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technoscoe · 5 months ago

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Top 10 Skills You’ll Learn in an Embedded System Development Course in India

Today, with advanced technology in every field, the world has taken a big step toward creating new industries and innovations. It is one of the most challenging and exciting fields, and it's worth investing in by enrolling in an embedded system development course in India. The knowledge and skills gained are useful for outstanding performance in various domains such as IoT, robotics, and automotive technology. Here, we look at the top 10 skills you would learn in an embedded system development course, including a fascinating project initiative, TechnosCOE.

1. Familiarity with Microcontrollers and Microprocessors

Microcontrollers and microprocessors are the foundation base for embedded systems. Courses include architecture, functioning, and programming, with hands-on experience in popular controllers such as Arduino, PIC, and ARM, which form the backbone of most embedded applications.

2. Programming Languages

One of the main emphases of an embedded system development course in India is acquiring skills in programming languages such as C and C++. These skills are essential to writing firmware and developing applications for embedded systems. It also makes some courses introduce Python for scripting and debugging purposes to improve a student's versatility.

3. Real-Time Operating Systems (RTOS)

The creation of efficient and reliable systems is based on the understanding of how RTOS works. These courses cover the principles of multitasking, scheduling, and inter-process communication. By mastering RTOS concepts, students can develop systems for industries such as telecommunications and healthcare.

4. Circuit Design and PCB Development

These contain custom circuitry designs and a printed circuit board (PCB). The knowledge gained from developing circuitry robust and efficient within Eagle and Altium Designer gives immense value toward the prototyping and product development phase.

5. Sensor integration and data acquisition

Modern embedded systems interact with the physical world through sensors. Courses teach students how to integrate sensors, process their data, and use it in meaningful ways. Applications include temperature monitoring, motion detection, and environmental sensing, among others.

6. IoT (Internet of Things) Development

IoT has changed the face of industries, and at the center of this change is the concept of embedded systems. Students are taught to design devices that are internet-enabled, which can talk to other devices, and perform analytics in real-time data. The same skill can be applied to smart home automation and industrial applications.

7. Embedded Linux

Training on Embedded Linux is generally a part of an embedded system development course in India. It is a highly versatile and widely used open-source software in the world of embedded systems. A student learns how to develop applications, configure the kernel, and build custom distributions for different types of devices.

8. Debugging and Testing Techniques

Debugging is a key tool in embedded system development. Students become experts in using tools like JTAG debuggers and oscilloscopes to identify and debug those issues. Techniques on testing address all the requirements for the performance and safety of the system.

9. Communication Protocols

Understanding communication protocols is very important to the embedded engineers. The curriculum covers some popular protocols such as I2C, SPI, UART, CAN, and Ethernet, which are usually used in applications such as car systems and automation in industrial places.

10. Project Management and Documentation

Beyond technical skills, students also learn project management techniques and documentation practices. These soft skills ensure that they can efficiently collaborate with teams, manage timelines, and maintain accurate records of their work.

Role of TechnosCOE in Embedded Learning

Most embedded system courses include real-world projects that allow students to apply their skills practically. TechnosCOE is one such project, an initiative designed to bridge the gap between theoretical knowledge and practical application. TechnosCOE offers students opportunities to work on cutting-edge projects involving IoT, robotics, and smart devices.

This initiative focuses on teamwork, innovation, and problem-solving, ensuring learners are industry-ready. Through the TechnosCOE, students are exposed to real-world challenges and learn how to apply embedded system principles to develop effective solutions.

Why Choose an Embedded System Development Course in India?

India is turning out to be a fast-growing hub for embedded technology. Industries like automotive, healthcare, and consumer electronics will have a vast number of opportunities. Embedded system development courses offered in India will ensure expert faculty members, state-of-the-art labs, and industrial collaborations. They also offer internship and placement support, which proves to be perfect for career growth.

Conclusion

The course on embedded system development course in India not only gives the students technical expertise but also prepares them for dynamic and rewarding careers. Mastering microcontrollers to developing IoT solutions, these skills are invaluable in today's technology-driven world. Initiatives like TechnosCOE further enhance the learning experience, making these courses a worthwhile investment for aspiring engineers.

#embedded system development course in India

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marketresearchauthority · 8 months ago

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Emertxe Embedded Systems Online Course – A Gateway to a Thriving Career

Are you looking to kickstart your career in embedded systems but don't have the time to attend traditional classroom-based courses? Emertxe's Embedded Systems Online Course offers the perfect solution to gain in-depth knowledge and practical experience in this rapidly growing field from the comfort of your home.

Why Choose Emertxe’s Embedded Systems Online Course?

Emertxe is a leading provider of embedded systems training, offering specialized online courses designed to bridge the gap between academic knowledge and industry requirements. With its embedded systems online program, you can gain expertise in key areas such as microcontrollers, real-time operating systems (RTOS), device drivers, communication protocols, and much more.

Here’s why Emertxe’s embedded systems online course stands out:

1. Industry-Recognized Curriculum

Emertxe’s course content is developed in collaboration with industry experts and aligned with the latest trends and technologies in embedded systems. The online embedded systems program includes everything from the basics to advanced topics, ensuring that you are well-prepared for industry challenges.

2. Hands-on Learning Experience

Emertxe’s online embedded systems course focuses heavily on practical learning. You will work on real-time projects, assignments, and simulations that help solidify your understanding and improve your problem-solving skills. Emertxe’s online platform makes it easy to access tutorials, lab sessions, and code examples anytime, anywhere.

3. Experienced Trainers

Learn from highly qualified instructors who have hands-on experience in embedded systems development. Emertxe’s trainers are industry veterans who share their insights and guide you through the complexities of embedded system design and implementation.

4. Flexible Learning Pace

One of the key advantages of the Emertxe embedded systems online course is the flexibility it offers. You can learn at your own pace, revisit lessons whenever needed, and balance your studies with personal and professional commitments.

5. Job Placement Assistance

Emertxe provides placement assistance to its students. With its strong industry connections and a network of partner companies, Emertxe helps students get placed in top tech companies. Graduates of the online embedded systems program are highly sought after for roles such as Embedded Engineer, Firmware Developer, and Hardware Design Engineer.

Key Topics Covered in Emertxe’s Embedded Systems Online Course

Introduction to Embedded Systems: Learn the fundamentals of embedded systems, including their applications in various industries like automotive, consumer electronics, healthcare, and more.

Microcontroller Programming: Get hands-on experience in programming microcontrollers like ARM and AVR to build embedded solutions.

Real-Time Operating Systems (RTOS): Dive into RTOS concepts such as task scheduling, inter-process communication, and memory management to design responsive embedded systems.

Embedded C and C++ Programming: Master the core languages used in embedded systems programming and develop efficient, resource-constrained applications.

Device Drivers and Communication Protocols: Learn to develop device drivers and implement protocols like UART, SPI, I2C, and CAN to ensure seamless communication between components in embedded systems.

Embedded Linux: Explore the power of Linux in embedded systems and understand how to work with Linux kernel, drivers, and file systems.

Career Opportunities After Completing Emertxe’s Embedded Systems Online Course

Graduating from Emertxe’s embedded systems online program opens the doors to a wide range of career opportunities. The demand for skilled embedded systems professionals is soaring in sectors like automotive, aerospace, telecommunications, and consumer electronics. Emertxe’s curriculum equips you with the expertise needed to take on roles such as:

Embedded Systems Engineer

Firmware Developer

Embedded Software Developer

Hardware Engineer

Embedded Systems Consultant

How to Enroll in Emertxe’s Embedded Systems Online Course

Enrolling in the Emertxe embedded systems online course is simple. Visit the Emertxe website, select the online course option, and follow the easy steps to complete your registration. With flexible payment plans and a dedicated support team, Emertxe ensures that the entire process is smooth and hassle-free.

Final Thoughts

Emertxe's embedded systems online course is the perfect way to build a solid foundation in embedded systems while balancing your existing commitments. With a comprehensive curriculum, hands-on projects, and job placement assistance, Emertxe ensures that you are ready to take on exciting career opportunities in embedded systems development.

Ready to kickstart your career in embedded systems? Visit Emertxe Embedded Systems Online Course and enroll today!

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ahbusinesstechnology · 6 years ago

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Information Technology Infrastructure project

Information Technology (IT) Infrastructure is a big topic in IT development. This article will focus on a proposal project to develop IT in AusEd which is an educational organisation in Australia. This organisation has extended to many different locations, therefore IT infrastructure development has an important role to support business activities to achieve the organisation's vision in future and sustainable development via green environment and save energy.

Project Preliminaries Description

AusEd is an online learning university that has provided IT programs. It is easy to see its role as allowing students to “be what they want to be” through these online programs. Students can gain university degree without going to campus. IT discipline-specific skills and generic transferable skills have been assisted by the learning opportunities that have been supported by communities, industries and businesses in partnership. These links will create alternative learning experiences and opportunities to add more benefits into the learning journey of students. AusEd’s aim is to offer a diverse community of career professional that can contribute to social change positively. The organisation prides itself on being a professional provider, creating postgraduate education to many who want to get a fantastic opportunity to experience it. Therefore, this project will support AusEd to analyse some possible problems in IT infrastructure and suggest some crucial solutions that assist them to improve the service quality, efficient system operation and adapt to rapidly changing technology in IT infrastructure.

Purpose and scope of the problem space as well as business context

Before raising the purpose and scope of the problem, there is an analysis to understand the business circumstance in term of information technology infrastructure system development. Business context: AusEd online education has currently focused on three major divisions sales, course delivery, and operations. Firstly, the sales department has managed the sales and marketing operation. Managing agents and code promotion are the mains targets. SugarCRM is an important enterprise application for customer relationship management that has been used to assist these activities from sales department to empower the company to gain and retain customers. Secondly, course delivery division has distributed for the development of course material and running the special study centres and others. Thirdly, the operations division has controlled all the operations encompassing accounting, email and other essential services. MYOB is the essential application that they has implemented to manage accounting activities. For enhancing sustainable development, the organization has conduct a crucial strategic plan including two main parts. The first part is increasing income by diversifying sources of funding such as Australia's AusAid and New Zealand's NZAid. In order to archive this plan, they add more education services to areas with low quality and unstable Internet connections. In addition, AusEd also wants to improve reliability of student assessments. The second thing is minimising cost of none-core activities. For details, AusEd will seriously consider to reduce various supportive activities on operations and technology development. Purpose and scope of the problem In this part, the purpose and scope of the problem will consider after analysing business context. AusEd has a specification feature that all educational activities are online learning so that networking infrastructure is an important role such as website learning, email, external agents and management applications. In addition, the major subject in university is Information Technology so that IT infrastructure must be good enough to ensure all education activities are reliable and stable. After reviewing the current system, educational activities features and AusEd’s development strategies, this project will suggest some beneficial points to enhance the performance, technology and security of the current system in order to achieve minimising cost as much as possible.

Scope of the system descriptions and assumptions

Scope of the system descriptions In general view, AusEd has five main sites in many different places, including two branch offices in Pt. Moresby and Suva and four study centres in Melbourne, Sydney, PNG and Suva that will connect with head office in Darwin through the internet environment as a diagram illustrates below:

When these sites connect through the Internet environment, there will have two popular methods to connect between these sites encompassing centralized and distributed networking. After analysing the current system and also current business circumstance, the project will select the centralization method. This method will bring many beneficial points, particularly, minimising cost of system facilities and reducing employee operation cost in each sites, according to Lann (2017). On the other hand, maintenance cost and updated cost on network equipment for each site decrease, significantly but it still has been operated on high performance and security through the high technology networking devices from datacentre services (Null & Labor 2014). Overall, the selected method can adapt to AusEd business line and the strategies in long-term development and will be described more detail in system design. Assumptions The project will have some assumptions for designing the new system for AusEd. Firstly, the project assumes that just only Darwin has already got a current system such as server, PCs, laptop and basic networking devices such as cables, routers, WIFI modem. The remained sites need to setup new subsystems that are similar the system in head office. Secondly, AusEd’s policies allow the new system to use open source software. Besides, AusEd will hire some different kinds services in the same datacentre in one vendor in Darwin Australia such as, VM (Virtual Machine) domain controller server, VM DNS server, VM files server and VM database server, firewall application, VPN services and Internet service. Secondly, the project assumes that Head-office will have 120 users, branch office 40 users and study centre 100 users.

Appropriate System design by using suitable schematic diagrams

Networking diagram for AusEd’s new system In diagram (H), the system can divide into three main groups, encompassing two groups for external site and one group for internal site. The first group for external site include all kinds of cloud services such as email, website hosting, applications and VoIP and the other one is remote users and mobile users. A group for internal site is head office in Darwin, two branch offices in Suva and Pt. Moresby and four study centres in PNG, Suva, Sydney and Melbourne. However, in PNG, Suva and Pt. Moresby sites the branch offices and study centre will connect to data centre-Cloud Services in Darwin through VPN connection with the network private port as showing in diagram (H). There are some main features that new system can provide as requirements: Allow each internal site can connect to datacentre following private port. Allow external sites as mobile users or remote users can connect to datacentre though VNP through firewall. Allow internal site from different location such as Suva, PNG and Pt. Moresby to connect through VPN with private port. Allow all cloud services such as email, Internet, database from different enterprise to connect through cloud port. Allow server to use open-source software for example: Linux, OpenVPN… Setup security applications such as anti virus such as Norton, KIS… Support VoIP for 3 offices and 4 study centres.

