#IoT-enabled intranet applications

[websyn]

Seamless Intranet Applications for Singapore’s Shipping, Oil, and Gas Industries

In the dynamic landscape of Singapore’s shipping, oil, and gas sectors, seamless communication and efficient operations are paramount. As industries that thrive on precision, speed, and collaboration, leveraging cutting-edge intranet applications can redefine how organisations in these sectors operate, boosting productivity and resilience.

The Modern Challenges in Shipping, Oil, and Gas

Industries like shipping and oil and gas face a myriad of challenges:

Complex Operations: Managing global fleets, multi-national crews, and intricate logistics demands streamlined coordination.

Regulatory Compliance: Navigating stringent international and local regulations requires reliable and up-to-date data management.

Data Silos: Disconnected systems lead to inefficiencies, delayed decision-making, and resource wastage.

Cybersecurity Threats: The rise of digital operations brings increased vulnerability to cyberattacks.

Seamless intranet solutions tackle these challenges head-on by providing a unified digital framework that connects people, processes, and systems.

Key Features of Seamless Intranet Applications

Centralised Information Hub Modern intranet platforms act as a one-stop solution for all organisational data. Whether it’s vessel maintenance logs, crew schedules, or safety protocols, employees can access critical information in real-time, reducing delays and errors.

Enhanced Collaboration With features like instant messaging, video conferencing, and project management tools, teams across geographies can collaborate effectively. This is particularly crucial in industries where onshore and offshore teams need to synchronise operations seamlessly.

Advanced Security Protocols Industry-grade intranet applications come equipped with robust encryption, two-factor authentication, and intrusion detection systems to safeguard sensitive data from cyber threats.

Integration with Industry-Specific Tools Intranet systems can integrate with tools like enterprise resource planning (ERP) software, compliance management platforms, and IoT-enabled devices, offering a cohesive operational experience tailored to sector-specific needs.

Scalability and Customisation Scalable solutions ensure that the intranet grows with your business, adapting to new technologies and expanding requirements. Custom dashboards allow businesses to prioritise what matters most, from supply chain visibility to environmental performance metrics.

Benefits for Singapore’s Shipping, Oil, and Gas Industries

Improved Operational Efficiency: Minimise downtime with faster communication and streamlined workflows.

Regulatory Compliance: Stay ahead of compliance requirements with automated updates and centralised documentation.

Cost Reduction: Eliminate redundancies and optimise resource allocation through data-driven insights.

Enhanced Employee Engagement: Empower teams with user-friendly tools and access to training modules, improving morale and performance.

Sustainability Goals: Intranets that integrate with green logistics tools help businesses track and achieve environmental objectives.

Real-World Applications

Singapore’s position as a global maritime and energy hub makes it an ideal testing ground for innovative intranet solutions. For example:

Shipping: Streamlined fleet management with real-time data access ensures on-schedule deliveries and reduced operational costs.

Oil and Gas: Enhanced safety protocols through connected systems help reduce risks in high-stakes environments like offshore drilling platforms.

Why Invest in Seamless Intranet Applications?

In a world where digital transformation is no longer optional, adopting seamless intranet applications is a strategic necessity. These tools not only future-proof your business but also provide a competitive edge by fostering agility, collaboration, and innovation.

Conclusion

For Singapore’s shipping, oil, and gas industries, seamless intranet applications are more than just a technological upgrade—they’re a business imperative. By addressing core challenges, driving efficiency, and enhancing security, these solutions pave the way for sustained growth in an increasingly digital world.

Unlock the potential of your organisation with tailored intranet solutions designed to meet the unique demands of your industry. Embrace the change today, and lead your business into a connected, collaborative future.

[davidmarkfan]

What is Digital Technology?

Unlike analog technology, which uses continuous signals, digital technology works with discrete values — most often binary code, consisting of 0s and 1s. This shift from analog to digital has transformed nearly every aspect of modern life, from how we communicate to how we work, learn, and entertain ourselves.

Digital media refers to content created, shared, and accessed through digital devices, including videos, websites, social media, and online advertising.

At its core, digital technology simplifies, speeds up, and enhances tasks that once required manual effort. From smartphones and laptops to artificial intelligence and blockchain, digital advancements shape the way societies operate today. Understanding what digital technology is — and how it impacts daily life — is crucial for anyone living in the 21st century.

Digital media services offer solutions such as content creation, social media management, online advertising, SEO, and video production to enhance digital presence.

Key Components of Digital Technology

Several key components make up the digital technology landscape:

Hardware: Physical devices, including computers, tablets, smartphones, sensors, and servers.

Software: Programs and operating systems that tell hardware what to do.

Networks: Systems like the internet or private intranets that connect devices and allow data sharing.

Data: Information that is created, stored, and processed digitally.

Cloud Computing: The delivery of computing services like storage and databases over the internet, enabling access from anywhere.

Artificial Intelligence (AI): Systems that simulate human intelligence, such as decision-making and problem-solving.

These components work together to enable tasks that were once unimaginable or extremely time-consuming.

IT network services provide design, installation, management, and support for secure, efficient networks, ensuring seamless communication and data sharing for businesses.

How Digital Technology Evolved

Digital technology has its roots in the invention of the first computers in the mid-20th century. To stop pop up ads on your Samsung, disable marketing permissions, block ads in browser settings, and uninstall suspicious apps from your device.

The 1990s saw the rise of the internet, connecting millions of users worldwide. This was followed by the explosion of mobile technology in the 2000s, with smartphones putting the power of a computer in people’s pockets. Today, advancements such as 5G networks, virtual reality, machine learning, and the Internet of Things (Iot) are shaping the future of digital technology.

An SEO company helps businesses improve their online visibility, drive organic traffic, boost their search engine rankings, and effectively grow their digital presence.

Applications of Digital Technology

Digital technology touches virtually every industry and area of life. Some common applications include:

Communication: Email, instant messaging, and video conferencing tools have transformed personal and professional communication.

Education: Online learning platforms allow students to access courses from anywhere, at any time.

Healthcare: Telemedicine, electronic health records, and AI-driven diagnostic tools improve patient care.

Business: E-commerce platforms, digital marketing, and CRM systems help businesses reach and serve customers efficiently.

Entertainment: Streaming services, video games, and digital art are all powered by digital technology.

Finance: Online banking, cryptocurrencies, and mobile payment systems make financial transactions more accessible and secure.

In each of these sectors, digital technology not only improves efficiency but also opens up new opportunities for innovation and growth.

Media planning and buying involve strategising, selecting, and purchasing advertising space to reach target audiences effectively and maximise marketing campaign results.

Advantages of Digital Technology

The advantages of digital technology are vast:

Speed and Efficiency: Tasks that once took hours or days can now be completed in minutes.

Accessibility: Information and services are more accessible than ever before, often from a simple mobile device.

Cost-Effectiveness: Automation and online services can significantly lower operating costs.

Connectivity: Digital technology connects people worldwide, fostering collaboration and the exchange of ideas.

Innovation: It drives continual innovation, leading to new products, services, and solutions to complex problems.

IT network infrastructure services design, implement, and manage essential systems, such as servers, routers, and security, to ensure reliable and secure business connectivity.

Challenges and Concerns

Despite its benefits, digital technology also presents challenges:

Privacy and Security: With so much personal data online, the risk of cyberattacks and data breaches is high.

Digital Divide: Not everyone has equal access to digital tools and the internet, leading to inequality.

Job Displacement: Automation and AI could replace certain jobs, requiring workers to learn new skills.

Dependence: Society’s heavy reliance on digital devices can lead to issues like screen addiction and decreased face-to-face interaction.

Governments, businesses, and individuals must address these challenges proactively while embracing the advantages digital technology offers.

PDF stands for Portable Document Format, a file type developed by Adobe to present documents consistently across devices, preserving layout and formatting.

The Future of Digital Technology

Looking ahead, digital technology will continue to evolve rapidly. Innovations like quantum computing, more sophisticated AI, and advanced robotics promise to revolutionise industries even further. The integration of augmented reality (AR) and virtual reality (VR) into everyday life could change how people shop, learn, and socialise.

How to Find the Seed of a Minecraft Server? To find the seed of a Minecraft server, type “/seed” in the chat (if you’re the server owner or have permission), or use external tools like NBTExplorer for server file access.

Sustainability will also play a critical role, with a growing focus on developing technologies that minimise environmental impact. Ethical considerations, such as ensuring AI operates fairly and transparently, will become increasingly important as technology becomes even more deeply woven into society.

How To Search for A Word on A Website? To search for a word on a website, press “Ctrl + F” (Windows) or “Cmd + F” (Mac) and type the word in the search box that appears to highlight matches on the page.

Conclusion

Digital technology is an integral part of modern life, transforming how people interact, work, and solve problems. It brings unparalleled benefits in speed, efficiency, and connectivity while also posing challenges that must be carefully managed. As technology continues to advance, understanding its fundamentals, potential, and risks will be key to leveraging its power for the betterment of individuals and societies alike.

