#InternetWorks

[kunalkumar1]

Achieve Success with Cisco Certified Internetwork Expert Training from Bluemorpho Learning

In today’s fast-paced world of technology, networking professionals face increasing demands to stay ahead of the curve. As the digital landscape evolves, companies rely heavily on robust and secure network infrastructures to support their operations. In this scenario, individuals with expertise in networking become invaluable assets. Cisco Certified Internetwork Expert (CCIE) certification stands out as a benchmark of excellence in the field, demonstrating mastery of networking concepts and technologies.

Bluemorpho Learning recognizes the importance of CCIE certification in empowering professionals to excel in their careers. With our comprehensive CCIE training program, we aim to equip individuals with the knowledge and skills necessary to ace the certification exam and thrive in the networking industry.

Why Choose CCIE Training from Bluemorpho Learning?

Comprehensive Curriculum: Our CCIE training curriculum covers all essential topics and technologies required to excel in the certification exam. From network infrastructure to security protocols, we leave no stone unturned in preparing our students for success.

Expert Instructors: At Bluemorpho Learning, we believe in learning from the best. Our instructors are seasoned professionals with extensive experience in the networking industry. They bring real-world insights and practical knowledge to the classroom, enriching the learning experience for our students.

Hands-On Labs: Theory is important, but practical experience is invaluable. That’s why we emphasize hands-on labs in our CCIE training program. Students have access to state-of-the-art networking equipment and simulation tools, allowing them to apply their knowledge in a simulated network environment.

Flexibility: We understand that professionals have busy schedules. That’s why we offer flexible training options, including online courses and in-person classes. Whether you prefer to learn at your own pace or in a structured classroom setting, we have options to suit your needs. 100% Passing Guarantee: We are confident in the quality of our training program. That’s why we offer a 100% passing guarantee to all our students. If you complete our CCIE training course and meet our requirements, but fail to pass the certification exam, we’ll provide additional support and resources at no extra cost.

Career Opportunities: CCIE certification opens doors to a wide range of career opportunities. Whether you aspire to work as a network engineer, security specialist, or network architect, CCIE certification enhances your credibility and marketability in the industry.

Prepare for Success with Bluemorpho Learning

With Bluemorpho Learning’s CCIE training program, you’re not just preparing for a certification exam — you’re investing in your future success. Our comprehensive curriculum, expert instructors, hands-on labs, and 100% passing guarantee ensure that you’re well-equipped to excel in the networking industry.

Don’t settle for mediocrity. Join Bluemorpho Learning today and take your networking career to new heights with Cisco Certified Internetwork Expert certification. Your success starts here.

[fortunatelycoldengineer]

Difference chart between URI and URL . . . . for more information https://bit.ly/42tmZ9O check the above link

[codingquill]

Network switches

What’s a network switch ?

A switch is a device used in computer networks to connect multiple devices together within a single local area network (LAN). Its main role is to facilitate communication between different connected devices, such as computers, printers, servers, IP phones, etc.

It is a mini-computer which is made up of RAM, ROM, flash RAM, NVRAM, a microprocessor, connectivity ports and even an operating system.

RAM

RAM (Random Access Memory) contains the current configuration of the switch and temporarily stores the MAC address table, which is then processed by the microprocessor.

Microprocessor

The microprocessor is the heart of the switch, responsible for data processing, including switching and creating links between multiple devices.

External memories

External memories, such as flash RAM, ROM, and NVRAM (Non-Volatile RAM), store configuration files , different versions of the IOS , etc ...

Ports

The switch ports are the communication interfaces of the switch. There are several of them, generally 24 for a Cisco switch. Each port is associated with an LED which indicates its status and activity.

How does it work ?

Now how does a switch work to transfer information from one machine to another?

Suppose we have 4 machines: A, B, C and D connected to our switch in ports 1, 2, 3 and 4 as follows:

The switch only works with MAC addresses , so basically we have an empty MAC address table stored in RAM as soon as the switch starts up which looks like this : 

Transmitting data from machine A to machine B happens in the following steps:

Machine A sends a frame to machine B

Once this frame arrives at port 1 (which is the one linked to A), the switch reads the source MAC address and stores it in the MAC address table

The switch reads the destination MAC address and looks for it in the table, if it is not in the table, it broadcasts to all the active machines connected to the switch except the source one.