New system for head office in Darwin and two remote sites in Suva and Pt. Moresby For more detail as diagram below, some requirements functions such as supporting scan, printing and sharing files, email, VoIP, connecting database with other enterprise as Sugar CRM, MYOB and ensuring learning online website- Moodle online 24/7, security system as anti virus malwares…

New system for four study centres in Sydney, Melbourne, Suva and PNG

As the requirements, a new system must support for 120 users in each study centre. Therefore, the networking devices will be the same with the head office but it will be different in configuring the system and the connection method. Head office will use LAN connection whereas some study centres in difference location will use VPN connection because of security issues through the Internet environment (Stallings & Case 2013). Some essential functions are required such as: • Photocopying, scanning and printing facilities • Wi-Fi networking to permit learners to connect their devices or laptops to the Internet and University systems • Students can access Moodle website for online learning. • Student can use other resource for studying including desktop PC, online library resources and technology. • Student can use phone to call home over the Internet (VoIP). Some main and important issues consider in new design system a.Datacenter-Cloud services selection According to Warren (2016), there are three mains criteria for selecting data center vendors. -Location: choose a vendor that has a nearest location with the organization, particular head office, in term of management issues. -Capacity: there are two main requirements based on analysis steps include, performance and reliability. Datacenter must have tier III qualification that ensures the system to be available during their backup or maintenance (Null & Labor 2014). In addition, vendor’s service must address to AusEd’s capacity and scale requirements. -Interconnect: this issue relates to AusEd’s interconnect requirements such as cloud speed connection and inter-connect to a lot of other providers to create a bundled service as MYOB, SugarCRM and Moodle. b. Facilities issues Before buying process conducted, selecting suitable facilities is the key point that can cut cost for the budget. For example, all sites are basically similar network infrastructure. However, head office have 120 users that will be implemented special networking devices such as strong router, Wi-Fi router and switch with having enough performance for 120 users and the two branch offices will use normal networking devices for supporting 40 users because of minimising cost strategy. c. Security This project will select some security methods to protect the new system from top information security concerns for this enterprise such as - Data Breach: According to Karena (2014), embarrassing data breaches officially become more popular and known as mega breaches. According to Sean Kopelke as senior director of technology at Symantec, smaller companies are the easier targets that hackers will gain access because of weakness IT infrastructure. -Ransom ware, hacker, mobile threats, attack on point-of-sale system and attack on IoT devices. Therefore, the projects choose using VPN devices and cloud port for external sites, deploying firewall, using private port for internal sites. Besides, this will deploy antivirus software as Norton or KIS for servers. d. Using open source software: OpenVNP for VPN connection, Linux for servers and Moodle for e-learning website in term of reducing cost.

A complete list of equipment, devices necessary for the design

Based on new designed system, this project proposes a complete list of devices and cloud services for deploying a new system. (Appendix-Download)

A cost analysis of the proposed Infrastructure design

There are two complete list of price for devices, software and services, including selected vendors and estimated cost (Appendix-Table1 and Table 2). These lists are selected based on AusEd’s strategies and requirements. This project considers keeping all services of software that AusEd has used because of their stability and saving time and budget. In order to minimising cost, the project does not conduct exchange email server instead of using office 365 services. This pack of services can save more cost if the Office 365 business premium is selected. It includes Ms-Office 2016 full package with 5 licences for PC, tablet and phone, email service and teleconference. In security software, the project suggests to use Kaspersky Endpoint Security because of saving cost and good performance (Egan 2017). The estimated total cost of hardware, services and software for 150 users at once initiate setup is approximate AUD 583,000 (523,000+60,000) (Appendix Table 1 and Table 2). Cost is paid for monthly maintenance services and software is around $80,000.

Sustainable global economy and environmental responsibilities

The project is not only focus on bringing more benefits for the organisation but also consider about sustainable global economy and environmental issues. There are some responsible actions for these issues. Firstly, the project is setup following the Green IT trends. Using IT devices are low electric consumptions in order to save energy for sustainable development. Secondly, the project uses some new technological methods such as virtualization for saving energy and protect environment (Lann 2013). This method can reduce quantity of using physical equipment to save cost, energy and protect environment by less releasing old severs. On the other hand, desktop PCs are setup sleep mode and electrical devices are unplugged when unused. According to Ohio University and Mulquiney (2011), these actions can reduce cut energy consumption by more than 70%. Another actions respond to environmental protections such as hiring green office buildings such as Meinhardt building, using datacentre services that consume electricity creating by solar. For example, using solar power, some datacentres in Australia can cut off 40% in electric bills (SMH 2012).

References

Commander. Retrieved 15 May 2017 from: https://www.commander.com.au/phone/commander-phone Cisco April 13, 2017, Cisco Catalyst 2960-X Series Switches Data Sheet, http://www.cisco.com/c/en/us/products/collateral/switches/catalyst-2960-x-series-switches/data_sheet_c78-728232.html Cisco Jun 17, 2016, Cisco 880 Series Integrated Services Routers Data Sheet, http://www.cisco.com/c/en/us/products/collateral/routers/887-integrated-services-router-isr/data_sheet_c78_459542.html Dell, Inspiron 24 5000 All-in-One. Retrieved 15 May 2017 from: http://www.dell.com/au/business/p/inspiron-24-5488-aio/pd?ref=PD_OC Duffy J Jun 4, 2013 10:30 AM PT, Ethernet switch, http://www.networkworld.com/article/2166874/lan-wan/cisco-betters-its-best-selling-catalyst-ethernet-switch.html Egan M 20, March, 2017, Best antivirus for business 2017: 10 of the best business antivirus software available in the UK, http://www.computerworlduk.com/galleries/security/10-best-business-antivirus-uk-3624831/ Kaspersky. Retrieved 15 May 2017 from: https://kaspersky.com.au Laan S 2013, Infrastructure Architecture - Infrastructure Building Blocks and Concepts, 2nd Edn, Lulu Press. Lee G 2014, Cloud Networking Understanding Cloud-based Data Center Networks. Elsevier Science, Burlington. Mansfield K 2009, Computer networking for LANS to WANS: hardware, software and security, Delmar Cengage Learning, London. Meinhardt (n.d), Charles Darwin Centre, http://www.meinhardt.com.au/projects/charles-darwin-centre/ Moodle. Retrieved 15 May 2017 from: https://moodle.org Microsoft. Retrieved 15 May 2017 from: https://products.office.com/en-us/compare-all-microsoft-office-products?tab=2 Mulquiney E (2011), Green IT tips to save energy and money, https://www.myob.com/au/blog/green-it-tips-to-save-energy-and-money/ MYOB. Retrieved 15 May 2017 from: https://www.myob.com/au/accounting-software/compare Null L & Labor J 2014, The essentials of computer organization and architecture, 4th edn, Jones & Bartlett Publishers, Sudbury, MA. Ohio University (n.d), Green computing guide, http://pages.uoregon.edu/recycle/GreenComputing/GreenCompGuide_text.htm Shopbot. Retrieved 15 May 2017 from: https://www.shopbot.com.au SMH 15, October 2012, Data centres reach for the sun, http://www.smh.com.au/it-pro/business-it/data-centres-reach-for-the-sun-20121009-27axb.html SMH 23, December 2014, Top five security challenges for 2015, http://www.smh.com.au/it-pro/security-it/top-five-security-challenges-for-2015-20141222-12cazk.html Stallings W & Case T 2013, Business data communications: Infrastructure, networking and security, 7th edn Pearson, Boston. SugarCRM. Retrieved 15 May 2017 from: https://www.sugarcrm.com/product/pricing-editions Tesla cloud services pricing guide 2017. Retrieved 15 May 2017 from: https://cloud.telstra.com/res/pdf/infrastructure-pricing-guide-australia.pdf Warren J 2016, How to choose the right Australian data centre, https://www.crn.com.au/feature/how-to-choose-the-right-australian-data-centre-417941

Appendix

Download Tables price .docx list here Read the full article

#Information #Infrastructure #ISYS615 #Network #Project #Technology

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leagq · 6 years ago

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Master the Linux 'ls' command

Master the Linux 'ls' command https://red.ht/2YfHYfe

The ls command lists files on a POSIX system. It's a simple command, often underestimated, not in what it can do (because it really does only one thing), but in how you can optimize your use of it.

Of the 10 most essential terminal commands to know, the humble ls command is in the top three, because ls doesn't just list files, it tells you important information about them. It tells you things like who owns a file or directory, when each file was lost or modified, and even what kind of file it is. And then there's its incidental function of giving you a sense of where you are, what nearby objects are lying around, and what you can do with them.

If your experience with ls is limited to whatever your distribution aliases it to in .bashrc, then you're probably missing out.

GNU or BSD?

Before looking at the hidden powers of ls, you must determine which ls command you're running. The two most popular versions are the GNU version, included in the GNU coreutils package, and the BSD version. If you're running Linux, then you probably have ls installed. If you're running BSD or MacOS, then you have the BSD version. There are differences, for which this article accounts.

You can find out which version is on your computer with the --version option:

$ ls --version

If this returns information about GNU coreutils, then you have the GNU version. If it returns an error, you're probably running the BSD version (run man ls | head to be sure).

You should also investigate what presets your distribution may have in place. Customizations to terminal commands are frequently placed in $HOME/.bashrc or $HOME/.bash_aliases or $HOME/.profile, and they're accomplished by aliasing ls to a more complex ls command. For example:

alias ls='ls --color'

The presets provided by distributions are very helpful, but they do make it difficult to discern what ls does on its own and what its additional options provide. Should you ever want to run ls and not the alias, you can "escape" the command with a backslash:

$ \ls

Classify

Run on its own, ls simply lists files in as many columns as can fit into your terminal:

$ ls ~/example bunko jdk-10.0.2 chapterize otf2ttf.ff despacer overtar.sh estimate.sh pandoc-2.7.1 fop-2.3 safe_yaml games tt

It's useful information, but all of those files look basically the same without the convenience of icons to quickly convey which is a directory, or a text file, or an image, and so on.

Use the -F (or --classify on GNU) to show indicators after each entry that identify the kind of file it is:

$ ls ~/example bunko jdk-10.0.2/ chapterize* otf2ttf.ff* despacer* overtar.sh* estimate.sh pandoc@ fop-2.3/ pandoc-2.7.1/ games/ tt*

With this option, items listed in your terminal are classified by file type using this shorthand:

A slash (/) denotes a directory (or "folder").

An asterisk (*) denotes an executable file. This includes a binary file (compiled code) as well as scripts (text files that have executable permission).

An at sign (@) denotes a symbolic link (or "alias").

An equals sign (=) denotes a socket.

On BSD, a percent sign (%) denotes a whiteout (a method of file removal on certain file systems).

On GNU, an angle bracket (>) denotes a door (inter-process communication on Illumos and Solaris).

A vertical bar (|) denotes a FIFO.

A simpler version of this option is -p, which only differentiates a file from a directory.

Long list

Getting a "long list" from ls is so common that many distributions alias ll to ls -l. The long list form provides many important file attributes, such as permissions, the user who owns each file, the group to which the file belongs, the file size in bytes, and the date the file was last changed:

$ ls -l -rwxrwx---. 1 seth users 455 Mar 2 2017 estimate.sh -rwxrwxr-x. 1 seth users 662 Apr 29 22:27 factorial -rwxrwx---. 1 seth users 20697793 Jun 29 2018 fop-2.3-bin.tar.gz -rwxrwxr-x. 1 seth users 6210 May 22 10:22 geteltorito -rwxrwx---. 1 seth users 177 Nov 12 2018 html4mutt.sh [...]

If you don't think in bytes, add the -h flag (or --human in GNU) to translate file sizes to more human-friendly notation:

$ ls --human -rwxrwx---. 1 seth users 455 Mar 2 2017 estimate.sh -rwxrwxr-x. 1 seth seth 662 Apr 29 22:27 factorial -rwxrwx---. 1 seth users 20M Jun 29 2018 fop-2.3-bin.tar.gz -rwxrwxr-x. 1 seth seth 6.1K May 22 10:22 geteltorito -rwxrwx---. 1 seth users 177 Nov 12 2018 html4mutt.sh

You can see just a little less information by showing only the owner column with -o or only the group column with -g:

$ ls -o -rwxrwx---. 1 seth 455 Mar 2 2017 estimate.sh -rwxrwxr-x. 1 seth 662 Apr 29 22:27 factorial -rwxrwx---. 1 seth 20M Jun 29 2018 fop-2.3-bin.tar.gz -rwxrwxr-x. 1 seth 6.1K May 22 10:22 geteltorito -rwxrwx---. 1 seth 177 Nov 12 2018 html4mutt.sh

Combine both options to show neither.

Time and date format

The long list format of ls usually looks like this:

-rwxrwx---. 1 seth users 455 Mar 2 2017 estimate.sh -rwxrwxr-x. 1 seth users 662 Apr 29 22:27 factorial -rwxrwx---. 1 seth users 20697793 Jun 29 2018 fop-2.3-bin.tar.gz -rwxrwxr-x. 1 seth users 6210 May 22 10:22 geteltorito -rwxrwx---. 1 seth users 177 Nov 12 2018 html4mutt.sh

The names of months aren't easy to sort, both computationally or (depending on whether your brain tends to prefer strings or integers) by recognition. You can change the format of the time stamp with the --time-style option plus the name of a format. Available formats are:

full-iso (1970-01-01 21:12:00)

long-iso (1970-01-01 21:12)

iso (01-01 21:12)

locale (uses your locale settings)

posix-STYLE (replace STYLE with a locale definition)

You can also create a custom style using the formal notation of the date command.

Sort by time

Usually, the ls command sorts alphabetically. You can make it sort according to which file was most recently changed (the newest is listed first) with the -t option.

For example:

$ touch foo bar baz $ ls bar baz foo $ touch foo $ ls -t foo bar baz

List type

The standard output of ls balances readability with space efficiency, but sometimes you want your file list in a specific arrangement.

For a comma-separated list of files, use -m:

ls -m ~/example bar, baz, foo

To force one file per line, use the -1 option (that's the number one, not a lowercase L):

$ ls -1 ~/bin/ bar baz foo

To sort entries by file extension rather than the filename, use -X (that's a capital X):

$ ls bar.xfc baz.txt foo.asc $ ls -X foo.asc baz.txt bar.xfc

Hide the clutter

There are a few entries in some ls listings that you may not care about. For instance, the metacharacters . and .. represent "here" and "back one level," respectively. If you're familiar with navigating in a terminal, you probably already know that each directory refers to itself as . and to its parent as .., so you don't need to be constantly reminded of it when you use the -a option to show hidden files.