[zaireroy]

Some of the facts that will be useful for the developers

Firstly we will be talking about SQL. The first question that comes to the mind of people when they hear the word SQL is that is SQL a programming language? The answer to this would be yes. SQL basically is a structured query language, and yes it is a programming language which is used for accessing and manipulating the data in RDBMS which is also known as Relational Database Management Systems. SQL was basically developed by the IBM in the 70's for the main platform. Some of the years later, SQL became the standard for both the American National Standards Institute and the International Organization for Standardization. You can easily learn the framework in programming language because it is really very simple. If you are thinking to upgrade the professional skills that you have in technology, then you might think that the offline or the online training process and you can also do the certification so that you can enable yourself in doing the business with the IOT, also known as Internet of Things. Future of IOT is safe because it provides the people with their needs and its primary focus is on the physical devices networks, vehicles, homes and other types of items that are generally embedded in the electronics, software sensors, actuators and connectivity. Everything that is present in an Internet of Things need to have the ability for connecting it with the other objects and also easily exchange the data. The poor skills such as the inability for creating and maintaining the network security can drastically affect the IOT from transforming in the way by which we live and work. This will make the issue of IOT an important requirement for the people who want to have their focus in the world of technology. Setting up the intranet and extranet is really very easy. It is as easy as purchasing an access through the ASP pr the application service provider, purchasing and installing the third party application and software or when building an intranet or the extranet internally.

The most interesting question that you will listen nowadays is that what is the perfect age where the Internet plays an important role in the everyday’s life of a person? There is no perfect age for internet playing a major role in people’s everyday life, people always need internet because it has a lot of information and it will help you do the work very quickly. There is no difference between internet and broadband as people tend to think that they are two different things. Internet is the main thing which gets into everything.

There is a lot of confusion in the market which is about the main differences between the accelerator and incubators. If we talk about incubators-vs-accelerators then you should know that these are two different terms and are not same, in fact there are a lot of elements which distinguishes one from another.

You will be able to develop your front end developer skills through these things, if you are on the right track.

[saviomsoftware]

6 Effective Strategies to Create a Smarter Digital Workplace

Please Note: This article appeared in Saviom and has been published here with permission.

“The last ten years of IT have been about changing the way people work. The next ten years of IT will be about transforming your business.”  — Aaron Levie, CEO of Box

In this hyper-competitive era, innovation and digitalization are paving the way for significant business transformation. The growth of advanced technology and tools like SaaS applications, cloud computing, AI, Automation, IoT, etc., have propelled businesses to revamp their work practices.

Organizations are going beyond their traditional work norms and have started embracing remote work. These changes were exacerbated and adopted at an exponential rate during the global COVID-19 pandemic, which mandated work from home.

As a result, companies started implementing cutting-edge technologies to facilitate teleworking and eventually transformed into a smarter digital workspace. However, this change is not limited to the pandemic period and is here to stay.

This article will discuss the significance of a more innovative digital workplace and cover some practical strategies to build one.

But before that, let’s understand what a digital workplace is.

1. What is a digital workplace?

A digital workplace consists of a set of processes and technologies that provide employees with tools for better communication, collaboration, task or time management, etc. It also simplifies their work and enhances their work efficiency.

These tools include email, intranet, HR tools, virtual meeting rooms, workflow automation tools, etc., which can be accessed securely from anywhere.

The digital workplace aligns technology with the workforce to increase productivity and efficiency regardless of in-office or remote work setup.

However, many organizations implement or invest in technology before formulating a proper plan or strategy. This can negatively impact the ongoing business operations and lower workforce productivity. So, framing a process is imperative before forming a digital workplace to ascertain a smooth transition.

It will help you analyze the work area and identify segments that require technology integration. Furthermore, it will serve as blueprints for the future working environment.

Let’s look at some of the benefits of a more intelligent digital workplace.

2. Why businesses should adopt a digital workplace?

According to a survey by Harvard Business Review, more than 62% of CEOs said that they have management initiatives or transformation programs underway to make their business more digital.

Here are a few prominent benefits that the digital workspace provides: –

A. Unify the workforce

Technology has simplified multiple business processes. This includes enabling the ease of doing business from anywhere in the world. Through advanced tools such as workflow automation, project or resource management, companies can now bring their workforce on a single platform, gain visibility of everyone’s attributes and schedules regardless of their locations.

Also, the digitally advanced collaboration tools help the teams share information and work cohesively, leading to project success.

B. Boost employee productivity & efficiency

Research by Harvard Business Review shows that organizations with smarter digital networks are 7% more productive than those without.

A digital workplace eliminates traditional boundaries by providing a wide range of tools. As a result, employees can share information faster, collaborate better on different projects, and meet team goals. In addition, other software such as automated tools or robotic process automation, etc., can automate mundane tasks so that employees can focus on human-specific activities. This leads to increased productivity and efficiency.

C. Increase flexibility and work-life balance.

The easy access to all the necessary information from anywhere coupled with the use of a plethora of conferencing tools readily available today has simplified remote team collaboration. Moreover, the distributed workforce can work seamlessly by implementing the right tools and technology. As a result, it provides them with flexibility and allows them to strike the ultimate work-life balance.

D. Reduce operational cost.

By setting up virtual meetings or using interactive digital whiteboards, you can reduce or eliminate in-person meetings, which saves on travel and overhead costs like hotel bills and airfare, rent, etc. Furthermore, using SaaS platforms will spare you from installing and maintaining complex software and hardware management, saving you time and money.

E. Improve employee engagement

As stated earlier, a digitally innovative workplace provides the right tools and technology to the employees to carry out their tasks. Additionally, the ease of connecting with the dispersed team across global boundaries enhances team cohesiveness. When employees’ needs are taken care of, and they feel belonged, it naturally enhances their engagement.

F. Increase talent attraction & retention

As per the latest study, companies that have adopted a digital workplace have experienced an increase in talent attraction and a 25 % lower turnover rate.

The Gen Zs are today’s new working generation. Being born in the technologically advanced era, they are highly tech-savvy. As a result, they have a natural tendency to learn new technology and thrive better when working with modern tools and technology at the workplace. Thus, forming a digital workplace enables organizations to attract and retain these potential candidates.

Considering the benefits of using a digital workspace, it’s time to formulate an action plan and create one for your organization.

Let’s explore the strategies that will help you establish one.

3. 6 effective strategies to build a smarter digital workplace

Building a digital workplace strategy involves taking your employees, existing tech inventory, and business processes into account. Then formulating an action plan after analyzing and identifying every attribute will help you transition to the digital workspace successfully.

Here are some of the following ways you can implement to achieve the same:

A. Analyze your current workplace & create a transformational action plan

Analyzing the existing processes and practices is vital before implementing any changes as it helps better understand organizational needs. Moreover, having a thorough understanding will enable you to align your digital workplace strategy with the business objectives.

Additionally, conducting extensive market research to understand emerging technologies will help you determine the proper tech inventory. After factoring in all aspects and conducting the necessary research, you are ready to form the action plan. Along with this, you must focus on setting up a governance system that can ensure systematic implementation of the tools and monitor the developments.

B. Choose high-end technologies and tools as enablers.

According to a survey, 93% of companies consider innovative technologies necessary to reach their digital transformation goals.

A leader should carefully assess their existing IT system’s capabilities and determine whether it addresses their workplace problems. They can make a note of the software that needs upgradation, or processes that need new tools altogether, and so on.

There is a multitude of tools and technologies available, but not all of them serve the organization’s needs. Moreover, technology is advancing rapidly, so certain outdated tools cannot fulfill the needs of the modern business environment. Therefore, you must thoroughly research the technologies and take multiple demos to learn the different features before selecting the right one for your firm. For example, if you need security software, one must look at the multiple tools, analyze what each security plan covers, and then select it.

C. Develop a robust security system

The development of a digital workplace entails high-security risks as well. A high proportion of employees access company records through unprotected servers. Furthermore, unsecured cloud services, mobile access can further complicate data security.

Therefore, businesses require stringent security measures to protect data from cyberattacks, breaches, and so on. Using security software such as advanced malware protection, user authentication tools, firewall protection, etc., can help restrict access to critical and confidential information. Also, it can help protect networks, servers, and laptops from intrusions and other threats. Furthermore, IoT and Blockchain technology can be used by companies to upgrade their systems with new safety features.

D. Prioritize employee experience in the digital workplace.

According to Gallup, businesses with engaged employees see a 17% increase in employee productivity.

Employees are the cornerstone of organizational success. Therefore, it is imperative for a business to ensure that they have a seamless experience and all the needs of its workforce are met. During the process of establishing a digital workspace, managers must take employees’ experience and engagement levels into consideration. To accomplish this, leaders can conduct surveys to understand their employees’ needs better.

For example, if you have a design team in your company, constantly upgrading their designing software & tools will help them deliver better results. Thus, being at the forefront of the latest tech trends and catering to employees’ needs will allow your company to improve innovation and enhance the experience of your employees.

E. Organize training programs to empower employees.

Accepting change is never easy; the first reaction to change is always resistance. Similarly, when new technology is introduced in the workplace, it can cause employees distress if they are not adequately trained to use it effectively. Also, nowadays, organizations cater to a multigenerational workforce inclusive of Gen Z, millennials, and baby boomers. Usually, baby boomers are not abreast with the latest technology trends. As a result, employers must conduct training programs to ensure a smooth transition and enhance their technological quotient.