If the port linked to the machine we want is active, it sends a response frame from which the switch reads the MAC address we were looking for (@B)

Once done, it records the MAC address of B in the table.

This process repeats until the switch reaches what is called "MAC address table stability", that is to say it knows all the MAC addresses of the connected machines and has no more need to broadcast.

Starting and configuring a switch

When it comes to booting a switch, the process is similar to that of a traditional computer system:

POST (Power-On Self Test): The switch performs proper functioning tests on all hardware.

Loading IOS (Internetwork Operating System): The switch operating system is loaded.

Loading the configuration. At this stage we have two cases:

Either the switch already has a startup configuration defined and stored in NVRAM

Either the switch is blank and it is up to us to define the startup configuration when it goes to setup mode

Switch configuration

The configuration of a switch is done through different modes, such as user mode, privileged mode and global configuration mode, which allows access to specific configuration modes, such as interface mode, routing mode, line mode, etc.

And to do all this of course you must first connect the switch with the machine via the console cable and open a terminal emulator

💡 It should be noted that the only machine that can configure the switch is the one connected to it by a console cable, the others are only hosts.

[gisellecardoza]

#3 Blog Post (9/12)

How do algorithms present racially biased outcomes without using race?

Everyone expects technology (which makes algorithms) to be neutral and safe for everyone no matter their gender, race, or age but that isn’t the case. For example Nicole Brown talks about healthcare and how the algorithms show that white people are more sick but that is because they have better healthcare or put more money into it so they are more likely to go see a doctor when they are sick. But what the algorithm is not seeing is that many minorities don’t have healthcare or money so they are more likely to use at home treatments. So without it even seeing race the algorithms are biased based on the information given. Technology is made by humans and humans are racially biased. 

How reliable is technology? 

Most of the time we believe that technology is getting better. Technology brings algorithms into the equation that can be questionable at times and it brings “automated decision-making” (Eubanks). Eubanks explains her story and how technology wasn’t reliable at the time. When her partner was injured it showed that her insurance company had paid for the bills for a certain day but then she saw that some of the bills were denied, since she had just switched jobs the insurance hadn’t had a start day.  She had to get on the phone with many people, and they told her it was a “technical error”. This is just one example of the many errors that can happen. For the most part technology is reliable but at times it isn’t reliable. In her case the most stressful time technology wasn't reliable. 

Why is the “digital divide” a problem when discussing gender?

The digital divide is two groups, one having access to the internet and their own computers while the other group doesn’t have access to these things. Minorities like women and people of race (specifically African Americans and Latinos) are more likely to be “poor” and not have enough money for these things or have free access to them unlike white men who do have access to it. This is a problem because as women we aren’t getting paid as much as men and there is inequality in the “digital divide.” With that being said, many women want to learn the new technologies and be a part of the “internetworked global feminism. (Daniels) 

How does the internet represent a “tool” for global organizations? 

The internet and social media are tools for global feminist organizations because they are able to bring awareness to many different issues, and motivate people to be a part of the organization. It also creates a safe space for many people that are going through “repressive sex/gender regimes” (Daniels). Many girls and women are starting to be more engaged with technology to help express themselves better. 

Brown, N (2020). Race and Technology. 

Daniels, J (2009). Rethinking Cyberfeminism(s): Race, Gender, and Embodiment. The Feminist Press

Eubanks, Automating Inequality. Pdf

[pidayforpi]

(Okay.

So, if anyone remembers: In last July (which was already nearly 9 months ago omg), there was a "Donro Week 2023" event here. From 23 July to 29 July.

For once, I had...actually planned to participate in it (which would have been the second time I participate in a community event, after a (small) Discord secret santa in 2021).

Of course via writing, because you won't want to see me draw.