To show almost all hidden files (the . and .. excluded), use the -A option:

$ ls -a . .. .android .atom .bash_aliases [...] $ ls -A .android .atom .bash_aliases [...]

With many good Unix tools, there's a tradition of saving backup files by appending some special character to the name of the file being saved. For instance, in Vim, backups get saved with the ~ character appended to the name.

These kinds of backup files have saved me from stupid mistakes on several occasions, but after years of enjoying the sense of security they provide, I don't feel the need to have visual evidence that they exist. I trust Linux applications to generate backup files (if they claim to do so), and I'm happy to take it on faith that they exist.

To hide backup files from view, use -B or --ignore-backups to conceal common backup formats (this option is not available in BSD ls):

$ ls bar.xfc baz.txt foo.asc~ foo.asc $ ls -B bar.xfc baz.txt foo.asc

Of course, the backup file still exists; it's just filtered out so that you don't have to look at it.

GNU Emacs saves backup files (unless otherwise configured) with a hash character (#) at the start and end of the file name (#file#). Other applications may use a different style. It doesn't matter what pattern is used, because you can create your own exclusions with the --hide option:

$ ls bar.xfc baz.txt #foo.asc# foo.asc $ ls --hide="#*#" bar.xfc baz.txt foo.asc

List directories with recursion

The contents of directories are not listed with the ls command unless you run ls on that directory specifically:

$ ls -F example/ quux* xyz.txt $ ls -R quux xyz.txt ./example: bar.xfc baz.txt #foo.asc# foo.asc

Make it permanent with an alias

The ls command is probably the command used most often during any given shell session. It's your eyes and ears, providing you with context and confirming the results of commands. While it's useful to have lots of options, part of the beauty of ls is its brevity: two characters and the Return key, and you know exactly where you are and what's nearby. If you have to stop to think about (much less type) several different options, it becomes less convenient, so typically even the most useful options are left off.

The solution is to alias your ls command so that when you use it, you get the information you care about the most.

To create an alias for a command in the Bash shell, create a file in your home directory called .bash_aliases (you must include the dot at the beginning). In this file, list the command you want to create an alias for and then the alias you want to create. For example:

alias ls='ls -A -F -B --human --color'

This line causes your Bash shell to interpret the ls command as ls -A -F -B --human --color.

You aren't limited to redefining existing commands. You can create your own aliases:

alias ll='ls -l' alias la='ls -A' alias lh='ls -h'

For aliases to work, your shell must know that the .bash_aliases configuration file exists. Open the .bashrc file in an editor (or create it, if it doesn't exist), and include this block of code:

if [ -e $HOME/.bash_aliases ]; then source $HOME/.bash_aliases fi

Each time .bashrc is loaded (which is any time a new Bash shell is launched), Bash will load .bash_aliases into your environment. You can close and relaunch your Bash session or just force it to do that now:

$ source ~/.bashrc

If you forget whether you have aliased a command, the which command tells you:

$ which ls alias ls='ls -A -F -B --human --color' /usr/bin/ls

If you've aliased the ls command to itself with options, you can override your own alias at any time by prefacing ls with a backslash. For instance, in the example alias, backup files are hidden using the -B option, which means there's no way to back up files with the ls command. Override the alias to see the backup files:

$ ls bar baz foo $ \ls bar baz baz~ foo

Do one thing and do it well

The ls command has a staggering number of options, many of which are niche or highly dependent upon the terminal you use. Take a look at info ls on GNU systems or man ls on GNU or BSD systems for more options.

You might find it strange that a system famous for the premise that each tool "does one thing and does it well" would weigh down its most common command with 50 options. But ls does only one thing: it lists files. And with 50 options to allow you to control how you receive that list, ls does its one job very, very well.

via Opensource.com https://red.ht/2JQVGBt https://red.ht/2JO4xDK July 24, 2019 at 04:14AM

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harinearlearn-blog · 6 years ago

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Blockchain Training in Bangalore

Blockchain is a cycle-based technology on the set of nodes arrangement processes. Blockchain training in Bangalore was introduced by NearLearn Pvt Ltd due to job opportunities and also we got request from more students who want to learn Blockchain. Blockchain training mainly focuses on key topics such as Blockchain Cycle process, Blockchain in Bitcoin and in Ethereum and crypto currencies

What is Blockchain?

Blockchain is a new technology that is used in process of crypto currencies like Ethereum and Bitcoin. Blockchain is the new trending topics after Bitcoin growth and also other cryptocurrencies and storing in digital assets and in digital data. Blockchain is a connection of all nodes linking without copying but avoiding and saving and saving the transaction data without happening the leakages.

Blockchain Training in Bangalore

NearLearn Pvt Ltd is in Bangalore offering an impulsive Blockchain training in Bangalore. The most effective Practical and Theoretical training is providing by Blockchain Training institute in Bangalore is providing real time live projects and simulations. Such a most detailed course has helped students have highly secure jobs are available in MNC’s and more companies. Nearlearn have most experienced instructors and subject specialist and professionals in corporates providing in depth knowledge in Blockchain training course in Bangalore. Students are completing the certification course in Blockchain have more and more job opportunities in the IT industry.

Further also we have keep the Blockchain course in Bangalore depends on flexible duration. NearLearn is providing Online and also Classroom trainings to Fast-Track. We are providing training on Blockchain during weekdays and weekends to the attendees. We have latest lab is equipped with new technologies that helping students will get successful on Blockchain training and certification from NearLearn.

Best Blockchain training in Bangalore

NearLearn Technologies in Bangalore among the top ten Blockchain training institute in Bangalore has giving training on all modules for students, Corporates, Beginners, Intermediates and also experts. Whether you are a college student, Corporate employees or I.T professionals, The best Blockchain Training institute in Bangalore provides the best offers training environment, We have trainers from IIT and also from MNC’s schedules training for all modules. The most best training institute for Blockchain Training in Bangalore is worth able for your value of money fee from students.

After completing Blockchain course in Bangalore is learning the interview skills mandatory becomes indeed. Along with Blockchain classes in Bangalore have sessions that how to get job easily and your presentation. Reviews and honest feed back is there in our official website.

NearLearn is Conducted 20 Plus successful Blockchain Certification training courses in Delhi/NCR, Chennai, Pune, Bangalore, Mumbai and globally.

COURSE INTENT

· Understanding on Blockchain concept

· Ethereum Blockchain concept

· Detailed on Bitcoin and respective network

· Multichain Fundamentals

· Nodes inter transaction

· What is impact of Blockchain on business

Blockchain Training Benefits?

After the completion of Blockchain Training course

· Used Blockchain and Bitcoin concepts in business

· Plan the Design and Test decode and to install secure smart contracts

· Developing Blockchain applications consuming the Ethereum Blockchain

·Creating Hyperledger Blockchain applications by learning framework

· To learn modeling composer language and Blockchain applications develop

· Knowing API composer API and also develop Front End applications

· Fabric composer Business Network applications

· Improve capabilities of Ethereum and solidity

Who can take up this course?

Just having the basic knowledge in Linux and also having basic knowledge on object-oriented languages and fundamentals in JavaScript is more enough to learn Blockchain training in Bangalore.

What is Scope and Job Opportunities?

Blockchain Training is very much important course is entering into this Digital world. Globally id going towards online and digital transactions happening everywhere. So, this is very much important to store this data and save this data securely and safely.

Blockchain have more opportunities to get jobs in present situation in digital world because od the Bitcoin and Cryptocurrency over the past years.

Bitcoin growth is very much large in last year and also giving training institutes have moved to teach on Blockchain training in india.

Blockchain and Cryptocurrency Introduction

Ø Internet of Money

Ø Private vs Public Blockchain technology

Ø Valuation and Bitcoin

Ø Data Blocks

Ø Cryptography: consensus verification and proof of work

The Value Of The Blockchain

· Community currency

· Tokens vs Credits

Contracts

§ Legal Frameworks and Regulation

§ Distributed ledger technology

§ Distributed ledgers and Scalability and Ethereum

§ Protocols and Byzantine Fault Tolerance (BFT)

NearLearn is the top most training institute in Bangalore, Chennai, Delhi and also more places with 1000+ students are placed in IT industry and leading their life and also entered in business. Blockchain training in Bangalore classes is taken by IIT professors and MNC’s employees have 8+ years of experiences as Blockchain developers.

Just join in NearLearn institute in Bangalore and learn Blockchain course and get job in MNC companies as Blockchain developer and engineer.

CERTIFICATION:

Certificate from NearLearn will be awarded after successfully completion of the course.

For More Details:

Mail: [email protected]

Call: +91- 9739305140

Visit: https://nearlearn.com/courses/blockchain/blockchain-certification-training

#blockchain #Training #bangalore

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faizrashis1995 · 6 years ago

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Container orchestration primer: Explaining Docker swarm mode, Kubernetes and Mesosphere

Containers, a lightweight way to virtualize applications, are an important element of any DevOps plan. But how are you going to manage all of those containers? Container orchestration programs—Kubernetes, Mesosphere Marathon, and Docker swarm mode—make it possible to manage containers without tearing your hair out.

Before jumping into those, let's review the basics. Containers are the fastest growing cloud-enabling technology, according to 451 Research, primarily because containers use far fewer system resources than do virtual machines (VMs). After all, a VM runs not merely an operating system, but also a virtual copy of all the hardware that the OS needs to run. In contrast, containers demand just enough operating system and system resources for an application instance to run.

In terms your CFO can understand: That means you can run from four to 10 times as many server instances on the same computer hardware as you can using VMs. The result is that more applications can run on hardware you already have humming in your data center. What’s not to like?

In addition, and this is something sysadmins love, you can easily deploy applications with containers. “Containers give you instant application portability,” says James Bottomley, a leading Linux kernel developer.

While containers have been around since 2000 and FreeBSD jails, no one paid much attention until Docker came along in 2013. Then—bang!—everyone and his CTO wanted to deploy containers. In 2016 the container technologies market generated $762 million in revenue, according to 451 Research. By 2020, annual container revenue is expected to reach $2.7 billion, for a 40 percent compound annual growth rate.

There’s only two problems: How do you secure all those containers—a subject for another day—and how do you deploy and manage them?

Containers need management

As with any other element of your cloud infrastructure, containers need to be monitored and controlled. Otherwise, you literally have no idea what’s running on your servers.

Containers like Docker can be used with DevOps tools such as Puppet, Chef, and Ansible, but those tools are not optimized for containers. As DataDog, a cloud-monitoring company, points out in its report on real-world Docker adoption, “Containers’ short lifetimes and increased density have significant implications for infrastructure monitoring. They represent an order-of-magnitude increase in the number of things that need to be individually monitored.

Monitoring solutions that are host-centric, rather than role-centric, quickly become unusable.

There are two general types of monitoring tools. There's orchestration, a fancy term that refers to clustering and scheduling containers. Few developers dabble in orchestration. And then there's container management, which handles the administration tasks for containerized applications and application components.

Enter Docker swarm mode, Kubernetes and Mesosphere DC/OS. These open-source tools are not interchangeable, nor do they directly compete with each other. To one degree or another, all of them provide the following features:

Provisioning: These tools can provision or schedule containers within a container cluster and launch them. Ideally, they spin up containers in the best VM depending on your requirements, such as resources and geographical location. Configuration scripting: Scripting permits you to load your specific application configurations into containers in the same way you might already be using Juju Charms, Puppet Manifests, or Chef recipes. Typically, these are written in YAML or JSON.

Monitoring: The container management tools track and monitor containers’ health and hosts in the cluster. If they do their job, the monitoring tool spins up a new instance when a container crashes. If a server fails, the tool restarts the containers on another host. The tools also run system health checks and report irregularities with the containers, the VMs they live in and the servers on which they run.

Rolling upgrades and rollback: When you deploy a new version of the container, or the applications running within the containers, the container management tools automatically update them across your container cluster. If something goes wrong, they enable you to roll back to known good configurations.

Service discovery: In old-style applications, you need to spell out explicitly where the software can find each service that’s required to run. Containers use service discovery to find their appropriate resources.

Sound familiar? It should. As analyst Dan Kusnetzky points out, containers work a lot like the service-oriented architecture (SOA) that got so much attention during the 2000s. SOA, for those of you who missed that technology, broke up applications into individual, stand-alone services. Its technical barrier: Network communications were an order of magnitude slower than inter-process communications. Containers run far faster than SOA because they tend to use resources on the same server. These tools help front-end applications, say a WordPress instance, dynamically discover its corresponding MySQL instance via DNS or a proxy.

Container policy management: Where do you want containers to launch? How many should be assigned per CPU? All these questions and more can be answered by setting up the correct container policies.

Interoperability: And, of course, containers should work with your existing IT management tools. Finally, all three of these container management tools work with a variety of cloud platforms, including OpenStack Magnum and Azure Container Services.

You could try to build your own container management program, but why re-invent the wheel? Besides, all three are built on open-source foundations; you can always add any feature you need. There is no value in starting from scratch.

So much for the generalities. Let’s get to the specifics.

Docker swarm mode

If you’re new to containers, you probably started with Docker, which was the first container program to attract a large user base. Your natural instinct is to turn to a container manager built by the same people who designed your container infrastructure, which means Docker Swarm.

As of Docker 1.12, Docker’s go-forward model is for orchestration to be built-in, which it calls swarm mode. Docker Swarm, Docker's standalone orchestrator, has taken a backseat to this built-in functionality. Swarm mode gives users control over the full application lifecycle, not just container clustering and scheduling.