For example, providing employees access to online training sites or employing personnel to train the workforce can be beneficial. That way, employees will find it easier to learn new technologies, which will result in better performance.

F. Track performance to ensure continuous improvement.

Tracking and monitoring the performance of resources is crucial to determining the value of a digital program. This enables an organization to continuously learn and improve, which helps it to achieve better results. Managers can start by tracking employee productivity after implementing the tools.

To do so, managers can implement resource management software and track resource utilization levels across the enterprise. In addition, forecast vs. actual analytics helps determine whether the staff takes longer or less time to complete a task after implementing the new tech. Accordingly, they can take corrective measures and aim for continuous improvement.

Thus, it is clear that a solid digital workplace strategy is essential to upgrade the way your organization operates. Companies can effectively create a smart digital workplace by understanding the business goals, employee needs, tools, and technology.

4. Conclusion

The digital workplace is here to stay. Therefore, to remain competitive and thrive in the global market, companies must take the necessary steps to build a digital workplace that is aligned with their business goals.

The strategies mentioned above will help you create a comprehensive and secure digital workplace that can result in enormous benefits for your organization. It will also enhance your employees performance, satisfaction, and engagement and make your business progress seamlessly.

5. The SAVIOM Solution

SAVIOM is the market leader in offering the most powerful and configurable solutions for managing enterprise resources efficiently and effectively. Having more than 20 years of experience, this Australian-based MNC has a global presence in over 50 countries. It is also popular with more than 100 customers and helps them achieve their business goals. SAVIOM also has products for project portfolio management, professional service automation, and workforce planning software which can be easily customized as per business requirements.

[nisatrainingsblog]

IBM ISAM Online Training

IBM ISAM Online Training

 ISAM is an indexed sequential access method. It is a method of creating, manipulating and maintaining computer files of data. 

It provides end-to-end protection resources over extranets and intranets. 

In addition to this, it is a security policy management. It provides authorization, authentication, data security and centralized resource management capabilities. It can be deployed on-premises, virtual or hardware appliance or containerized with docker.

IBM ISAM Training helps you simplifies user's access by securely adopting mobile, web, IOT and cloud technologies. It verifies access to helps to strike a balance between security and usability. Is done by the use of risk-based access, integrated management control, single sign-on, multi-factor authentication and identity federation. It can also take back control of the access management with verify access.

 Benefits of IBM ISAM are:

 ·         Ensures risk-aware authentication - It assesses high factors of risk and protects sensitive and critical assets.

·         Manages access to all platforms - It can be accessed on-premises, cloud and on mobile.

·         Removes barrier to mobile productivity - Can enable it on mobiles for convenient and secure access with the Verify mobile companion app for multi-factor authentication.

 IBM Security Access Manager offers the following features:

 Securely adopt mobile - IBM ISAM has firm control of the critical assets accessed on the mobile. Verify access establishes strong mobile multi-factor authentication that helps you allow, deny or challenge mobile requests based on the risk factors such as application data, IP reputation and geographic location.

Enables risk-based authentication - Verify access risk - scoring engine is adopted with risk-based access controls. This feature enforces context-aware authorization using information about users, their devices and other session-based details without interfering with the end-users session.

·         Establish identity federation: Verify access establishes a robust multi-factor authentication on the mobile that helps to have firm control of the critical assets on the device.

Strikes balance between usability and security - verify Acess identity federation helps in smooth single sign-on experience on mobile and desktop which securely integrates third-party Saas application into the existing infrastructure. 

·         Robust authentication: It has a strong authentication that goes beyond username and password. It enables multi-factor authentication, a risky access request with a one-time password, knowledge-based questions and email verification. 

Enables passwordless login to Office 365 - It allows users to log in to work applications like Office 265 using fingerprint verification instead of a password.

 DHL, KPMG, Tech Mahindra, Ashok Leyland, PWC, HP, Kellogg's, Momentive, Vestas, Essar, NTT Data, Lamprell are some companies using IBM ISAM.

 Course Content:

·         Introduction and Overview

·         Installation and Configuration

·         Administration

·         Introduction to WebSEAL

·         WebSEAL Installation and Configuration

·         Managing Access Control

·         Web Proxy Appliance

·         Authentication Mechanisms

·         Junctions

·         Single Sign-on

 Nisa is an online corporate training platform. We offer various online certification courses. We stand out as the best in the market for real-time hands on-experience given to the students. IBM ISAM training is an online training where students have trained 1:1 ratio online. Nisa also provides IBM ISAM online course study material to students for their reference. Recorded sessions are also offered to the students that helps them to practice through it at their convenience. We are a 24/7 working environment to support our clients. IBM security access manager training is one of the best training in Nisa as we have experienced trainers who have been working on real-time projects.

 On completion of Nisa's IBM ISAM training, You will be able to:

 ·         Describe the IBM Security Access Manager application and its core features

·         Discuss the architecture and deployment process

·         Configure Access Manager users, groups and domains

·         Introduce concepts of a reverse proxy and how it fits in your web-based infrastructure

·         Describe protected object space and the policy access control, model

·         Explain how to set up reverse proxy junctions to handle web requests

·         Discuss and configure authentication mechanisms supported by Access Manager

·         Explain and set up logging, auditing, and tracing for Access Manager components

  For More information about IBM ISAM training, feel free to reach us

Name: Albert

Email: albert@nisatrainings.com

 Ph No: +91-9398381825

[rysunlabs]

A Beginners' Guide to Edge Computing

When we are talking about IT infrastructure, cloud computing offers a lot of opportunities for enterprises to simplify their tasks, processes, and operations. While this option performs incredibly well, it comes with some setbacks and limitations. Edge computing is the solution, enabling businesses to eliminate all the barriers presented by cloud computing. Let us understand edge computing in detail.  

What is Edge Computing? 

Internet of Things (IoT) devices are rising significantly now than ever before, and the amount of data being generated is growing right with it. Edge computing process all this information at the edge, where it is being collected and consumed by things or people. In simple words, edge computing looks to bring the computation and data storage closer to where they are being assembled, i.e., the devices, rather than relying on a central location that might be too far away. In this way, users can access them quickly, thereby increasing the experience.  

A study by Grand View Research shows that the value of the global edge computing market was $3.5 Billion in 2019. The research further states that by 2027, the market is expected to reach $43.5 billion, compound annual growth of 37.4%.

How does Edge Computing work? 

In a conventional setting, data is generated on a user’s computer or any other client application. It is then shifted to the server via channels such as the internet, intranet, LAN, etc. where the data is stored and processed. This is a classic and proven method of client-server computing. However, the significant growth in the amount of data generated and the number of devices connected to the internet have made it tough for conventional data center infrastructures to store them. A study conducted by Gartner states that 75% of companies will be produced outside of centralized data centers by 2025. This volume of data can put a lot of strain on the internet, which could result in disruption and congestion. 

The concept of edge computing is quite simple. Rather than getting the data close to the data center, the data center is brought close to the data. The computing and resources storage from the data center are deployed as close as possible to where the data is produced.

Why Edge Computing Matters? 

For enterprises seeking to maximize their resources, limited or not, edge computing is an area worth exploring. In addition, the idea of quick store and processing of data is something businesses cannot deny. It enables their applications to run more effectively, which means more work can be executed smoothly. Edge computing is also important because it is a step in the right direction towards making a more advanced world. Establishing automation and even with the help of smartphones for things such as facial recognition will take less time, enabling enterprises to concentrate on other aspects of the business.

How the Internet of Things is driving the need for Computing at the Edge? 

The internet of things includes gathering data from various devices & sensors and applying algorithms to the data to extract insights that offer business benefits. Right from manufacturing, utility, traffic management, to retail, education, and even medical industries are leveraging the technology to enhance customer satisfaction, minimize costs, increase security & operations, and improve the end-user experience, to name a few benefits. For instance, a retailer might use data from IoT apps to better serve customers, by forecasting what they may need on the basis of past purchases, providing on-the-spot discounts, and enhancing their own customer service groups.  

For the industrial environment, the internet of things apps can leverage to support preventive maintenance programs by offering the power to detect when the performance of a machine differs from an established baseline, showing it requires maintenance. The list of use cases is virtually cases, but they all have one thing in common: gathering large volume data from several sensors and smart devices and using it to drive business improvement.  

Several IoT applications depend on cloud-based resources for data storage, compute power, and application intelligence that yields business insights. However, it is often not optimal to share all the data created by sensors and devices directly to the cloud, for reasons that generally come down to latency, bandwidth, and regulatory requirements.  

Conclusion 

The adoption of edge computing technology has brought about analytics to a whole new level. More and more enterprises are depending on this technology for data-driven processes that need lightning-fast output. Edge computing is a new innovation in the business world and beyond. The capabilities are unlimited, especially with more internet-connected devices rolling out. If you are a startup or a giant in your niche and planning to restructure your IT infrastructure, then KCS is the best place to get it done. They have a team of highly trained professionals who will help you equipping the latest technologies such as AI, IoT, cloud, ML, etc. in your organization. 

[usi-thesipcompany]

IoT Gateway Applications

Currently, the home appliances, other gadgets become self-regulated through the IoT infrastructure. IoT doing a great task in leading the technology as well as generating the smart devices with the aid of gateway. Gateway, which is connecting the devices, collecting the data, evaluating, translating the information to the computer language, then dispensing the information to the particular place.

IoT gateway is an intelligent device which is basic standard for constructing the IoT device or appliances. This forms the residing connections to the cloud, controller, sensors, devices.

Working Procedure

For instance, the IoT Gateway with similar purpose of connecting different communication technologies. The IoT Gateway construes the bridge between sensors and actuators. On the other side, internet or intranet. Generally, the communication technologies applied by sensors and actors are Bluetooth, ethernet, Zigbee, Z-wave.

The communication employs on local or wide area networks. Till, we talked around the communication bridging which assist to sensors and actors. These are too tiny or minimalistic to be connected through IoT Gateways with remote IT elements.

The working process of IoT gateway is an easy procedure

·         Prematurely processing, refining the basic data.

·         Translating the protocols for encryption and communication.

·         Distributes the information to the required destination through the internet or intranet.

Key functionalities of an IoT Gateway

·         Assisting in numerous connectivity protocols

·         It should be scalable, hardware-agnostic and OS-agnostic

·         Enabling the data computing at the edge level

·         Capability of directing the whole device infrastructure-firmware updates to device diagnostics

·         Reliability of the whole communication channel – encryption, certifications, role authorizations and authentication.

Protocols

·         Multiple wired and wireless protocols and standards like Wi-Fi, Bluetooth, Ethernet, Z-Wave, Zigbee, and so on.

·         Operating an authorization process and device verification process.

·         IoT Gateway and Data.

·         Computerized discovery of devices.

·         Bandwidth flexibility and data managing is mandatory for consideration of system process.

·         End-to end data communication between edge and cloud.

Horizontal scaling in an IoT Gateway Network

·         Potential of an IoT Gateway framework to and more gateways to an existing mesh network.

Vertical scaling in an IoT Gateway Network

·         Adding more functional capability like memory, device software, OS, hardware, device configuration and APIs

·         Microservice application-based architecture enables vertical scaling more feasible.

IoT Gateway Challenges

·         Pressure to add value in shrinking timeframes

·         Velocity of technology modifies outstrips staffing

·         Interoperability trumps exclusive differentiation

·         Quest for quality w/o lock-in

[paradisetechsoftsolutions]

Choosing the right cloud service: IaaS, PaaS, or SaaS

You know what... the cloud is quite a hot topic for small businesses to other global or wide companies but stays a widespread concept that subsumes a lot of online territories. The rising number of businesses are kept opting for such cloud services. If you are familiar with such topics, cloud computing is when the hardware (servers, storage, etc.) and software are rendered all over the internet.

So what the heck is "the cloud or cloud computing"?

If you consider switching your business to the cloud, whether it be for the particular application or any of the infrastructure deployment, it is simply more crucial than ever to understand the major differences and impeccable advantages of such cloud services.

Below, we are going to break down the main cloud computing models and show you how they could help drive innovation and improvements in your own business. But before just take a look over the contents what we are going to cover up in the entire blog that must be helpful to your business.

Contents:

What is SaaS?

Example of SaaS

How does SaaS, work?

What is PaaS?

How does PaaS, work?

Example of PaaS

What is IaaS?

How does IaaS, work?

Example of IaaS

Conclusion

What is SaaS

SaaS (Software as a service) is a form of cloud computing that delivers an application- and all its underlying IT infrastructure and platforms- to its great users. It can be an ideal solution for the businesses and so for the individuals that:  

Do not want the responsibility of maintaining infrastructure, platforms, and software.

Have challenges that require minimal customization to solve.

Favour software subscription models.

SAAS is a part of cloud computing and only deals with the software which are provided on the cloud as a service.

That is:

Instead of purchasing the license and installing the software in your own system, you rent the usage of the software and access it over the internet.

Examples of SaaS

Google Apps,

Microsoft Office 365

If we look up to its history or the background then it is the first and the major generation of SaaS solutions that were simply soiled, inflexible, and designed to solve an individual business problem. Since then, SaaS (software as a service) has fully evolved dramatically.

Today, a modern cloud suite can span- and connect everything from the major technologies from financials, other human resources, procurement, and supply-chain processes to commerce, marketing, sales, and other service solutions. Other advantages of a modern, complete SaaS solution comprise:

Connected, end-to-end business processes built-in

Ease of configuration and personalization

Rapid data portability

Comprehensive cloud security

Embedded analytics

Support for emerging technologies, from artificial intelligence (AI) to chatbots, Internet of Things (IoT), and more

How does SaaS work?

Software as a product has many limitations:

You have to invest in purchasing its license and also in upgrading their hardware to run the software

A lot of time and money is spent on customization of the SAAP as per your requirements.

The data is stored only on one device or server (if you’re using LAN)

To update the software, you either have to buy the updated version or download the update from the internet which resulted in a wastage of time and the internet.

Implementing and choosing the SaaS model has helped many of the developers effectively by removing/minimizing these limitations. Software as a service requires only an individual prerequisite i.e. "the internet".

Mainly it hosts the software and the entire data on the cloud and lets the developer update the software but all without you downloading anything.

The SaaS applications are otherwise called hosted software, on-request software or electronic software. The applications come under SaaS are very valuable and usually cost-effective, solutions tailored to approach the basic and specific requirements. Their major functionality tends to be determined and comparatively firm.

In the other terms, when implementing a SaaS application its intact data and functionality that create the user experience are being rendered from the server of the provider and not installed locally in the users' own system or intranet.

What is PaaS

Now, some people who are in the early information-gathering stages often wonder "What is PaaS in the field of cloud computing"? or "How does it compare to the SaaS/IaaS"?

This blog answers those questions and provides some insights that may be beneficial for the individuals deciding which cloud computing options are accurate for the requirements of their organization.

PaaS gives the infrastructure and middleware components that enable developers, IT administrators, and end-users to build, integrate, migrate, deploy, secure, and simply maintain mobile and applications of web. The PaaS solution is hosted in the cloud and it is accessible to every user through their internet connection and web browser. It is one of the three fundamental service models of cloud computing in addition to infrastructure-as-a-service i.e. IaaS and Software-as-a-service i.e. SaaS.

In many of the cases, the PaaS platform focuses on software development and aligns accurately along with the cloud-based development such as mobile and new web applications.  Nowadays, Google is one of the most prominent PaaS vendors in this colossal world. Engineers that run applications on the Google App Engine benefit by a service-level agreement (SLA) that simply guarantees them 99.95% service availability, as the App Engine is created to accommodate multiple data centre outages without any unplanned downtime.

The PaaS service gives great costs and time savings for a business as it enhances the actual productivity through a quicker time to market. Some of the significant characteristics of a PaaS offering cover:

Web-based user interface

Services to develop, test, deploy, host and maintain applications

Multi-tenant architecture

Scalability, load balancing and failover

How does PaaS work?

Creating Software Applications:

Developers utilize the PaaS technology right from the conception of the applications to application development, testing and deployment.

Range Of Features:

Users can select from a wide range of features, they have the power to work with the features that they actually need and discard the others. Therefore, users can select a service that suits their requirements perfectly. Automated Upgrades:

PaaS services are upgraded on a regular basis, the existing features are upgraded and improved and new ones are added.

Pay Per Use:

Users generally have to pay for PaaS on a subscription basis and they only pay for the actual use. Distribution of the underlying resources results in affordability. Also, this model enables the individuals and organizations to make use of the sophisticated development software, business intelligence tools and analytics tools that are highly-priced.

Management And Support:

The complete PaaS infrastructure and applications are managed and support service is available for everything.

Examples of PaaS

EXAMPLES OF PAAS SERVICES

1. Application developmentBusiness solutions

2. Development tools and processesBusiness intelligence

3. ContainersAnalytics

4. API catalogSecurity

5. IntegrationManagement

6. MobilityData Management

7. ChatbotsBlockchain

8. Artificial intelligence and machine learningIoT Applications

9. IoT componentsContent Management

What is IaaS

Infrastructure as a service (IaaS) is a business service model and a method of delivering computing, storage, networking and other capabilities via the Internet. IaaS enables companies to utilize web-based operating systems, applications and storage without having to purchase, manage and support the underlying cloud infrastructure. The most popular examples of IaaS platforms include Amazon Web Services (AWS) and Microsoft® Azure®.

Typically, IaaS provides hardware, storage, servers and data centre space or network components; it may also include software.

An IaaS provider provides policy-based services and is responsible for housing, operating and maintaining the infrastructure equipment it provides for a client. Clients usually pay on a per-use or utility computing basis.

How does IaaS work?

This part shows the architecture of Infrastructure as a Service.

i. Service Provider Cloud

The client gives access to the virtualized environment which can also call as an infrastructure served over the internet. They are given such components to build their own IT platforms. The Cloud is flexible as the user can access IaaS anytime and from anywhere. The only requirement is an internet connection.

ii. Hardware

The place where the data is stored which can be also known as the infrastructure or hardware. It is made reliable and secure where the data stores. It includes many offerings such as virtual server space, network connections, bandwidth, IP addresses, and load balancers.

iii. Servers

The servers are maintained by the Cloud providers and totally managed by them. These servers and networks distributed across numerous data centres. These data centres are secured by cloud providers.