The difference between Docker Swarm and swarm mode? With Docker 1.12, swarm mode is part of the Docker Engine. Scaling, container discovery, and security are all included with minimal setup. Docker Swarm is an older standalone product, which used to be used to cluster multiple Docker hosts. Swarm mode is Docker's built-in cluster manager.

Swarm mode uses single-node Docker concepts and extends them to Swarm.For example, to run a Docker cluster, you use the command run docker swarm init to switch to swarm mode. To add more nodes, run docker swarm join.

In addition, Docker 1.12 and above and swarm mode include support for rolling updates, Transport Layer Security encryption between nodes, load balancing, and easy service abstraction.

In short, Docker swarm mode spreads a container load across multiple hosts, and it permits you to set up a swarm (that is, a cluster), on multiple host platforms. It also requires you to set up a few things on the host platform, including integration (so containers running on different nodes can communicate with each other) and segregation (to isolate and secure different container workloads). You'll need to work with virtual networks to address those needs.

Kubernetes

Kubernetes is an open-source container manager that was originally developed at Google. Since Kubernetes rolled out, it’s been ported to Azure, DC/OS, and pretty much every cloud platform you can name. The one exception is Amazon Web Services (AWS), although CoreOS enables users to deploy a Kubernetes cluster on AWS.

Today, Kubernetes is hosted by the Linux Foundation‘s Cloud Native Computing Foundation. In addition, there are Kubernetes distributions from numerous companies, including Red Hat OpenShift, the Canonical Distribution of Kubernetes, CoreOS Tectonic, and Intel and Mirantis.

Kubernetes offers a high degree of interoperability, as well as self-healing, automated rollouts and rollbacks, and storage orchestration. However, load balancing is hard using Kubernetes. Eventually, Kubernetes ingress will make it easy to run an external load balancer from inside Kubernetes, but that’s still a work in progress.

Kubernetes excels at automatically fixing problems. But it’s so good at it that containers can crash and be restarted so fast you don’t notice your containers are crashing. To address this, you need to add a centralized logging system.

Mesosphere Marathon

Marathon is a container orchestration platform for Mesosphere’s DC/OS and Apache Mesos. DC/OS is a distributed operating system based on the Mesos distributed systems kernel. Mesos, in turn, is an open source cluster management system. Marathon (via its partner program, Chronos, a fault-tolerant job scheduler) provides management integration between your existing stateful applications and container-based stateless applications.

While Marathon has a user interface that makes you think of it as an application, it may be easier to view it as a framework for managing containers. That touches on the developer side of DevOps, because containers work with Marathon through a REST API.

Marathon boasts many features, including high availability, service discovery, and load balancing. If you run it on DC/OS, your applications also get virtual IP routing.

However, Marathon can run only on a software stack with Mesos. In addition, certain features (such as authentication) are only available with Marathon on top of DC/OS. This adds one more abstraction layer to your stack.

Which one is right for you?

Ultimately, it depends on your needs. Mesos and Kubernetes are largely about running clustered applications. Mesos focuses on generic scheduling and plugging in multiple different schedulers. Google originally designed Kubernetes as an environment for building distributed applications from containers.

Docker swarm mode extends the existing Docker API to make a cluster of machines easier to use with a single Docker API. If your company has Docker professionals on staff, you’re probably already running swarm mode. If it’s working well for you, why bother to switch to another system? Marathon has the unique advantage of giving you one way (albeit a multi-tiered way) to handle both your containers and your older applications.

Fortunately, you can mix and match these programs to create the unique blend your company needs. All three can work well with each other. It’s not easy, but it is doable—and perhaps it’s a good way to explore the options.

Container Management: Lessons for leaders

To make the most of containers, you need a good container management program. The three primary applications are Kubernetes, Mesosphere, and Docker Swarm. While their features vary, all support container provisioning, monitoring, and management.

In addition to container management, Mesosphere has features that help manage data centers.

Docker Swarm mode aims to simplify Docker clustering by offering control over container scheduling. For instance, it constrains on which nodes a container can start, works with the Docker Remote API, and enables you to decide on which nodes in a cluster new containers should be scheduled.

Kubernetes has broad industry partnerships, including Intel, Microsoft, Red Hat, and Mirantis.[Souce]-https://www.hpe.com/us/en/insights/articles/the-basics-explaining-kubernetes-mesosphere-and-docker-swarm-1702.html

Beginners & Advanced level Docker Training in Mumbai. Asterix Solution's 25 Hour Docker Training gives broad hands-on practicals.

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outsource02-blog · 6 years ago

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AWS vs GOOGLE CLOUD PART - 2

While AWS is undoubtedly the benchmark of cloud service quality, it has some drawbacks. Today we compare Amazon Web Services (AWS) with Google Cloud Platform (GCP).

AWS definitely is the leader of the cloud computing services, due to being the pioneer in the IaaS industry since 2006 and being 5 years ahead of other popular cloud service providers. However, this leads to certain inconveniences and drawbacks that can be exploited by the competition. Essentially, the sheer amount of AWS services is overwhelming.

While Google Cloud Platform does not boast such an ample list of services, it rapidly adds new products to the table. The important thing to note is that while AWS does offer a plethora of services, many of them are niche-oriented and only a few are essential for any project. And for these core features, we think Google cloud is a worthy competitor, even a hands-down winner sometimes, though many of essential features, like PostgreSQL support are still in beta in GCP.

Google Cloud can compete with AWS in the following areas:

• Cost-efficiency due to long-term discounts

• Big Data and Machine Learning products

• Instance and payment configuration

• Privacy and traffic security

Cost-efficiency due to long-term discounts

Customer loyalty policies are essential as they help the customers get the most of each dollar, thus improving commitment. However, there is an important difference here: AWS provides discounts only after signing for a 1-year term and paying in advance, without the right to change the plan. This, obviously, is not the perfect choice, as many businesses adjust their requirements dynamically, not to mention paying for a year in advance is quite a significant spending.

GCP provides the same flexibility, namely the sustained-use discounts, after merely a month of usage, and the discount can be applied to any other package, should the need for configuration adjustment arise. This makes long-term discount policy from GCP a viable and feasible alternative to what AWS offers, and rather an investment, not an item of expenditure. Besides, you avoid vendor lock-in and are free to change the provider if need be, without losing all the money paid in advance.

Big Data and Machine Learning products

AWS is definitely the leader for building Big Data systems, due to in-depth integration with many popular DevOps tools like Docker and Kubernetes, as well as providing a great solution for server less computing, AWS Lambda, which is a perfect match for short-time Big Data analysis tasks.

At the same time, GCP is in possession of the world’s biggest trove of Big Data from Google Chrome, which supposedly deals with more than 2 trillion searches annually. Having access to such a goldmine of data is sure to lead to developing a great kit of products, and Big query is definitely such a solution. It is capable of processing huge volumes of data rapidly, and it has a really gentle learning curve for such a feature-packed tool (it even produces real-time insights on your data). The best thing about it is that Big query is really user-friendly and can be used with little to none technical background, not to mention $300 credit for trying out the service.

Instance and payment configuration

As we explained in our article on demystification of 5 popular Big Data myths, cloud computing can be more cost-efficient as compared to maintaining on-prem hardware. Essentially, this really goes down to using the resources optimally and under the best billing scheme. AWS, for example, uses prepaid hourly billing scheme, which means running a 1 hour and 5 minute-long task would cost 2 full hours.

In addition, while AWS offers a plethora of various EC2 virtual machines under several billing approaches, these configurations are not customizable. This means if your task demands 1.4GB RAM, you have to go with the 2GB package, meaning you are overpaying. Of course, there are several ways to save money with Amazon, from bidding for Spot instances to lending Reserved instances and opting for per-second billing. Unfortunately, the latter option is currently available only for Linux VM’s.

GCP, on the contrary, offers per-second billing as an option for ALL their virtual machines, regardless of the OS’s they run on, starting 26th of September 2017. What’s even more important, their instances are fully configurable, so the customers can order 1 CPU and 3.25GB RAM, or 4.5GB, or 2.5GB — you get the meaning.

Privacy and traffic security

As The Washington Post told us, NSA has infiltrated the data center connections and eavesdropped on Google once (many more times, supposedly). This breach has lead to Google opting for full-scale encryption of all their data and communication channels. Even the stored data is encrypted, not to mention the traffic between data centers.

AWS is still lagging in this regard. Their Relational Database Service (RDS) does provide data encryption as an option, yet it is not enabled by default and requires intense configurations if multiple availability zones are involved in the equation. The inter-data center traffic is also not encrypted by AWS as of now, which poses yet another potential security threat.

For more details on our products and services, please feel free to visit us at Hire Freelancers, HIre web developers freelancers, outsource web developers, outsource web developer, outsource psd to html

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emblogicsblog · 6 months ago

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Project and Training in Network Programming

Master Network Programming with Emblogic's Linux Socket Programming Course in Noida. project and training in Network Programming - Emblogic offers hands-on training in Linux Networking Socket Programming in Noida, providing a strong foundation for building projects and preparing students for placements in multinational companies. This program is ideal for those aspiring to master network communication and build cutting-edge software solutions.

What is Socket Programming?

Socket programming is a fundamental technology for enabling communication between software applications over networks like TCP/IP. A socket acts as an endpoint for sending and receiving data, allowing two systems—whether on a local area network (LAN) or the Internet—to exchange information. Sockets also enable communication between processes on the same machine.

How Does Socket Communication Work?

The client creates a local TCP socket by specifying the server's IP address and port number.

The client's TCP establishes a connection with the server's TCP.

The server creates a new socket to handle communication with the client.

The client sends requests to the server, which responds with the required data or service.

Data exchange happens over the TCP/IP protocol, ensuring reliable and secure communication.

Why Choose Emblogic?

Emblogic’s course is project-based, emphasizing practical applications of socket programming. You’ll learn to:

Build client-server applications.

Create custom network protocols using a socket stack.

Implement inter-process communication.

Our training ensures you gain in-depth knowledge and real-world experience, making you job-ready for opportunities in leading tech companies.

Whether you’re a beginner or a professional looking to upgrade your skills, Emblogic provides the perfect platform to excel in Linux Networking Socket Programming. Join us to build your expertise and take the next step in your career!

Linux Networking socket Programming Noida, Project based Linux Networking socket Programming, Linux Socket Programming Noida, Networking Socket Programming Course, Client-Server Application Development, TCP/IP Communication Training, Linux Networking Projects, Socket Programming Certification, Inter-Process Communication Training, Network Protocol Development.

#Linux Networking socket Programming Noida #Project based Linux Networking socket Programming #Linux Socket Programming Noida #Networking Socket Programming Course #Client-Server Application Development #TCP/IP Communication Training #Linux Networking Projects

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zenitechdelhi-blog · 6 years ago

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Computer Software Training Courses for 2019

This is the era of technology. Everywhere you go you find technology in the form of computer, mobile phones, satellite etc. Even in your workspace also. So, you need some kind of familiarity with them. For example, you need to handle a computer in your office, android phone, and scanner and even with a coffee machine as you are surrounded by technologies. But this blog is not about all of them it is about Information Technology.

Today in the market you find a lot of institutes who offer IT training courses. These courses may include the following:-

Web development

Web Designing

Digital Marketing

App Development

Hardware & Networking

System Analyst

DBA (Database administrator)

Cloud Technology

Software Development

AI (Artificial Intelligence) etc…

But if you have made your mind to build your career in Computer Software then ZENITECH is the best institute for you to start with as this offers various computer courses. The list of the courses is as follows:-

Embedded System Training

C/C++ Training

JAVA

C#ASP.NET

Python

Linux

Web Development

IOT

VHDL

Embedded System Training:

1) The basics of embedded systems, the basic computer architecture, voltage and current, pull down & pull up registers etc.

2) Basic intro to ARM Cortex M

3) Intro to Assembly language

4) Basics of C language

5) LCD controllers, pinout, interfacing, data transfer.

6) Intro to Beaglebone Black

7) OS Fundamentals (Linux)

C/C++ Training:

C is a very beginner and basic computer programming language. In this course, we cover the following parts:-

1) Basics of C (Variables, Data Types, Control structure, input, output, header files etc)

2) Data Structure (Lists, Stack, Queue, Tree Heap, sorting algorithms etc)

3) Tree

4) Basics of C++ (Classes, Objects, Methods, Constructors, Operators, Inheritance, Polymorphisms etc).

5) STL (Standard Template Library)

6) Multithreading (Deadlock, Thread Management)

7) Design Patterns

8) C++11, C++14, C++17

JAVA

JAVA is a very popular and demanding programming language. This course contains the following sections:-

1) Core JAVA (First java program with the console and with Eclipse, Data Types, variables, Literals, Arrays, Class, methods, Operators, Statements etc)

2) JAVA Exceptions (Types of Exceptions, Defining and Throwing Exceptions, Assertions etc)

3) Java Strings

C#ASP.NET

.NET is a free platform for building many different types of apps with multiple languages. You can build apps for web, mobile, desktop, gaming, and IoT. C#, F# and VB (Visual Basic) are the languages that are used to write .NET programs. This course contains:-

1) An intro of C# (What is .NET, CLR, Namespaces, Statements, Expressions, Operators, Defining Types, Classes)

2) Encapsulation, Directional Dependencies, Method Overloading, Properties, Events etc.

3) Control and Exceptions (Looping, Re-throwing Exceptions)

4) C# and the CLR

5) C# and Generics (Generic Collections, Generic Parameters, Generic Constraints, Generic Methods)

6) C# and LINQ (Extension Methods)

7) Prime Abstraction, Multithreading, Resource management, ArrayList, Hashtable, SortedList, Stack and Queue

8) ADO.NET

9) WPF (Windows Presentation Foundation) includes Windows Application using WPF, Data Binding, Data Template, Styles, Commands etc.

10) ASP.NET (ASP.NET Architecture, Data Binding, Validation, Config file encryption, Custom Controls, ASP.NET Ajax Server Data)

11) C# 6, C# 7

Python

Python is free and easy to learn a computer programming language. In this course first, we tell you how to install the Python interpreter on your computer as this is the program that reads Python programs and carries out their instructions. There are 2 versions of Python: Python 2 and Python 3. Our course contains the following sections:-

1) Python Basics (What is Python, Anaconda, Spyder, Integrated Development Environment (IDE), Lists, Tuples, Dictionaries, Variables etc)

2) Data Structures in Python (Numpy Arrays, ndarrays, Indexing, Data Processing, File Input and Output, Pandas etc)

Linux

According to Wikipedia,

“Linux is a family of free and open-source software operating systems based on the Linux kernel.”

Linux is the leading OS on servers and other big iron systems such as mainframe computers, and TOP500 supercomputers. It is more secure Os as compared to the other OS(s) like Windows. Our Linux course contains the following sections:-

1) Linux Basics (Utilities. File handling, Process utilities, Disk utilities, Text Processing utilities and backup utilities etc).

2) Sed and Awk (awk- execution, associative arrays, string and mathematical functions, system commands in awk, applications. etc)

3) Shell Programming/ scripting (Shell programming with bash, Running a shell script, The shell as a programming language, Shell commands, control structures, arithmetic in the shell, interrupt processing, functions, debugging shell scripts)

4) Files and Directories (File Concept, File types, File system Structure, File metadata, open, create, read, write, lseek etc)

5) Processes and Signals (Process concepts, the layout of C program image in main memory, process environment, Introduction to signals, Signal generation and handling etc)

6) Inter-Process Communication (IPC), Message Queues, Semaphores(Introduction to IPC, IPC between processes on a single computer, on different systems etc)

7) Shared Memory (Kernel support for Shared memory, APIs for shared memory)

8) Socket TCP IP Programming (Introduction to Berkeley Sockets, IPC over a network, client/server model etc)

9) Linux Kernel (Linux Kernel source, Different kernel subsystems, Kernel Compilation etc)

10) Linux Device Driver (Major and Minor numbers, Hello World Device Driver, Character Device Driver, USB Device Driver etc)

So, these are the computer software training courses offering by ZENITECH. To enroll yourself for any of the following course you can call us @ 9205839032, 9650657070.

Thanks,

#computer software training courses

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atuldigitalmarketier-blog · 6 years ago

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Best SEO Digital marketing training institute in gurgaon

Arenas in Digital Marketing

Introduction to:-

Digital Marketing may be described as promoting of brands or services and products the use of all types of virtual marketing. Digital advertising makes use of Television, Radio, Internet, cellular and any shape of digital media to attain clients in a well timed, relevant, non-public and fee-powerful manner.

Ways to do digital marketing:

Search Engine Optimization

PPC

Email Marketing (factors including concern line, pleasant, and personalization are topics)

Social Media Marketing

Digital Display Marketing

Mobile Marketing

Content Marketing

Traditional Marketing Methods

Strategies and their Introduction:

Search Engine Optimization (SEO):

SEO helps to make a internet site to be founded in Search Engine Results Page (SERP) for preferred Keywords. Search engine optimization helps to build a emblem.

Process: Measurable link-constructing and the advent of quality viral content material are respectable advertising approaches that paintings.

That’s why SEO is more profitable through the years. This includes:

Keyword Analysis

On page optimization

Off page optimization

Building authority for brand terms

Website health checkups

Analytics Reports

PPC:

PPC helps to get traffic from Search Engines for centered key-word terms. The gain of this technique is that, we are going to pay simplest for the clicks that we have received.

Google AdWords is the maximum popular PPC application.

Strategy: Identifying changing keywords, effective bidding technique to preserve the charges low and so on…

Email Marketing:

Email Marketing is maximum conventional form of digital advertising, but it offers first rate consequences if we will customize every email.

Important matters to bear in mind:

Step 1: amassing e-mail IDs list. (Offering something like a PDF, eBook and many others… , at our internet site, can be beneficial to collect recipients electronic mail IDs.)

Step 2: A service like Aweber.Com, mailchimp.Com can be accessible for fast reply messages and dealing with e-newsletter campaigns.

Step 3: Personalization may be very crucial for a successful e mail campaigns. Personalization should be in Subject line, Body of the Message.

Social Media Marketing:

Social Media is the maximum and the very cost powerful digital advertising strategy to have interaction with current customers and to build a logo name throughout extraordinary Social Media communities.

Strategy: This starts offevolved with figuring out proper channels for the sort of business we are in.

Step 1: creating business profiles on Social Networks: Facebook, Twitter, LinkedIn, Google+ & Pinterest

Step 2: the use of picture sharing services like Flicker, Instagram and so on…

The use of video sharing offerings like YouTube, Vimeo and so on…

The usage of PPTs sharing service like SlideShare…

The usage of PDF sharing services like Scribd.Com, SlideShare.Com and so on…

Step 3: Starting activities which represents your employer commercial enterprise sector.

Step 4: Building a network at these third celebration Social Sites.

Step 5: Develop an article calendar to plan while posts pass up, or manipulate your social media content move thru a platform together with Hoot suite.

Digital Display advertising:

This consists of paid commercials (normally photo banner advertisements and video ads) on web sites, portals, blogs which associated with our enterprise.

This works well due to the fact the pages showing those commercials are conveying something throughout their website, which is our business industry. So, the price of converses is good in this process.

Mobile Marketing:

Before going to start this marketing campaign we need to ensure that are we able to offer our services which can be accessible thru mobile phones? If sure, then optimize your web site for cellular telephones.

Optimizing website for cellular is vital.

Mobile advertising consists of… Mobile search, content presentation (optimized web site), display advertisements (PPC) and cellular well matched emails.

Content Marketing:

Content Marketing is a famous fashion in digital marketing as it consists of blogs, eBooks, webinars, White papers and a selection of other outlets.

All those are indicators for freshness of the internet site. Google likes the websites which updated regularly and presents top notch deal of information.

Traditional Marketing Methods:

Digital marketing now not best depends on net. Apart from that it extends beyond this through which include other channels such as cell phones or cell phones, display banner advertisements, SMS /mms and virtual outdoor and so on…

Conclusion:

Strategies made for an enterprise are absolutely relies upon on their business version, the products they offering and the styles of services they offer and so on… However those are major and most used methods in first-rate virtual advertising carrier and we will inter relate them for any favored effects.

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theoveldsman · 7 years ago

Text

PEOPLE PROFESSIONAL OF TOMORROW

CHALLENGES, DEMANDS AND REQUIREMENTS

Part 2: Re-inventing the People Professional for the future

Part 1 of my article set out to paint in bold strokes a broad picture of the probable future - a high level scenario, so to speak - as it is rushing onto People Professionals. Future trends regarding four domains were covered: Context, Organisation, Workers, and Leadership.

One can only but conclude from the picture painted in Part 1 that the future world of work indeed is going do look significantly differently. Consequently, who and what the People Profession is, and need to become, has to be questioned incisively.

Given the picture of the future world of work painted in Part 1, I would like to address in Part 2 of my article globalisation, digitized virtualisation, interconnectivity, automation, smart, and sustainability as critical, specific interdependent features of the tomorrow’s world of work.

In lieu of these features, I shall make some re-invention proposals for the future People Professional. I shall conclude with an overarching, future-fitness requirement for the future People Professional to mould a distinct, well crystalised, authentic Core Identity.

FEATURE 1: GLOBALISATION

Increasingly the world is becoming - and will be even more so in future - a global village. Many, if not most boundaries restricting the movement of information, knowledge, people, stakeholders, products/ services and resources (e.g., raw materials, finance, technology) across the world are disappearing/ will disappear - or at least, are becoming more permeable - though at varying paces across the world over time.

I believe this trend will continue unabatedly, even though there is presently worldwide a counter trend to globalisation. Currently, there is a rise across the world in nationalism and populism: a growing internal focus of ‘Put the interests of our country first’; inter-nation tensions; and global security fears/ threats.

These trends may slow down, and in some cases even counter globalisation. However, current and future organisations still will, or will want to, operate globally through a physical and/ or virtual presence and reach.

Globalisation imposes the imperative of a global mind set on the People Professional of tomorrow. She will have to see herself as a global citizen. This mind set will necessitate of the People Professional:

firstly, to see the whole world in an integrated, organic way as her total action domain. Physical location becomes irrelevant. Reach becomes the key. On the one hand, this mind set will embrace insourcing ideas, thinking, products/ services, and partnering from wherever and whenever. On the other hand, seeing the whole world as a potential taker of the expertise, knowledge and products/ services the People Professional has to offer.

Secondly - and paradoxically - however, she will have to embed into her global mind set the crucial, mediating factor of localisation because of cross-cultural and inter-cultural differences as she moves across the multi-cultural ‘suburbs’ of the global village. He will be faced with the challenge to think globally, but act locally in consideration of local conditions and value system diversity. She will need high levels of contextual/ cultural intelligence, alongside her other intelligences.

FEATURE 2: DIGITISED VIRTUALISATION

An exponentially growing rate is occurring in the migration of interactions, products/ services and events from the physical to virtual reality (i.e., cyberspace), enabled by digitisation. Digitisation refers to making everything/ anything/ anyone computer readable, manipulable, and processable.

Virtual reality is replacing, and in some instances ‘exterminating’ physical reality. E.g. work places, social interaction, online shopping, newspapers, travel booking reservations, google maps, and entertainment are going virtual. The creation and maintenance of digital literacy, alongside a virtual presence and brand in cyberspace, have become essential in tomorrow’s world.

The virtual reality furthermore is populated at a snowballing rate by a bewildering, overwhelming array of applications, ‘apps’, enabling all sorts of abilities, activities and interaction. People are living “App-ily ever after” (Simon Lewis) in cyber-spacetime because ‘appli-fied,’ self-help has become the name of the game.

A case in point. Digital human implants are seen as the next evolutionary stage of virtualisation. In this instance digitised virtualisation now takes on a human bodily presence. For example, digital tracking devices implanted in children; implanted house keys to open/ lock one’s home; implanted business card, communicated by putting one’s hand against another person’s smart phone; implanted banking ID and PIN information to gain access to one’s bank accounts; and implanted emotional tracking, feedback and control devices. Of course, bio-hacking to ‘steal’ and clone implanted personal information now also becomes a real threat.

Digitised virtualisation will have an unlimited, unimaginable potential impact across all the action domains and roles of the People Professional of tomorrow. To all of them, the ‘e’ (i.e., ‘online’) prefix can be added. From regarding the virtual reality as an acceptable reality to research alongside the physical reality; through e-research about social networking and media as a research topic dealing with the virtual reality in which people increasingly live and work; e-research enabled collaboration; e-research tools; e-learning and -teaching; e-assessment (e. g., 3D virtual, gamified assessment centers); e-coaching, e-development; to e-wellbeing.

Tomorrow’s People Professional will need to be an e-professional - digitally and virtually - able to conceive, construct, implement and support e-professional services, of the likes of self-help (read ‘Do It-Yourself’) apps. The apps will need to be anchored in the first place in ‘deep thinking’: re-created mind set/ paradigm congruent with the globalised, digitised virtual world of tomorrow as sketched above.

Many of these apps will be be open sourced, and virtually crowdsourced. And, hence be maintained, improved and extended by a virtual community of practice, analogous to Linux – the Enterprise Resource Planning System – and Wikipedia – the online encyclopedia. This community will consist of other professionals and prospective clients - both organisations and workers - partnering and interacting virtually around multi-disciplinary, organisational e-solutions.

FEATURE 3: INTERCONNECTIVITY

Accompanying, and enabled, by digitised virtualisation, will be a relentless drive towards interconnectivity: everything/ anything/ anyone talking to everything/ anything/ anyone. Being present and delivering on an ongoing basis, anything, anywhere, anytime, anyhow, for anyone. By heightening the density of relationships cyber-spacetime wise in all directions, interconnectivity is turning the world into a single, dynamic dense (or thick), organic, relationship network.

Globalisation and Interconnectivity are two sides of the same coin. The former embraces boundarilessness movement, though in many instances still physical but rapidly transforming because of digitised virtualisation. The latter provides the means to make boundarilessness movement possible by providing connectivity for 24/7/365 information/ knowledge mining, networking, collaboration and delivery.

Technologies such as the Internet of Things (IoT); social media in the form of Google, Facebook, LinkedIn, Blogs, Twitter, WhatsApp, Instagram; smart phones; and Cloud enabled communication, facilitate spacetime freed, interconnectivity in previously unimaginable ways.

Given the adoption of a global mind set, what are the implications of interconnectivity for the future People Professional?

Firstly, because everything/ anything/ anyone are (increasingly) connected virtually, the future People Professional’s being in the future world will have to be framed and informed by holistic, integrated, systemic - rational and intuitive - thinking and doing about the global world. She will need to build an integrated, systemic, dynamic understanding of how the unfolding world works in real time within her chosen action arena. He will require an 'action theory' in the form of a big ‘living’ picture of his action arena. This living picture is to be used like a 'Google map' to chart his action arena and travel within, in a sense-making and meaning-giving way. Her real time understanding must unveil the dynamic pattern(s) in accordance with which the world functions - whether as a vicious and/ or virtuous cycle(s). For genuine deep understanding, he must be able to distill the limited set of underlying rules that inform the nature, dynamics and evolution of uncovered patterns. This insight will enable the People Professional to generate deep insights in order to change an existing pattern. Or, to bring a new pattern into being by changing rules.

Secondly, the future ready People Professionals will have to realise that accompanying her different way of thinking and doing in an interconnected world, uni-disciplinary solutions are insufficient in providing sustainable answers. The world as an interconnected, ecosystem requires integrated, multi-disciplinary solutions. Going into the future, working seamlessly with other disciplines will be the new normal way of practicing one’s profession, whether as a scientist or practioner.