Examples of IaaS

Let’s see an example of Infrastructure as a Service:

i. Business Networks

In a business network, a pooled server and networking resources which use a business will store information and run applications. Increasing businesses will scale their infrastructure in accordance with growth.

ii. Cloud Hosting

In cloud hosting the internet sites host on virtual servers that support upon pool resources from underlying physical servers

iii. Virtual Data Center

There is a virtualized network of connected servers which will improve cloud hosting capabilities, enterprise IT infrastructure or integrate operations.

Conclusion

So, this was all about Infrastructure as a Service (IaaS), PaaS platform as a service and SaaS software as a service tutorial.The increasing popularity of IaaS, PaaS, and SaaS is reducing the need for on-premise hosting. Each of these cloud computing server models give users choice, flexibility, and options that on-premise hosting simply cannot provide. Hope you liked our explanation in this entire post.

[birendrabhatta]

BCA Course in Nepal

BCA Mean the Bachelor in Computer Application. It is the 4-year program divided into 8 semesters of Tribhubhan  University run Under the faculty of Humanities and Social Sciences. The main aim of the design of this BCA Program is to develop within students a range of competencies in problem analysis and solving techniques, business skills and software design and development skills with a sound technical background and knowledge to develop well- designed robust and reusable computer-based solution to a range of problems in businesses and industries.  In Nepal there many IT Courses in Nepal like BSc.CSIT, BCA, BIT, BE Computer. Among all other BCA best. 

BCA Is the specialized part of training combined with the management studies. After Graduation of BCA students get the opportunities of employment in ay field of business, Non-legislative associations, business groups, and associations where management learning with computer applications is preferred. There Many BCA College in Kathmandu Nepal among them Samriddhi college is Best BCA College in kathmandu Nepal 

Samriddhi College has Recently come up with a new program under the faculty of Humanity and Social Science Bachelor of Computer Application.

Career after BCA Course in Nepal 

After Graduates from BCA Student Manly enter into the following Jobs 

Internet and Intranet Application Design Development

System Analysis 

objective - oriented Programming 

Multimedia 

Testing and Quality Assurance 

Project Management 

Database Design and administration 

Software Programmer

Software Tester

Software Designer

Software Analyst/Data Analyst

Android Developer/iOS Developer

Full-Stack Developer

Web Designers

Database Designers

IoT Specialist

Embedded System Specialist

SEO Specialist

Digital Marketing/Facebook Marketing/Instagram Marketing

Telecommunication Sector

Networking Assistant

Technical Expert

Certified Ethical hacker

BPOs

Customer Care Executives in IT-enabled Services

Technical Support Executives

Executives in IT & HR Placement Consultancy Services

Hardware Professional

A career in Multimedia/Graphic Designer

Freelancer IT Expert

Higher Studies

Self-Employment and Many More

Many Students want to join Master after BCA graduated in master MCA, MIT, MBA, and Many More. In Nepal the opportunity of BCA Is Hight and out site Country, The value of BCA Graduate student is Demand is also High. 

Eligibility criteria for the BCA

The Eligible Criter are of Studng the BCA Courses are Candidates must Score D Grade in each Subject of Grade 11 and 12 CGPA 2.0 or More, Or Minimum score of second division marks in 10+2, PCL, or equivalents in any discipline. In BCA Entrance examine Students who have passed grade 11 and are waiting for Supplementary exam of grade 12 can also apply for the exam the required documents  should be submitted at the time of admission 

For studying, the BCA students must appear in the entrance examination of TU. 

 A minimum score of entrance examination is 35. Many College Distributed Entrance Examination form.  After passing the entrance examination of BCA. College distribution and submission of admission form. 

Application form Fee Rs 1200/- 

BCA Entrance Exam Time: 2 hours 

BCA Entrance Examination Full Marks 100

                                             Pass Marks 35

Many Entrance Preparation Centered Prepare students for the BCA entrance examination. Among all other, Saral Entrance is one best BCA Entrance Preparation Centered in Kathmandu. They also Published the BCA Entrance Preparation book ( Saral Shikshya). Many College also offers the Entrance Preparation  Classes. 

Syllabus of BCA 

Semester – I

Basic Business Communication

Principles of Management

Programming Principles and Algorithms

Computer Fundamental and Office Automation

Basic Business Accounting

Computer Laboratory and Practical Work (OA+PPA)

Semester – II

Organizational Behavior

Elements of Statistics

‘C’ Programming

File Structure and Database Concepts

Cost Accounting

Computer Laboratory and Practical Work (C.P +DBMS)

Semester – III

Numerical Methods

Data Structure using C

Software Engineering

Management Accounting

RDBMS

Computer Laboratory and Practical Work (D.S +RDBMS)

Semester – IV

Basic Networking

Visual Basics

Inventory Management (SAD)

Computer Laboratory and Practical Work ( VB + C++ )

HR Management

Object-Oriented Programming using C++

Semester – V

.NET Frameworks

Internet Programming and Cyber Law

Principals of Marketing

Core Java

Project work ( VB )

Computer Laboratory and Practical Work (.NET + CoreJava )

Semester – VI

E-Commerce

Multimedia Systems

Introduction to SysPro And Operating Systems

Advanced Java

Project Work ( You will choose your project based on your 3 year study)

[akashs123]

Smart Education and Learning Market 2020 - Size, Share, Trends, Growth and Regional Forecast 2023

Market Research Future published a research report on “Smart Education and Learning Market Research Report- Global Forecast 2023” – Market Analysis, Scope, Stake, Progress, Trends and Forecast to 2023.

Market Scope

Market Research Future (MRFR) believes that the smart education and learning market 2020 could potentially reach an approximate valuation of USD 952 Billion by 2023. The global market is also likely to procure a robust growth rate of 26% between 2017 and 2023 (analysis period). We will provide COVID-19 impact analysis with the report, along with the developments post the coronavirus disease outbreak.

Get Free Sample Report @ https://www.marketresearchfuture.com/sample_request/2870

Key Boosters and Top Challenges

The COVID-19 outbreak has had a significant impact on every aspect of the world economy, with the education industry not being an exception. Colleges, institutes and schools have closed down due to the lockdown worldwide, which means that students have to be at home and still continue with their courses. The pandemic has restricted physical mobility, which has turned everything virtual. The major disruption has prompted the education sector to go fully digitized and adapt to any changes that SARS-CoV-2 brings along with it in the coming time. This could translate into favorable prospects for the Smart Education and Learning Market.

Since the onset of the novel coronavirus, there has been a surge in the use of the latest technologies such as AI, big analytics, machine learning and more for planning and managing digital transformation across the education industry. These technologies are driving the movement from traditional learning methods to smart education and learning. The main goal is to enrich the learning experience, train the work staff and achieve desired outcomes. Following the COVID-19 impact on the worldwide education system, universities and schools have built an extensive intranet system, which helped boost the use of video broadcasting platforms such as Google Hangout, WebEx and Zoom that facilitate smart learning at home. Also, the accelerated uptake of mobile learning applications and the momentum being gathered by digital learning altogether can reflect positively on the growth of the Smart Education And Learning Market.

Key Players

The prominent players in the smart education and learning market  are Adobe Systems Inc. (U.S.), Blackboard (U.S.), Educomp (India), Cisco Systems Inc. ( U.S.), McGraw-Hill Education (U.S.), NIIT Limited (India), Pearson Plc. (U.K.) Desire2Learn (Canada), SumTotal System, Inc. (U.S.), Smart Technologies (Canada), Ellucian Company L.P (U.S.), Tata Interactive Systems (India), Promethean Inc. (U.K.), Saba Software Inc. (U.S.) among others.

Market Segmentation

The global smart education and learning market can be considered in terms of software, hardware, service, application, deployment as well as organization size.

The types of software in the market are learning content management system, adaptive learning platform, learning management system and assessment services.

Hardware-wise primary segments in the study are interactive student response systems, interactive tables, interactive displays, white boards/WBS, and more.

The services-based categories in the report include professional and managed services.

The application-wise key segments covered in the market study can be NGOs and association, healthcare, professional services, enterprise/business education, government, and others.

Cloud and on-premise are the key segments that are based on deployment.

The organization size ranges outlined in the study are large enterprises as well as small & medium enterprises (SMEs).

Regional Analysis

The regional study of the smart education and learning industry includes Asia Pacific/APAC, Europe, Americas, as well as the Rest of the World/RoW.

North America is presently the global leader in the smart education and learning market. It is presumed that the SARS-CoV-2 outbreak can further boost the market growth in the region, thanks to the escalating use of consumer electronics like laptops, e-readers and smartphones along with several e-learning applications. Also, several government agencies in Canada and the United States are lending support to the education sector to ensure continued learning sessions as well as interaction between teachers and students. For instance, the Commonwealth of Learning/COL in Canada is supporting educational institutions in creating advanced distance education and smart education solutions for quality learning experience.

The APAC market can possibly advance at the fastest rate, given the fast adoption of ingenious techniques, such as Massive Open Online Courses/MOOCs, gamification, adaptive learning and microlearning. Besides, the rapid prevalence of IoT/Internet of Things, increasing accessibility to internet, and the rapid consumption of the mobile technology have also prompted users to opt for smart education and learning services and solutions.