FEATURE 4: AUTOMATION

Interconnectivity is about having a digitised, virtual presence and interaction at all times, in all places with all persons regarding anything/ everything/ anyone. In this world, automation entails producing, delivering and maintaining products/ services with with no/ minimum human intervention in terms of human thinking, decisions and/ or actions.

The world is in the throes of the Fourth Industrial Revolution, characterised by an exponential rate of change in, and emergence of multiple technologies across diverse domains such as the physical, digital, and biological. It is the age of Artificial Intelligence (AI), robotics, machine learning, DNA sequencing, driverless vehicles, 3D printing, nanotechnology, biotechnology, materials science, (renewable) energy storage, and quantum computing.

This revolution is not only changing the “what” and “how” of doing things but also “who” we are, and must be able to do, as human beings. It is not only merely the age of robots but of ‘cobots’: people working in tandem with robots as manifestation of automation.

According to a recent McKinsey study, “as many as 45% of the activities individuals are paid to perform, can be automated by adapting currently demonstrated technologies”. Automation-related job substitution will hit high-skilled sectors just as hard as low-skilled ones.

Under conditions of technological innovation, the demand for highly skilled workers increases while the demand for less educated, lower skilled workers decreases. Typically the jobs of middle and lower income workers are automated. Increasingly robots will perform the more mundane professional work. As AI increases, more complex professional work also will become automated.

To be ‘automation-proof’, workers of tomorrow increasing will need to cultivate higher level skills, e.g., the ability to think critically; solve complex problems; interact with others collaboratively; be able to think and act innovatively; think systemically/ holistically; learn how to question paradigms and mind sets; learn how to learn; resilience; agility; and inclusivity. ‘Soft’ abilities will grow in demand. ‘Hard’ abilities will be accept as givens.

What are some of the implications of automation for the future People Professional?

Firstly, the increasing, automated delivery of advanced, e-professional services without any personal intervention by a People Professional. Psychological assessment; online development; and self-help apps are already examples of such automation.

Secondly, the delivery of conventionally exclusively claimed, People Professional services by independent, para-People Professionals, aided by decision-making algorithms.

Thirdly, the People Professional working alongside robots in jointly delivering professional services, like a development programme or assessment center.

FEATURE 5: SMART

The future world of work will be the world of Big Data: generating data from each and every critical event/ transaction/ outcome and turning this data into intelligence through fit-for-purpose decision-making algorithms. The intelligence will be used to take focused real time, in time, pro-active/ predictive action. Becoming and being intelligent in real time, all the time, will be the name of the game in future.

From a ‘smart’ vantage point, the Fourth Industrial Revolution is challenging professions with respect to two of their most important claims to be special as professions, their holy grail:

firstly, the ability to advance the frontiers of knowledge; and,

secondly, the protected, legally enforceable, licence to apply specialised, exclusive knowledge. Increasingly digitised, decision-making algorithms – generating intelligence - are taking over professional work and undermining, eroding and/ or making extinct both above-discussed claims of professions being special.

Some practical examples of challenges to professions’ claim of being unique:

IBM and Bayor College of Medicine developed KNIT (= Knowledge Integration Toolkit) that scans medical literature to generate new hypotheses to guide research.

The use of legal e-arbitration/ e-adjudication algorithms to settle disputes in cyberspace.

Law firms using ‘big data’ analytics to sift through millions of documents of past legal cases to find those most relevant to their pending cases, reducing the need for legal staff to work through such documents.

In the health sector, the IBM Watson computer can propose cancer treatments by crunching data on the patient’s symptoms, family and medical history in conjunction with the medical records of other cancer patients, limiting the time a doctor has to spend on diagnostics.

The enablement of para-medical staff through expert diagnostic systems to perform work once reserved for medical doctors.

When an algorithm was used to pick applicants for low skill service sector jobs - data entry and call centre work - the applicants stayed longer and perform better (National Bureau of Economic Research quoted Bloomberg News, downloaded 18 November 2015).

A final example: the rapid growth in Massive On Line Open Courses (MOOCs) replacing classroom, face-to-face education/ training, already undertaken by millions of learners worldwide at their chosen location, time and pace.

Alongside the explosion of Big Data converted into Intelligence, is the rampant virus of widespread deliberate misinformation, false truths, and post-truths. Also, the ever present threat of cybersecurity breaches, cyberwarfare, and the misuse of personal information. The recent lapse in the protection of personal data at Facebook is a case in point.

I would like to suggest that the exponentially unfolding Fourth Industrial Revolution world of work will have at least seven implications for the People Professional of tomorrow:

Firstly, People Professionals will also have to become knowledge engineers, or link up with such specialists, able to encode professional expertise and wisdom into decision-making algorithms for use by para-professionals and themselves.

Secondly, similarly People Professionals will have to become competent at conceiving and constructing apps and decision-making algorithms - ‘tool kits’ - for everyday use in the work setting by workers and leadership alike.

Thirdly, being able to build into all apps data-generation capabilities to provide rapid, in time, real time feedback on decisions, advice, actions and outcomes that can be turned into intelligence through decision-making algorithms. This intelligence will be used for continuous improvement and re-invention of the apps concerned. I.e., people analytics expertise will be essential in the future. In this way every app and decision-making algorithms will be enhanced in real time through intelligent feedback every time they are used by clients and the professional.

Fourthly, the People Profession will need the ability and means to validate propagated knowledge claims in order to discern rapidly misinformation, false truths, and post-truths. Also, to be able to reject unsubstantiated academic evidence, as well as detect incidences of plagiarism and intellectual theft.

Fifthly, the VICCAS world of ongoing radical and fundamental change may require a switch from an exclusive verification research paradigm – ‘Painstakingly prove something is true over many years of hypotheses testing, before accepting’ - to a complementary falsification research paradigm – ‘Accept that a theory is true and use it, until evidence to the contrary surfaces during its application, requiring its adaptation’. The pace of change in the new order has become too rapid for the former paradigm to deliver research-based evidence quickly enough for the speed at which practice is moving into the future.

Sixthly, it will be imperative to find and conduct - in close partnership with both other related disciplines like engineering and organisations - new research processes and methodologies to generate rapidly evidence-based, immediately applicable knowledge about the new world. To my mind, action research and learning are eminently suited to take the primary future, knowledge generation and dissemination driving seat. Thus the silo-ed separation between higher education/ research institutions and practice will have to be eliminated largely. Otherwise, the pure academics only involved in the scientific dimension of our profession will be turned rapidly into extinct dinosaurs, given the speed of change.

Seventhly, the smart, digitised virtualisation and ‘automation’ of the profession would demand a fundamental and radical rethink of the appropriate professional ethical code to guide and inform vitualised, automated, e-conduct and e-practices.

FEATURE 6: SUSTAINABILITY

There is the growing adoption - sometimes imposed and enforced - of the core value orientation of sustainability through stewardship: leaving the world a better place for upcoming generations. Inter alia, sustainability has been formulated as the United Nations Sustainability Millennium Goals (SMGS).

Extending the conventional triple bottom line of Profit, People and Planet - in consideration of the SMGs - sustainability can be expanded from an organisational vantage point to five, interdependent Ps:

Productivity – the effective and efficient use of resources;

Prosperity – wealth creation by all, fairly and equitably distributed to all;

People –nurturing the well-being of and care for people;

Peace – promoting harmony and co-operation between and within the diverse communities and societies in which the organisation operates; and

Planet - engendering the ecological well-being of the universe, the environmental footprint of the organisation.

Sustainability through stewardship as narrative will be embedded in an ever-extending, increasingly diverse range of stakeholders whose growingly strident voices, are amplified significantly by the social media, enabling rapid mobilisation around issues, locally and globally. Diverse stakeholders with multiple needs/interests, interwoven in manifold ways – physically and virtually - will be at the heartbeat of the emerging virtualised, global order seen within a sustainability frame of reference.

In the newly emerging order, not only will the range of stakeholders expand, but their respective needs/interests will be manifold and widespread, and frequently in tension. Multiplication - ‘more’ and ‘different’ – will be the name of the game with respect to future stakeholders.

The future People Professional will have to adopt a well-articulated view on the legacy she/ he wishes and aspires to leave behind for upcoming generations, considering a set of clearly defined, multiple stakeholders.

OVERALL FUTURE-FITNESS OF THE PEOPLE PROFESSIONAL: A WELL-CRYSTALLISED, AUTHENTIC, CORE IDENTITY

The VICCAS world of tomorrow – in particular variety, ambiguity and change, and the above six ‘operating’ features of this world - will require People Professionals with a well-crystalised, Core Identity: ‘I know who and what I am as a professional with my strengths and weaknesses; what I stand for; the two way impact of me on others; and them on me; as well as my place in and contribution to the emerging world order’. His Core Identity will incorporate seamlessly his Personal, Professional and Social Identities.

The well-crystalised Identity need to be infused with authenticity. Authenticity relates to having a sense of being true to myself as a person, and being genuine in terms of my understanding and acceptance of whom I am, and wish to be as a person in relation to others, the ‘real’, genuine me. Putting it slightly differently, acting under all circumstance with integrity. Deep personal self-insight and –reflection by the People Professional of tomorrow will be crucial.

Key to acting authentically – and with integrity - in the world of tomorrow, given the fundamental and radical transformation the world of work is undergoing, would be for the People Professional to have uncompromising belief system regarding the fundamental rights that working people should have within the world of work: a ‘Work Charter’ (or Credo; Manifesto; or Bill of Worker Rights): ‘This is what I stand for and will defend morally as a People Professional regarding the ideal, good world of work.’

Having such a ‘Work Charter’ as moral anchor and compass, is crucial under conditions of hyper-tubulence, hyper-fluidity and fundamental change within the world of work. Especially, because of the far ranging ethical and moral implications of all of the above for this world. The People Professionals should be, and must be, the custodian of and champions for working people. Otherwise, she would be denying the very essence of her calling and commitment as a People Professional.

Examples of principles that could make up such a Work Charter are: regard each person as unique in his/ her make-up, beliefs, needs and aspirations; under all circumstances treat every person with equal respect and dignity; accept people as responsible, trustworthy adults; and deal with everyone in a fair, transparent, truthful and equitable manner.

CONCLUSION

In summary, within the context of the tomorrow’s world, the People Professional of the future will need to have a global, systemic, multi-disciplinary, big picture mind set and perspective. She will have to be an e-professional, able to conceive, construct and support self-help apps within the cyberspace for multiple users.

He will have to rethink from first principles the means he uses to conceive, produce, deliver and maintain his professional products/ services using the capabilities enabled by the automation resulting from the Fourth Industrial Revolution.

She will need well-crystalised, authentic, Core Identity, directed and guided by a well-founded Work Charter as a moral anchor and compass in the hyper-fluid, hyper-turbulent and fundamentally changing world.

Finally, he will need to have an unambiguous position on the lasting, worthy legacy – his contribution to sustainability - he wants to leave behind as a professional for his multiple, diverse stakeholders.

The challenges, demands and requirements for the People Professional of tomorrow are radical, fundamental, and exponentially accelerating. The imperative is to completely rethink in a zero-based manner, and from first principles, the profession across all of its action domains and roles if the People Profession wishes to be future-ready and –fit. Additionally, radically re-invent the what and how offered by training institutions, like universities, in educating and training future-ready People Professionals.

Otherwise, at a minimum future People Professionals definitely will be earmarked to be sidelined as being irrelevant because they are mismatched to the emerging future. Or, at a maximum they will be shunted to the museum for professional antiques, to be preserved with great reverence as extinct dinosaurs.

The choice is ours.

#Future People Professional

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webdevelopmenttopic · 7 years ago

Link

Perception System Official Blog | Latest IT Industry News and Article

The invention of the Internet has made the world a global village, but it was only possible when someone had seated in front of the desktops or laptops like computing devices. Later on, the introduction of mobiles has made the fragmented world a global village in true meaning by granting mobility and other options for connectivity.

In early days of the digital era, only websites and web applications were serving as electronic shops and were offering limited features and functionality. Therefore, web applications were monolithic in nature means acting as a single unit.

Monolithic Application Architecture

Technically, the monolithic application becomes responsible for all activities or functionality such as handling user inputs like HTTP requests, implementing domain logic, authenticate users, managing databases, and other communication in between various modules accomplishing different tasks, but tightly join with each other.

Ensues of Rapid Progress

Therefore, managing a minor fault or modification involves the entire application and need to build/correct it and deploy the entire system again with each time. It was not much bothersome until the size of the code of application remains within a limit that an IT team of business can work together.

Once the business grows, a number of users also grows, extra services and functions attached to it, and database inflated tremendously. Moreover, in the UX era, expectations of users at performance, usability, and user experiences like fronts grow. It compels business or organization to integrate third-party services to meet all.

With the pace of time, SMBs to enterprises all have started prefer Omnichannel approaches to stay and grow in the market. Mobiles have added additional loads and demanded extra workouts in the monolithic system.

Issues with Monolithic Application & Birth of Microservice Pattern Architecture

Other lacunae come with monolithic applications are:

The monolithic application is a single unit with a single codebase.

It is highly complex to maintain, upgrade, and modifications.

Tough to implement agile development methodologies.

Demands frequent redeployments.

Scaling beyond a limit is hard and impossible in some cases.

The system becomes unstable and insecure.

Resisting innovation and adoption of upcoming technologies.

Thus, burdens over IT departments in managing monolithic applications has increased. Now, they forced to find a way out for the sake of a better option at software architecture level. Gradually, a ‘Micro Service Architecture’ concept evolved, and became popular as well as got adoption among the giants to mid-level applications.

Remember: SOA (Service Oriented Architecture) is an altogether different thing and applying SOA in monolithic never make it microservice in the true sense.

Let’s see what microservice architecture is and help businesses to expand further from local to global level.

What Is Micro Service Architecture?

It is an assembly or suite of small services glued together/coupled loosely as a whole unit. In simple words, a huge monolithic application can be broken down into several small fragments to work as independent units with all required power and privileges.

There are some obvious advantages and disadvantages of Microservices for startups to big businesses aiming to scale up to world-level operations.

Pros of Microservice Pattern

The main advantages of microservice pattern are:

Saves You from Touching Core Codebase

Since, Micro service application is a cluster of several independent applications, tweaking the code of one small unit application never affects the operations of the rests of units.

Deals with Small Codebase

Each microservice unit deals with only a single concern it has a little codebase and a few components to plumb like a database. Therefore, developers have to deal with a small codebase in the case of debugging, crash, or modification.

Quick Scaling of Application

Scaling a giant codebase is a tough and costly affair, but a small codebase is easy and fast. Therefore, scaling a microservice application is a non-intrusive and quick experience for a developer.

Fast Deployment

The majority of microservices have limited dependencies, so deployment becomes easy.

Cons of Microservice Pattern

The main disadvantages of microservice pattern are:

Can Create Communication Gap between the Services

Microservices are depending on each other and need to function in collaboration. It demands complete channel of communication. Therefore, it demands additional tools to accomplish internal exchanges.

In due course, developers should introduce HTTP APIs because HTTP is a de facto data exchange gateway on the web and anything related to it. Another mode of communication for microservices is relying on messaging queues.

In the case of mass processing or long-running processes, placing the service request in the queue is an excellent way. In due course, RabbitMQ and ZeroMQ are extremely useful tools/services.

The issue in Service Discovery

Microservices rely on each other in many instances and need to communicate with each other through APIs or other means, but identifying the required service is an essential step and should take place before communication starts.

It needs highly available, consistent, and distributed design of application architecture from the app development team.

Designing Microservices

If you follow some good coding practices and design guidelines for microservices, you can achieve expected results easily. Those special designing concerns are:

Follow the SRP (Single Responsibility Principle) while designing microservice application by implementing limited and focused business scope for a single unit.

Go for domain-driven-design with bounded contexts where you have to find boundaries and align those with business capabilities.

Design should permit agile or independent development & deployment services

Never misunderstood that microservice means smaller service, instead perceive it as focused on smaller/limited targets for each service unit.

A microservice should have a few operations, functionality, and simple message format

The best practice is, to begin with relatively wide scopes at the beginning and to refactor to small units in later stages.

Message Management in Microservice

Microservices demand simple and lightweight messaging solutions to establish seamless communication in between the various components of the service architecture. Therefore, following are best ways, practices, and technologies to implement in designing microservices.

For synchronous messaging protocol, needs use REST or Thrift APIs to expose microservices.

For asynchronous messaging protocol, needs use AMQP, STOMP, or MQTT.

The preferable formats for microservices are:

JSON and XML are text-based message formats

Thrift, ProtoBuf, &/or Avro are binary message formats

Define service contracts using REST API using IDL(Interface Definition Languages) like Swagger and RAML on top of REST API whereas for non-REST/HTTP-based microservices we can use Thrift IDL.

Inter-service Communication

Microservices architecture built as a suite of independent services and process or inter-service communication is vital. Therefore, unlike SOA in the monolithic application, microservices uses several different communication patterns, such as:

Point-to-point styles that invoke services directly

API-Gateway Style to consume managed API over REST/HTTP It uses a lightweight gateway as an entry point for all communication needs in microservice architecture. Thus, it consumes managed API over HTTP/REST. The main advantages of API-GW are ensuring security, monitoring, and throttling like non-functional capability with a central point it provides required abstraction layer at the gateway point. Message broker style to manage asynchronous communication It is based on AMQP & MQTT standards.

Decentralized Data Management in Microservice Architecture

Unlike monolithic architecture where a single and centralized database manages all data related affairs, the microservices architecture uses decentralized and individual database architecture. It gives completely decoupled architecture to implement different types of databases (SQL &/or NoSQL) in a single application.

Decentralized Governance in Microservice Architecture

There are two types of governance used in SOA model, design-time, and run-time. Since microservices don’t need a common standard for service design and development, it eliminates needs of the design-time governance. Thus, it enables microservices to take an independent decision about design & implementation. Run-time governance implemented at API-GW level.

Service Registry in Microservice Architecture

It consists of microservice instances and locations. Microservice instances registering at startup and deregistering on shutdown.

Service Discovery in Microservice Architecture

It helps in finding the availability and location of microservices in the service registry, and that mechanism falls in two categories, client-side discovery, and server-side discovery.

Deployment of Microservice Architecture

Deployment has a critical role in microservice architecture as the process must take place independently from other microservices and save the application in the case of failure or affected during scaling processes.

Docker is an application container in Linux and enables deployment of microservices easily, and Kubernetes extends its capabilities.

Security in Microservice Architecture

Security measures used to implement at the beginning of the request handling chain, and for microservices, it is tough to execute at each microservice level.

Therefore, OAuth2 & OpenID measures at API-GW is the best solution for microservices security.

Ideal Microservices Examples from Big Brands

In practice, there are a number of leading enterprises and online giants who have an Omnichannel presence using microservices as their application architecture and solve their IT problems to a greater extent.

The ideal examples are Walmart, Spotify, and Groupon.

Walmart

The retail giant was using monolithic application for its software needs, and it was crumbling due to holiday spikes and other performance issues. Therefore, it has shifted its monolithic application architecture to microservices and achieved following visible advantages.

20% increase in conversions

98% increase in mobile orders

Zero downtime during holiday spikes

40% saving on computing power

25-50% saving on overall costs

Thus, microservices architecture has provided Walmart a competitive edge.

Spotify

Spotify believes in user experiences, and its monolithic architecture blocks its road to scaling. Therefore, it has a re-built application on microservice platform to sync the development and deployment work going on in its five global development offices among the 600 developers working in two countries.

Moreover, it has formed a full-stake team for each microservice unit consisting of front-end developers, back-end developers, QA team, deployment team, database team, and concerned client-side team with autonomous powers to make required modifications in the system.

Despite some latency and overall management issues, Spotify has experienced some obvious benefits of adapting microservices architecture for its products and applications. For instance,

It has eased the working on scale based real-world bottlenecks.

Eased the testing & deployment

Easy to monitor

Have version independency

Less prone to big failures

Groupon

It has a giant application with a monolithic architecture based on Ruby and Rails framework and technologies. It was working nicely until the operations were limited in the USA. With global expansions, it has stated displaying performance related issues and various symptoms like maintenance challenges.

With the shift to microservices architecture, Groupon has experienced following improvements.

Fast page load with 50% increase

Serving the same amount of traffic with the least investment in hardware, etc.

Fast development with fewer dependencies

Elimination of redundant features implementation in other countries

Besides these, Groupon has achieved its targeted goals like

Unification of front-ends

Give mobiles equal status to web

Faster site

Independence to development teams

Microservices and Beyond

Today microservices architecture is a buzz word in software development community and implemented with great zeal in small to large projects. However, microservices architecture is not solutions work ubiquitously in all cases and all contexts.

However, enterprises seldom need the integration of microservices architecture with monolithic architecture to provide hybrid solutions in many instances. Albeit, Monolithic is good for startups and later on, shifting to microservices is the best way to get going in future. If you are not sure where to go and how to define your application architecture, the Perception System is a team of avid software architectures and consultants to provide righteous guidance.

Kindly share here your thoughts and nuances with microservices?

#IFTTT #Perception System Official Blog | Latest IT Industry News and Article

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ahbusinesstechnology · 6 years ago

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IT Infrastructure project

IT infrastructure is a big topic in IT development in an organisation. This article will focus on a proposal project to develop IT in AusEd which is an educational organisation in Australia. This organisation has extended to many different locations, therefore IT infrastructure development has an important role to support business activities to achieve the organisation's vision in future and sustainable development via green environment and save energy.

Project Preliminaries Description

Purpose and scope of the problem space as well as business context

Scope of the system descriptions and assumptions

Appropriate System design by using suitable schematic diagrams

New system for four study centres in Sydney, Melbourne, Suva and PNG

A complete list of equipment, devices necessary for the design

Based on new designed system, this project proposes a complete list of devices and cloud services for deploying a new system. A/ In datacentre, the system needs to setup some devices and services. Hardware: - In data centre, vendor must ensure that the devices and software are available following the shared plan contract. There are some essential devices and software vendor must has as below: 1 physical server to run some crucial VM servers to connected all sites together 1 VM Domain Controller server is used to control users through permission when they login into the system. It also can setup VPN and firewall for security (Lee 2014). 1 VM Domain Name System server is used to allow users login to the system with simple name instead of memorising IP address (Manfield, 2009). 1 VM Database server is used to store data from internal system and other system such as SugarCRM, MYOB, also email. 1 VM Web server for hosting Moodle 1 VM File server is used to store library’s resource, internal resources. Setup Snapshot VM method for backup and store in server. Switches Routers, VPN devices, Firewall devices Cables Software: Firewalls are setup through software and hardware such as ISA, Window server firewall. Linux for server or window server 2016 Antivirus such as Norton, KIS… In head office site in Darwin: 1 server is used to backup database from internal site and email from datacentre that AusEd already had. This server must setup with large storage 1000-2000TB B/ In head office site in Darwin and 2 branch offices in Suva and Pt. Moresby Hardware Switches Routers WIFI routers Cables Desktop PCs Printers (Scanner & Fax) Phone VoIP Software SugarCRM MYOB Window 10 Office 365 includes MS-Offices pack, Exchange email, cloud storage, Skype, One-drive Antivirus software Norton C/ In 4 study centres in Sydney, Melbourne, Suva and PNG Hardware Switches Routers WIFI routers Cables Desktop PCs Printers (Scanner & Fax) Phone VoIP Software Office 365 includes MS-Offices pack, Exchange email, cloud storage, Skype, One-drive Antivirus software Norton Window 10

A cost analysis of the proposed Infrastructure design

Sustainable global economy and environmental responsibilities

References

Appendix

Table 1. A complete list of price for equipment-Cloud services, devices and clouds services necessary for the design Name of device or service Enterprise Estimated Cost Data centre service-Cloud services Using VM services shared plan L Using Linux-Opensource software for operating system. Including Snapshots for backup Secure Data Centre-Northern Territory of Australia http://www.securedatacentre.com.au/pages/Contact-Us.html Price list for referencing: (https://cloud.telstra.com/res/pdf/infrastructure-pricing-guide-australia.pdf) 2,500/per month Switches for 2 branch offices in Suva, Pt.Moresby: Cisco 2960-XR 24 GigE 4x 1G SFP+ IP Lite Cisco Features details (http://www.cisco.com/c/en/us/products/collateral/switches/catalyst-2960-x-series-switches/data_sheet_c78-728232.html) $3,275.93 Switch for Head office and 4 study centres: Cisco 2960-X-48 Save energy (Duffy 2013) Cisco Features details (http://www.cisco.com/c/en/us/products/collateral/switches/catalyst-2960-x-series-switches/data_sheet_c78-728232.html) $4,700 Router ADSL: Cisco 880 Integrated Services Routers Support firewall, VPN, Remote Access Cisco Features details (http://www.cisco.com/c/en/us/products/collateral/routers/887-integrated-services-router-isr/data_sheet_c78_459542.html) $410 WIFI-Router Cisco Small Business WAP561 - Radio access point - 802.11a/b/g/n - Dual Band Cisco (http://www.cisco.com/c/en/us/products/) $400 Desktop PC Inspiron 24 5000 Dell http://www.dell.com/au/business/p/inspiron-24-5488-aio/pd?ref=PD_OC $1,399 Printer & Scanner HP Color LaserJet Enterprise Flow  M880z HP http://www8.hp.com/au/en/ads/laserjet-mfp/laserjet-enterprise-flow-printers.html $10,581 Phones VoIP Commander Office Business Phone Card T46G Commander ( https://www.commander.com.au/phone/commander-phone) $159 Cable cat5 $2.5 Estimated total cost: $523000 *Estimated price in here (https://www.shopbot.com.au/cisco-2960-x-48/switches/network-computer-networking/australia/) Table 2. A complete list of software and application services necessary for the design Software/ Applications Enterprise Service 1 Estimated Cost Service 2 Estimated Cost MYOB MYOB https://www.myob.com/au/accounting-software/compare Plus $121/Month Premier* $192/Month* Sugar CRM https://www.sugarcrm.com/product/pricing-editions Enterprise* $65/Month* Ultimate $150/Month Office 365 email and office software Microsoft https://products.office.com/en-us/compare-all-microsoft-office-products?tab=2 Office 365 Business $11.17 User/ month Office 365 Business Premium* $16.93 User/ month * Moodle- Open source learning platform Moodle https://moodle.org Free* Free* Window 10 licences Window 10 Enterprise* $96/year/user* Window 10 Pro $199.9/ user/year AntiVirus software Kaspersky https://kaspersky.com.au Small office Security $344.75/5 PCs/year Endpoint Security for Business * $46 /3years / 150-249 Seats (Band S)* Estimated total cost = $ 60,000 *Choose this option for the project. Read the full article

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stefanstranger · 8 years ago

Text

PSConf EU Summary Day 1

This week I attended the PowerShell Conference EU in Hannover in Germany and it was one of the best PowerShell conferences I attended until now. It started with the Agenda Competition for which I created an VSCode extension.

How cool is that?