Get Complete Report @ https://www.marketresearchfuture.com/reports/smart-education-and-learning-market-2870

TABLE OF CONTENTS

1 Market Introduction

1.1 Introduction

1.2 Scope Of Study

1.2.1 Research Objective

1.2.2 Assumptions

1.2.3 Limitations

1.3 Market Structure

2 Research Methodology

2.1 Research Type

2.2 Primary Research

2.3 Secondary Research

2.4 Forecast Model

2.4.1 Market Data Collection, Analysis & Forecast

2.4.2 Market Size Estimation

3 Market Dynamics

3.1 Introduction

3.2 Market Drivers

3.3 Market Challenges

3.4 Market Opportunities

3.5 Market Restraints

4 Executive Summary

Continue…

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About Us:

At Market Research Future (MRFR), we enable our customers to unravel the complexity of various industries through our Cooked Research Report (CRR), Half-Cooked Research Reports (HCRR), Raw Research Reports (3R), Continuous-Feed Research (CFR), and Market Research & Consulting Services.

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[coolbreezecollection-blog]

Group Brainstorming

IoT Core definition:

as we ideate to have a macro view of topic we chose considering privacy/security issues

An IoT device is distinguished by being identified as a “Physical Object” ( not a person ) embedded with “Network Connectivity” (sensors, electronics) that enables “Data Exchange” (collection of information, data transfer & storage). Categories for the devices can include Consumer, Commercial, Industrial and Infrastructure and they are developed to make access to information ( via a wearable or Smart Home device) more convenient and readily accessible.

Our Team came up with our problem definition by  ideas through group brainstorming and using how might we statements after that was said and done we went talked about each one of these how might we statements and see see which ones worked best.

It was relatively easy to come to a consensus on the best Definition. We used the dot voting method to see which problem statement made the most sense. After we talked about each individual one that made the most sense we filed it down to the statement that you see above

How might individuals gain access to their data:

JSON FILES

Color maps *

Emojis

Different type of data visualizations **

Based on pop culture

Based on your Soc

2 step verification

Maybe have to go to the town center every city has one to become a smart city **

Thumb print scanner

Based on your dna (insert a drop of blood) **

Housed in your amazon account

Data must be able to be digestible by smartphones

Government provided smartphones

Data libraries

Phone app that comes with smart phones with data access - *** Jenean

API

Self scanners at grocery stores *

ATMs

Making everything open-source

everytime a piece of data is produced, it is uploaded onto a public server

Treat data like puzzle pieces

reimagine data as a collective unit rather than individually focused

World atlas or like database of every individual’s data… registered into database with a device’s first use of internet.. Collective storing after

Legal protection.. Companies must distribute to each customer unless opted out *

Regulation of data access

Unlocking said data through fingerprints or eyescans

Everyone should be able to request to download their data

Cameras on devices

Notifications if you are sharing an alarming amount of data *

Piggybacking… notifications for each time data is shared with another company/user

A service that can delete your data across multiple devices

An app that helps you manage how and where you share your data **

Access to the data

We were looking at it from 2 different ways to have companies/governments to allow access to the data that they were using in their companies.  And then on the other side of the spectrum

Looking into opting out of information but in a layer by layer that type of situation

Making it as digestible as possible. Imagine if privacy policies, or credit card statements, or mortgages where in a digestible format.

transparency/public

Pushing for an informed opinion

*Ooh guys just thought of an interesting example….  my current renters insurance is an app that is named maya and she tells me all the legal stuff of my policy in a texting format and i respond like ‘ tell me more’ and she explains in greater detail - Jaime *

Very Interesting ~Jenean    

^^Love this, I could’ve definitely used Maya during my move out process lol (Johnnie)

Control our tracking settings on our devices

VPN

In private browsing/incognito

Restrict purchasing of user data

Notify users of their data being sold

Data exchange database

Increased encryption standards

Distributed file systems

Use Data receipts (public key cryptography)

Automatically delete data

Reapproaching cloud storage

Removing data collection

Scheduled data releases

Api integration

Application interfacing with what you say

Parce all the data into segments for Specific uses (connecting voice commands with mobile apps, order triggers, safety resources, scheduling and productivity apps) and distribute the segments separately like Blockchain… no one resource has access to entirety

Treat data like iTunes library/ App Store

scheduled data clearings

Data expiration and permanent deletions across all that have access

Lack of interface on IoT device could lead to something being hacked and you don’t know*

Distributing data through new or different media than the standard

Creating new file types that are locked to specific devices

DNA based

Physical record of data

Combining encryption with messaging platforms

Various servers for specific users and have them be checked out

Updated hardware to turn commercial grade into consumer grade

Intranets of various types of data

Using computer vision to move away from source code

Getting rid of the code

How can we have these devices be digital but not survive on code (to avoid hacking)

Each device creating its own coding language so no other computer could read it

Have the device man all the data usage

Jumbling up code after each data production

Provide examples of how companies are using their data to sell them different products

Requiring hover messages over everything that you click that states this gives companies this information about you

Showing the implications of actions like (this page would like to track your location), or saying that if you allow uber to track you when you are not on the app then they will use this to raise rates on your area

Letting users know when different data streams are commingled into information that is being used

How to implement web trackers into your handheld devices(there are different chrome extensions that show what type of cookies are tracking you and what type of data they are transmitting. Why isn’t something like that for mobile)

Push notifications on distribution

Incorporating transparency of data distribution in voice/messaging

Amber alert like messages when a breach occurs

Visualization of where data is housed, where its been sent/who has access (pie chart like slice)

Eguides about data sharing

Data encryption education

A website teaching users about what type of data companies are collecting and teaching how to opt out

Data-use fireside talks sponsored by companies big in data analytics

Hack-Athons put on by common mobile app companies

Infographic videos walking through use of specific data

Taking data use like a narrative journey… comic book stories of the journey, magic school bus

*why were phone books ok but sharing your other info scares people*

Sending transactional emails with each distribution

Transparent reporting of breaches

Phones carry more personal data than any other device

Once we download an apd we should have to double opt in to sharing data. Meaning once they ask uber wants to share your location  and then they ask are you sure uber can now do XYZ click confirm to share this data

How do we fight robo callers/ robo texters

It is soo easy to click on a phishing link on your phone versus any other IOT device

We need to be able to protect ourselves from public wifi problems

Can almost always locate a person by their cell phone

Browsers are set to normal browsing… private mode not always accessible

Phones are a main device for communication

If not on wifi, they are consistently connected to cellular network..exposure

Proximity*

Because of phone logs

oversight

Traceable

Most mobile apps are connected to internet/ cellular connection

You have to give your phone number away for so many signups

Same with email, which many have connected to their phone

Frequent reminders that an app is using specific information… you have been sharing your location with ____ for 2 weeks. Would you like to continue sharing your location?

How might the government regulate the collection of data from IOT technology?

How might we use blockchain  for better data privacy

How might Smart cities utilize bluetooth/wifi/QR/etc. to collect data more securely

How might the government become more strategic in their leadership on how to use IoT

funding to modernize IT infrastructure to enable IoT projects

How might we leverage the advance of sensor technology make data more safe

Definition

[jdaigleprocess-blog]

Group Brainstorming and Debriefing

For our brainstorming session, we followed a very similar approach as to what we did in the class brainstorming activity. We revisited our list of 1 how might we questions, and as a group highlighted which of these we found most interesting or fruitful. From there, we each committed to remotely brainstorming for 15 minutes on each of the highlighted ideation prompts, and then another 15 minutes reflecting and giving feedback on the results once they were all in. We used google docs and slack as our main communication and brainstorming platforms- where we could begin live editing on the google doc while multiple of us were on the same document. We were able to hash out our thoughts after both in the google doc and through slack, where we shared our main concerns, or judgements, about the brainstorming results. Next, we went back in and reorganized our thoughts into a more categorical visual display. I found this ideation exercise exciting to come up with as many ideas as possible, and also a bit challenging. I found myself trying to go over the time limit or still pondering questions after I had already moved on. One thing that was kinda funny and weird during my reflection stage of this step, was that I said outloud in my apartment ‘why are phones more dangerous with data security than my google home ? Is it proximity?’ To which my google home responds ‘yes’ from the corner of my room. Perhaps she was brainstorming with me!

In reflecting on the exercise a day or two after completion, I am kind of caught up in the idea that some of the solutions posed strayed away from the ideation prompt. I found myself in this problem a few times, where I would come up with as many possible distribution ideas but then none of those would actually relate to Internet of Things. One take away is how vital it is to keep the prompt in front of us at all times during this process, so as to be constantly reminded. My favorite idea out of these so far is the mobile app that’s a personal assistant/ teacher to IoT and data security. Another is finding a way to parcel data created from IoT devices (let’s say google home alarm sleep schedule, or stating that you have run out of milk, to then have those voice commands integrated with mobile apps to automatically send milk your way, to analyze your sleep cycle in the health app, etc.) In essence, this idea is to integrate voice recognition, on demand delivery and convenience services, and smart phone interfaces to make our smart devices incredible more smart.

Below you can find a transcript of our ideation brainstorming session:

IoT Core definition:

as we ideate to have a macro view of topic we chose considering privacy/security issues

An IoT device is distinguished by being identified as a "Physical Object" ( not a person ) embedded with "Network Connectivity" (sensors, electronics) that enables "Data Exchange" (collection of information, data transfer & storage). Categories for the devices can include Consumer, Commercial, Industrial and Infrastructure and they are developed to make access to information ( via a wearable or Smart Home device) more convenient and readily accessible.

How might individuals gain access to their data:

JSON FILES

Color maps *

Emojis

Different type of data visualizations **

Based on pop culture

Based on your Soc

2 step verification

Maybe have to go to the town center every city has one to become a smart city **

Thumb print scanner

Based on your dna (insert a drop of blood) **

Housed in your amazon account

Data must be able to be digestible by smartphones

Government provided smartphones

Data libraries

Phone app that comes with smart phones with data access - *** Jenean

API

Self scanners at grocery stores *

ATMs

Making everything open-source

everytime a piece of data is produced, it is uploaded onto a public server

Treat data like puzzle pieces

reimagine data as a collective unit rather than individually focused

World atlas or like database of every individual’s data… registered into database with a device’s first use of internet.. Collective storing after

Legal protection.. Companies must distribute to each customer unless opted out *

Regulation of data access

Unlocking said data through fingerprints or eyescans

Everyone should be able to request to download their data

Cameras on devices

Notifications if you are sharing an alarming amount of data *

Piggybacking… notifications for each time data is shared with another company/user

A service that can delete your data across multiple devices

An app that helps you manage how and where you share your data **

Access to the data

We were looking at it from 2 different ways to have companies/governments to allow access to the data that they were using in their companies.  And then on the other side of the spectrum

Looking into opting out of information but in a layer by layer that type of situation

Making it as digestible as possible. Imagine if privacy policies, or credit card statements, or mortgages where in a digestible format.

transparency/public

Pushing for an informed opinion

*Ooh guys just thought of an interesting example….  my current renters insurance is an app that is named maya and she tells me all the legal stuff of my policy in a texting format and i respond like ‘ tell me more’ and she explains in greater detail - Jaime *

Very Interesting ~Jenean    

^^Love this, I could’ve definitely used Maya during my move out process lol (Johnnie)

Control our tracking settings on our devices

VPN

In private browsing/incognito

Restrict purchasing of user data

Notify users of their data being sold

Data exchange database

Increased encryption standards

Distributed file systems

Use Data receipts (public key cryptography)

Automatically delete data

Reapproaching cloud storage

Removing data collection

Scheduled data releases

Api integration

Application interfacing with what you say

Parce all the data into segments for Specific uses (connecting voice commands with mobile apps, order triggers, safety resources, scheduling and productivity apps) and distribute the segments separately like Blockchain… no one resource has access to entirety

Treat data like iTunes library/ App Store

scheduled data clearings

Data expiration and permanent deletions across all that have access

Lack of interface on IoT device could lead to something being hacked and you don’t know*

Distributing data through new or different media than the standard

Creating new file types that are locked to specific devices

DNA based

Physical record of data

Combining encryption with messaging platforms

Various servers for specific users and have them be checked out

Updated hardware to turn commercial grade into consumer grade

Intranets of various types of data

Using computer vision to move away from source code

Getting rid of the code

How can we have these devices be digital but not survive on code (to avoid hacking)

Each device creating its own coding language so no other computer could read it

Have the device man all the data usage

Jumbling up code after each data production

Provide examples of how companies are using their data to sell them different products

Requiring hover messages over everything that you click that states this gives companies this information about you

Showing the implications of actions like (this page would like to track your location), or saying that if you allow uber to track you when you are not on the app then they will use this to raise rates on your area

Letting users know when different data streams are commingled into information that is being used

How to implement web trackers into your handheld devices(there are different chrome extensions that show what type of cookies are tracking you and what type of data they are transmitting. Why isn’t something like that for mobile)

Push notifications on distribution

Incorporating transparency of data distribution in voice/messaging

Amber alert like messages when a breach occurs

Visualization of where data is housed, where its been sent/who has access (pie chart like slice)

Eguides about data sharing

Data encryption education

A website teaching users about what type of data companies are collecting and teaching how to opt out

Data-use fireside talks sponsored by companies big in data analytics

Hack-Athons put on by common mobile app companies

Infographic videos walking through use of specific data

Taking data use like a narrative journey… comic book stories of the journey, magic school bus

*why were phone books ok but sharing your other info scares people*

Sending transactional emails with each distribution

Transparent reporting of breaches

Phones carry more personal data than any other device

Once we download an apd we should have to double opt in to sharing data. Meaning once they ask uber wants to share your location  and then they ask are you sure uber can now do XYZ click confirm to share this data

How do we fight robo callers/ robo texters

It is soo easy to click on a phishing link on your phone versus any other IOT device

We need to be able to protect ourselves from public wifi problems

Can almost always locate a person by their cell phone

Browsers are set to normal browsing… private mode not always accessible

Phones are a main device for communication

If not on wifi, they are consistently connected to cellular network..exposure

Proximity*

Because of phone logs

oversight

Traceable

Most mobile apps are connected to internet/ cellular connection

You have to give your phone number away for so many signups

Same with email, which many have connected to their phone

Frequent reminders that an app is using specific information… you have been sharing your location with ____ for 2 weeks. Would you like to continue sharing your location?

How might the government regulate the collection of data from IOT technology?

How might we use blockchain  for better data privacy

How might Smart cities utilize bluetooth/wifi/QR/etc. to collect data more securely

How might the government become more strategic in their leadership on how to use IoT

funding to modernize IT infrastructure to enable IoT projects

How might we leverage the advance of sensor technology make data more safe

[andrebooker7532]

Better Customer Digital Experiences AND a 661% ROI

Ever wish you could go back to a simpler time? People who had businesses back before the internet were interested in providing a great customer experience, but it was all pretty straightforward. The customer had only a few touch points with the business — face to face, phone or mail – and the successful businesses  put their best foot forward to create a great impression.

    The cost to create omnichannel digital experiences

Now, it’s tricky. If you do business online, you need to worry about the full range of your visitors’ digital customer experiences — every digital touch point, including all web and mobile interactions, but also kiosks, IoT devices, wearables as well as the many other points of communication still in development.

And tricky can also mean costly. With so many channels it becomes harder and harder to create memorable impressions on each one and to make the experience for your customer consistent across all. Supporting personalized content on so many channels can often sap internal resources. And if you don’t get it right everywhere, users may find themselves looking elsewhere.

What if you could create, manage and deliver engaging and personalized omnichannel experiences with a single digital experience platform? And what if that digital experience platform could not only integrate your efforts to provide customer-centric experiences, but also set your organization on the road to greater productivity? Well, we have some facts to help illustrate the potential upside!

  The research results from IDC

The International Data Corporation (IDC), a premier global provider of market intelligence, advisory services, and events for the information technology, telecommunications and consumer technology markets, interviewed organizations that use the IBM Digital Experience platform to create and manage their digital experiences. “Study participants told IDC that they have realized significant business benefits from their use of IBM DX, especially in increased revenue and employee productivity. The ability to deliver more engaging, relevant content, tailored to personas and channels, has been key to their success.”

  “We are able to deliver a more personalized experience with IBM DX…This means better customer service, and everyone is happier. And that means as much as 10% more revenue.”

IBM customers say that IBM Digital Experience solutions help them:

Generate more revenue, by providing customers and partners personalized real-time information about products, services, and prices

Enable faster and easier development of public-facing websites, intranets/portals, extranets, and other engaging content experiences

Drive higher employee productivity for those who create, deliver, and use digital experiences in marketing, creative services, application development, IT operations, sales, customer support, and other areas

  Consider some of the benefits that users have reported using the IBM Digital Experience platform:

661% five-year ROI

33% improvement in customer satisfaction

$41.7 million in new revenue

And if you’re concerned about upfront costs, consider this statistic: IBM Digital Experience customers reported that it took them only 16 months, on average, after investing in the platform to break even.

So it may not be the 90’s anymore, but with the right tools it can still be simple –- and cost-effective — for your organization to provide great customer experiences.

Read the report

        The post Better Customer Digital Experiences AND a 661% ROI appeared first on Watson Customer Engagement.

from personivt2c https://www.ibm.com/blogs/watson-customer-engagement/2018/08/29/whats-real-cost-better-digital-experiences-today/ via http://www.rssmix.com/

[prijector-blog-blog]

Introducing mCloud 2.0

BOOLE INC. - THE MAKER OF PRIJECTOR PLUS LAUNCHES ITS NEW CLOUD MANAGEMENT DASHBOARD:  MCLOUD 2.0

“It is estimated that 15% of an organization’s collective time is spent in meetings. Prijectors can help to eliminate approximately 12 minutes of time wasted when people try connecting laptops to projectors or TVs in meeting rooms”

To better improve on users experience, Boole Inc is announcing the launch of mCloud 2.0, a centralized cloud management dashboard which helps to remotely update, control, configure and maintain hundreds of Prijectors installed in an organization. This also makes it easy to manage all the functionalities of the devices installed in an Enterprise through a single control.  IT administrators can now achieve the perfect result without the need for bulky hardware and software components in a meeting room.