I attended the following sessions during the 3 days at the PSConfEU conference:

Agenda:

Title Speaker List Tracks List Description Opening Ceremony Tobias Weltner Automation Conference organizer Dr. Tobias Weltner kicks off the event and provides all delegates with last minute information and guidance. Keynote: State of the Union Jeffrey Snover PowerShell Team PowerShell inventor and Technical Fellow Jeffrey Snover gives an overview where the PowerShell ecosystem stands and what to expect next PowerShell Warm-Up: Quiz & Quirks Tobias Weltner PowerShell Start the day with an interactive code review session where we look at really stupid questions asked by true PowerShell experts. Would you have been able to solve these puzzles? Catch Me If You Can – PowerShell Red vs. Blue Will Schroeder Security Attackers love for PowerShell is now no longer a secret, with 2016 producing an explosion in offensive PowerShell toolsets. Unfortunately, the offensive community often fails to research or share relevant mitigations with their defensive counterparts. This leaves many defenders without the information they need to protect themselves and their networks from these attacks. This talk will demonstrate several commonly used malicious techniques and toolsets, including PowerPick (running PowerShell without powershell.exe), subversive PowerShell profiles and ps1xml’s, malicious ACL downgrades, and more. I will then cover current mitigations and/or detections for each offensive technique or tool, demonstrating how to best handle this new offensive reality. Offensive PowerShell isn’t unstoppable- come learn how to defend your network from the bad guys. Hell freezing over: PowerShell on Linux and GitHub Bartosz Bielawski Cross-Platform and Open Source PowerShell was always bound to the single operating system and for quite some time it was one of the core elements of Windows. It was hard to imagine it running on any other OS. Also, as a core element of Microsoft’s flagship it didn’t seem like a perfect candidate for an open source project. Last year both things changed. Join this session to see PowerShell running on Linux and to learn how important this change is to the entire PowerShell ecosystem. Learn how you can participate to make PowerShell better for everybody! Getting started with Windows Server Containers Flynn Bundy NanoServer and PowerShell as a Service In this session I want take the audience on the journey of why, what and how Windows Server Containers. This session will cover real life scenario’s that traditional teams run into and how to overcome these in a very modern agile approach. This session will contain numerous demo’s such as introducing the concept of Docker for Windows Server, Creating a highly available web application and some of the major advantages of virtual machines. This is aimed at people who may have little to no knowledge in Docker and or Containers on Nano Server. Auto-generated User Interfaces with Phosphor David Wilson PowerShell In this session we’ll be discussing a new PowerShell module project codenamed “Phosphor” which aims to provide desktop and web user interfaces generated from PowerShell modules. We’ll discuss the overall goals and approach with an early demo of what we’ve accomplished so far. We’ll also discuss how you can get involved in the code! The Release Pipeline in Practice Matt Hitchcock DSC and DevOps More Organizations are beginning to evaluate or make the move to DevOps as technology has made it more practical. Microsoft have released a Release Pipeline whitepaper and demo guide to get you set up in TFS, but what does it mean to actually implement this? In this session, Matt will walk through how he has helped a large Microsoft customer make the transition to Infra-as-Code for one of their core technologies. We will take a look at the timeline of events and activities that got us there, what a Release Pipeline actually looks like in practice with its supporting components and how it works together. More importantly, we will talk about the cultural resistance and challenges that were overcome along the way and what you might consider doing to get your organization over those same hurdles. Evening Event Food Evening Event takes place at Hannover Zoo. Meeting point is the Zoo main entrance at 18:45h sharp (6:45pm). Do not forget to bring your badge. It is required to enter the Zoo. PowerShell Microservices: At the Service of DevOps Gael Colas DSC and DevOps We’ve seen in the last few years, how the traditional ‘IT Pros’ or Ops paradigm has shifted towards the practices previously embraced by the Devs only. But I believe Dev is the New Ops, so let’s explore how SOA and Microservices applied to PowerShell can help the ‘IT Pros’. In this session, after bootstrapping your Message Queue (MQ) knowledge and its use for Inter-Process Communication (IPC), we’ll introduce PSRabbitMQ, a module to interact with the message broker. Then we’ll take a deep dive into a demo of PowerShell Microservices communicating using JSON messages sent via a Message Queue. In the second demo, we’ll see a multi-node, multi-thread, cross-technology and cross-platform communications, with Python services using the Celery library being called, and calling PowerShell Services on distributed systems. Since PowerShell and .Net core are now open-source and the RabbitMQ .Net client will soon target .Net core, the tools and techniques demonstrated in this presentation may be a path to cross-platform PowerShell Microservices on Windows, Nano, Linux, and all sorts of containers! Start-NewEra -Repo PowerShell Ben Gelens Cross-Platform and Open Source Talk about OSS xPlat PS. Demo heavy. Based on my earlier session http://ift.tt/2jCZhYi but updated of course Scoping in Depth Bruce Payette PowerShell Team PowerShell scoping can be a complex beast. Find out the details of how scoping works in modules, scripts, closures and APIs Take your Automated Release Pipeline to the next level! Jan Egil Ring,Øyvind Kallstad DSC and DevOps Step up your automation game by implementing an automated release pipeline! In this talk we will see how we can leverage the Release Pipeline for more than just publishing modules to the PowerShell Gallery. We will demonstrate how you can manage infrastructure deployment, change management and decommission using Cloud Templates, Configuration Management, Source Control and Continuous Integration services. Ghosts of DSC past, present and Yet-to-come Bruce Payette PowerShell Team A journey through DSCÆs past, present and potential future: The lessons learned and how they could reshape future DSC features and functionality Mastering a complex DSC lab infrastructure û The story of the BMW Group DC deployment Jan-Hendrik Peters,Raimund Andree DSC and DevOps In a number of projects around DSC we wanted to focus on developing DSC Resources, DSC Configurations and testing this in a Multi-Pull Server scenario. Being able to rapidly deploy a lab specific to each with AD, PKI and DSC Pull Servers already deployed was a huge timesaver. This session will walk through the deployment process automated with AutomatedLab. We will also demo the result of a large DSC project to automate the configuration of domain controllers within this lab which covers DSC Partial Configurations on multiple DSC Pull Servers, automated creation of DSC Configurations and DSC Reporting. DevOps and the Harmonious Whole Kenneth Hansen PowerShell Team A perspective on how to implement DevOps in a way that will work across your organization Advanced PowerShell Module Development with Visual Studio Code David Wilson PowerShell Team In this session you’ll learn how to use the PowerShell extension for Visual Studio Code to write, test, and debug cross-platform PowerShell modules, even those containing C#-based cmdlets. Azure Automation – Advanced Runbook Design Jakob Gottlieb Svendsen Automation a session packed with ideas for runbook design patterns, best practices and other useful tips and tricks. Get inspired and learn how a PowerShell runbooks should be designed and structured JEA Deep Dive in 45 Minutes Aleksandar Nikolic Security Expect a fast-paced, demo-heavy session about Just Enough Administration (JEA), a new PowerShell security feature. Learn how to create boundaries for your users, and give them the minimal set of privileges they need to perform their tasks. In this session, we’ll demonstrate how to author, deploy, use, and audit a JEA including the improvements in the latest version of PowerShell. If you want PowerPoint slides, look for another session. PowerShell Present and Future Angel Calvo PowerShell Team Angel is General Product Manager at Microsoft for Azure Configuration Management and Automation. This includes PowerShell, DSC, OMS Automation and Configuration. So Angel is the perfect speaker to provide an update on Microsofts current and future plans for Windows, Linux and Azure, and the road ahead to make PowerShell the best tool for DevOps and to enable Artificial Intelligence for IT AMA – Ask Microsoft Anything Angel Calvo,Bruce Payette,David Wilson,Jeffrey Snover,Joey Aiello,Kenneth Hansen,Mark Gray PowerShell Team Bring your questions to the PowerShell team, and get first-hand answers

Summary

Here is my summary from some of the sessions I followed on the first day.

Session: Opening Ceremony

Tobias did a great job to feel us all welcome at the PSConfEu.

And in the mean time an attendee sitting besides me installed my VSCode extension. Cool to see people use things I created.

Session: Keynote: State of the Union

Jeffrey Snover answered the question if “PowerShell was done?” His answer to this was Yes… and No. The new mission of PowerShell is now “Being the connector of the Hybrid Cloud”

Core PowerShell will be the connector for the Hybrid Cloud. Not Windows PowerShell. There is a difference between Windows PowerShell and Core PowerShell. Check Jeffrey’s reaction on this on twitter.

Jeffrey also mentioned VSCode and the PowerShell Extension which David Wilson developed. The reason according to Jeffrey why we developed VSCode and the VSCode Extension is that “we wanted a first class PowerShell editor on Linux” Check out the reactions on twitter.

Jeffrey also talked about Core PowerShell in Azure, like Cloud Command Shell. (PowerShell will be added soon besides Bash). DSC as Native Azure Configuration. That means a Common Windows & Linux LCM, Multiple LCM Instances, Native code LCM for lightweight environments and LCM as Library.

You can watch the complete Keynote on YouTube.

Session: PowerShell Warm-Up: Quiz & Quirks

Tobias got the crowd warmed-up with his Quiz & Quirks and of the quirks he showed was fixing Return Values.

#Fixing Return Values by Tobias Weltner Function Test-Something { $null = . { "I can leave behind whatever I want" get-service 'all goes to $null' } # Her I am declaring my ONLY return value # (just like any other scripting language) return 'true return value' }

You can watch the YouTube video here.

Session: Catch Me If You Can – PowerShell Red vs. Blue

Will Schroeder talked about how attackers are using PowerShell and it turns out they are turning away from PowerShell and now trying different ways to attack our systems.

You can watch the YouTube video here.

Session: Hell freezing over: PowerShell on Linux and GitHub

Bartek Bielawski and Daniel Both drove with me to Hannover and during our road-trip we had some great conversations about their sessions already.

It was cool to see how you could use PowerShell on Linux and even use VSCode on Linux!

Session: Getting started with Windows Server Containers

Flynn Bundy walked us through the why, what and how Windows Server Containers and had some great demos.

He talked about which issues Containers can help solve.

Windows Updates

User Management

Unrequired Features

Configuration Drift

Configuration Management

Large Management Overhead

Unrequired Process

Image Size

Clustering

Storage Issues

Start-Up Times

Definitively a session worth re-watching when published on the YouTube Channel of PSConfEU!

Session: Auto-generated User Interfaces with Phosphor

David Wilson showed Phosphor, which is a PowerShell module designed for generating user interfaces from PowerShell modules. Keep in mind that this project is to be considered a proof-of-concept and not a supported Microsoft product.

How does it work?

Host ASP.NET Core inside of PowerShell

HTML/JS UI exposed as static files

Talks to REST Service in PowerShell

UI generated based on responses from REST Service

Service supports multiple sessions, windows.

Future direction of Phosphor:

Generalize UI model

Create simple DSL for UI Authoring

Potentially support multiple front-ends

Native desktop (UI (WPF, GTK)

VS Code extension UI

Azure Portal

Help Viewer (and possibly editor?)

You can download the code from Github and follow the build steps to manually install the module. The build script does not work according to David.

Here is an example when I used the following command:

show-module -Module Microsoft.PowerShell.Management

If you get below message when running redo the following steps:

cd src/Phosphor.Client npm install npm run tsc

Those steps fixed my initial issue.

Why is Phosphor such a cool project? This will help you create PowerShell-based user interfaces in any platform or UI framework. For more ideas check out the goals section on the Github Phosphor page.

And the cool thing of Phosphor is that is has a REST API you can call. Make sure you have started Phosphor and run the following commands:

#Load Module Import-Module .\src\Phosphor\Phosphor.psd1 #Start Phosphor Show-Module -Module Microsoft.PowerShell.Management # calling phoshop REST API # Get Processes $SessionNumber = 1 $EndPoint = {http://localhost:5001/api/sessions/ {0}} -f $SessionNumber Invoke-RestMethod -Uri "$EndPoint/modules/items/Process" -OutVariable Processes # Get Services Invoke-RestMethod -Uri "$EndPoint/modules/items/Service" -OutVariable Services $Services.Items | Get-Member #Stopping Bits Service via Phoshor #Invoke-RestMethod -Uri 'http://localhost:5001/run?command=Stop-Service¶ms=-InputObject=spooler&-OutVariable=service' #Get session info Invoke-RestMethod -Uri $EndPoint -OutVariable Session $Session | Get-Member $Session.model.modules | Select-Object -ExpandProperty Nouns

Keep in mind this a Proof of Concepts and things are likely to change. David told me the REST API will have some changes too.

Let’s start contributing by cloning the repo and submit ideas to David.

Session: The Release Pipeline in Practice

Matt Hitchcock talked how to implement a Release Pipeline for DSC. One of the tips he had to implement Rollback into your DSC configurations is to first create an Absent Configuration in your DSC Configuration and change that later to Present. Great tip from Matt, which I’m going to implement in my DSC Configurations too.

Definitively as session to watch when published on the PSConfEU YouTube Channel.

Evening Event

The Evening Event took place at Hannover Zoo and offered a great way to network and have great conversations with many PowerShell minded people.

David with the PSConfEU Posse

This was a great ending of the first day of the PSConfEU. More info on the sessions in the next blog post.

References:

PSConfEU webiste: http://www.psconf.eu/

Tobias Weltner Twitter handle: https://twitter.com/TobiasPSP

PSConfEU Github Repo: http://ift.tt/2qPQxx0

PSConfEU YouTube Channel: https://www.youtube.com/channel/UCxgrI58XiKnDDByjhRJs5fg

PSConfEU Agenda Competition: http://ift.tt/2qPV6Yi

VSCode-PSConfEU2017 Extension: http://ift.tt/2p9MrU3

Phosphor Github Repo: http://ift.tt/2ooEnNs

from Stefan Stranger's Weblog – Manage your IT Infrastructure http://ift.tt/2p9U6C3 via IFTTT

#IFTTT #Stefan Stranger's Weblog – Manage your IT Infrastructure

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outsource02-blog · 6 years ago

Text

Aws vs Google Cloud

While AWS is undoubtedly the benchmark of cloud service quality, it has some drawbacks.Today we compare Amazon Web Services (AWS) with Google Cloud Platform (GCP).

Google Cloud can compete with AWS in the following areas:

• Cost-efficiency due to long-term discounts

• Big Data and Machine Learning products

• Instance and payment configuration

• Privacy and traffic security

Cost-efficiency due to long-term discounts

Big Data and Machine Learning products

Instance and payment configuration

Privacy and traffic security

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