After introducing the Prijector - A meeting room in a box. There was the need to challenge the legacy infrastructure in the meeting rooms and also to avoid delays that could be caused if the equipment used should break down, Prijector Plus was designed as a hub that connects to screens (TVs or Projectors), external video conferencing equipment and corporate networks. The Prijector Plus Hub then connects to mCloud, putting all meeting room equipment into a Singular Central Dashboard.  With the device hooked up to a display either through VGA or HDMI, it’s simply a matter of connecting over Wi-Fi to get a set of on-screen instructions for sharing your presentations. This is an evolution.

The mcloud is a Cloud based Meeting Room Service iOT platform, with a centralized management console which enables users to control their device from the cloud and save the stress associated with wired connections. Users would be able to Switch On Display Source, Update Latest Software, Customize Meeting Room Displays and more.

Why mcloud 2.0    

“With our recent update, we are providing an excellent interface for IT administrators through which they can easily manage all the device functionalities through the cloud without the need for manually doing it all,” said Girish Bhimappa, VP of Prijector.  “We are working towards making more and more meeting rooms Wireless with Prijector”. He added.

App Management:  

User can remotely add, delete and update the applications installed on the devices remotely. No need to contact Prijector support for achieving these functionalities.

Auto Update:  

The users will be notified with the recent product updates so that they can easily update their devices to the latest version through this dashboard.

Web GUI:  

With this feature, you can remotely configure your device over Intranet.

·         Can configure your network (static IP, DHCP, Proxy, etc.) remotely.

·         Can change the Device Resolution remotely.        

Device Configuration over Internet:

The users can remotely configure the network & change the device resolution using the Internet.

Single Executable File:

With this feature, one can remotely run any client application even without installing it on your Windows laptops.

Auto Addition/ Deletion of Devices:

Add or delete the devices to your mCloud account remotely.

Poster Management:

One can customize the Prijector launch screen according to their requirement by uploading the required posters into their mCloud account.

User Management:

Can add or delete the users to your mCloud account.

About Boole Inc.

Boole Inc. is an electronic company headquartered in California, United States. The company is famous for designing and developing a wide range of wireless collaboration tools for meeting rooms and class rooms, ensuring smoother and easier communication.

Some of the products from Boole Inc. include Prijector, Hola Camera, Hustle Cast, Peasy and Wireless HDMI, with more coming in the near future.

For more information, please visit website: http:// www.prijector.com   

Products also available at,      https://www.smartpeasy.com/

www.holacamera.com

https://www.hustlecast.us

MEDIA CONTACT

Name: V Lakshmi Company: Boole Inc Website: https://www.prijector.com Email: vasantha@prijector.com Phone: 650-691-5382

[nisatrainingsblog]

IBM ISAM Training|Nisa Trainings

IBM ISAM TrainingNisa Trainings

ISAM is an indexed sequential access method. It is a method of creating, manipulating and maintaining computer files of data. IBM security access manager is an authorisation and network security policy management solution. It provides end-to-end protection resources over extranets and intranets. In addition to this, it is a security policy management. It provides authorisation, authentication, data security and centralised resource management capabilities. It can be deployed on-premises, virtual or hardware appliance or containerised with docker.

IBM ISAM Training helps you simplifies user's access by securely adopting mobile, web, IoT and cloud technologies. It verifies access to helps to strike a balance between security and usability. This is done by the use of risk-based access, integrated management control, single sign-on, multi-factor authentication and identity federation. It can also take back control of the access management with verify access.

Benefits of IBM ISAM are:

·         Ensures risk-aware authentication -  It assesses high factors of risk and protects sensitive and critical assets

·         Manages access to all platforms - It can be accessed on-premises, cloud and on mobile.

·         Removes barrier to mobile productivity - It can be enabled on mobiles for convenient and secure access with the Verify mobile companion app for multi-factor authentication.

IBM Security Access Manager offers the following features:

Securely adopt mobile - IBM ISAM has a strong control of the critical assets that can be accessed on the mobile. Verify access establishes strong mobile multi-factor authentication that helps you allow, deny or challenge mobile request based on the risk factors such as application data, IP reputation and geographic location.

Enables risk-based authentication - Verify access risk - scoring engine is adopted with risk-based access controls.  This feature enforces context-aware authorization using information about users, their devices and other session-based information without interfering with the end-users session.

Establish identity federation - Verify access establishes a strong multi-factor authentication on the mobile that helps to have strong control of the critical assets on the device.

Strikes balance between usability and security - verify Acess identity federation helps in smooth single sign-on experience on mobile and desktop which securely integrates third-party Saas application into the existing infrastructure.

Strong authentication - It has a strong authentication that goes beyond username and password. It enables multi-factor authentication, a risky access request with a one-time password, knowledge-based questions and email verification.

enables passwordless login to Office 365 - It allows users to log in to the work application like Office 265 using fingerprint verification instead of a password.

DHL, KPMG, Tech Mahindra, Ashok Leyland, PWC, HP, Kellogg's, Momentive, Vestas, Essar, NTT Data, Lamprell are some of the companies using IBM ISAM.

Nisa is an online corporate training platform. We offer various online certification courses. We stayed competitive since our journey started. We stand out as the best in the market for real-time hands on-experience given to the students. IBM ISAM training is an online training where students have trained 1:1 ratio online. Nisa also provides IBM ISAM online course study material to students for their reference. Recorded sessions are also provided to the students that helps them to practice through it at their convenience. We are a 24/7 working environment to support our clients. IBM security access manager training is one of the best training in Nisa as we have experienced trainers who have been working on real-time projects.

On completion of Nisa's IBM ISAM training, You will be able to:

·         Describe the IBM Security Access Manager application and its core features

·         Discuss the architecture and deployment process

·         Configure Access Manager users, groups and domains

·         Introduce concepts of a reverse proxy and how it fits in your web-based infrastructure

·         Describe protected object space and the policy access control model

·         Explain how to set up reverse proxy junctions to handle web requests

·         Discuss and configure authentication mechanisms supported by Access Manager

·         Explain and set up logging, auditing, and tracing for Access Manager components

  For More information about IBM ISAM training feel free to reach us

Name: Albert

Email: albert@nisatrainings.com

Ph No: +91-9398381825

[imarticus-learning-blog]

All about Data Analysis and Internet Of Things

Envision a couple of billion sensors sending messages 20 times each second or even once every moment. The size of the information is surprising. Indeed, even Facebook addicts can't talk that much. For some, IoT information volume will be in the petabyte run.

Prepare for computerized waterways of information driving new development to utilize cases in each industry.

Envision a couple of billion sensors sending messages 20 times each second or even once per minute. The size of the information is bewildering. Indeed, even Facebook addicts can't talk that much. For some, IoT information volume will be in the petabyte go. Luckily, the cost of plate stockpiling proceeds with its free fall. Each individual on the planet will be touched by sensors in 2025, or sooner. Indeed, even in the Outback, the Sahara, and particularly grandmother. Prepare for advanced waterways of information driving new development to utilize cases in each industry.

Information now originates from gadgets with appended sensors. A few things are stationary (wind turbines), others are versatile (autos). While 70 percent of sensors are inside the intranet, 30 percent are "in nature." In numerous executions, sensor information will be enormously scattered around the planet. That is tremendously not the same as getting ERP or CRM information extricates.

The Internet of Things (IoT) and 'huge information' are the most-discussed innovation points as of late. Enormous information is described with the guide of '4 Vs': volume, variety, velocity and veracity.

The IoT will immensely extend the measure of information close by for assessment by all techniques for associations. Be that as it may, there are expansive impediments that must be beaten before rather than later before mastery points of interest are altogether figured it out. The IoT and huge information are unquestionably personally related: billions of web associated "things" will, by definition, create monster measures of information.

The IoT will turn into a great deal more assorted, surely understood and inescapable worldwide system. One day, IoT endpoints won't be controlled to shopper, business, administrative and logical utilizations, however, will traverse all fields of the human side interest. In fact, inside the understanding monetary framework, the Internet of things is ready to develop as the most critical enormous information examination cloud by far. Albeit huge information is basic to the Internet of things, it is far from being the fundamental bit of the IoT texture.

The scope of employments of IoT are huge in data analytics. Investigation undertakings routinely have hard due dates and data quality is a fundamental worry for the diverse applications. For most applications, the information driven models and systems fit for working at scale, are as yet obscure. Hadoop, a structure and accumulation of instruments for preparing colossal informational indexes, was initially intended to work with bunches of physical machines. That has changed.

Dispersed investigative structures, for instance, MapReduce, are forming into fitting asset directors that are step by step changing Hadoop into a generally valuable information working framework. With these structures, one can play out an expansive scope of information controls and diagnostic operations by interfacing them to Hadoop as the spread archive stockpiling framework.

The mix of big data and figuring power enables examiners to explore new behavioural information for the term of the day; for instance, sites went by or area.

Contrasting options to conventional SQL-based social Databases, alluded to as NoSQL databases, are quickly picking up status as devices to be utilized as a part of specific assortments of investigative purposes and that energy will keep on gaining ground in the corporate world.

Institutes like Imarticus Learning are well on their way to keeping in touch with the times. They offer a number of courses in Finance and Analytics as well as the various data analytics tools which promote the field of IoT very much.