The format of the (story) writings would have been like this:

If anyone still remembers, there were "question prompts" for each day of the Donro Week (in addition to the "one-word" prompts, like "Lazy Days" for Day 1, or "AU" for Day 6).

The question prompts were something like:

[Day 1: "How do you think Donald and Gyro first met and become friends, then eventual partners?"

Day 2: "What qualities do Donald and Gyro get annoyed by or not like in each other?"

Day 5: "How do you think the extended Gearloose and Duck family would react to their relationship?"]

etc.

What I had planned to do, was writing out a set of Dewey Dew-Night interview scenarios, in which Dewey asks Paperino and Archimedes the corresponding question for that day.

[NB: Not Donald and Gyro, at least not the DT17 versions. You will see why below.]

The format would have actually been like the "Chicken Soup" thing I had written all the way in 2020. Free form, equally cringe.

Uh...that didn't happen. Obviously. And for some unknown reasons, because I was somewhat motivated and inspired during that time much better than now at least. So...sorry.

But what I did write, however, was the "intro" to this set of "interview stories"...which is the entire purpose I am saying all this context all of a sudden. It has been a while, and way too long since I last produced and published...something.

It is a very short story - not even a complete one - but it is one of the last things I did before I kind of...stopped. Everything.

I also wrote this on a train, too.)

[A very late tag, but I hope it is the thought that counts. Thank you for organising this wonderful event. Just watching/reading through others' works was already super awesome.]

@donro-week

Donro Week 2023 [July 23th ~ July 29th]

(Just a small note: Sentences/Words in italic mean they are not supposed to be caught on camera, but are caught on camera accidentally regardless.)

Dewey: (Dewey Dew-Night Intro!)

Dewey: "And joining us tonight are two birds of a feather you know very well, yet ALSO know NOTHING about! *Gasp!* How is that possible?! Go on, ask! How is that possible?!"

"......"

Huey: "What?"

Dewey: "Dude, you are supposed to ask out loud. We've talked about this."

Louie: "You...you were serious..."

Dewey: "When was I not serious? Actually, don't answer that. Just cooperate. Ask that aloud, c'mon."

Huey & Louie: "*Sigh* Oh my god, how is that possible?!"

Dewey: "Well, I dunno!"

*LOL!*

*Facepalm*

Dewey: "But we are about to find out! 'Cause joinin' us tonight is the greatest uncle of the universes...Donald Duck!"

Donald (Paperino): "Hi!...wait where even is the camera? That rectangular gadget on the stack of books?"

Dewey: "As well as the brightest mind in all Duckburgs, across space and time...Gyro Gearloose!"

Gyro (Archimedes): "H-hello...! Nice to meet you, people of the...uh...interweb? Internetwork? What was that again, modern Dewey?"

Dewey: "*chuckle* Well, pardon the old timers, you can say they might as well have come from the 20th century!"

*Laughter!*

Dewey: "And if you have guessed so, you are absolutely CORRECT! No prize though, sorry. Don't think they are only cosplaying..."

Paperino: "Cospl...what?"

Archimedes: "Just go along with it, honey..."

Dewey: "'Cause who you are seeing are literal time travellers! *Gasp!*"

Archimedes: "Well, technically, we are dimension trav-"

Dewey: "Thanks to this world's Gyro's now upgraded Time n' Space Tub™️..."

Huey: "Which he forbids you from entering a 20-metre radius around?"

Dewey: "...which I definitely have permission to enter a 20-metre radius around! Now! I bring you, Paperino and Archimedes Pitagorico! Donald Duck and Gyro Gearloose from another universe!"

*Fanfare! Applause!*

Dewey: "Stay tuned after the intermission for the exciting interview that ensues!"

Louie: "Wait, you literally haven't done anything yet-"

Dewey: "This is Dewford Dingus Duck, your beloved handsome host from Dewey Dew-Night! Don't forget to like n' subscribe! See ya!"

Louie: "Dude, you literally haven't done ANYTHING yet!"

Paperino: "Subscribe? Is this a newspaper or a magazine?"

Archimedes: "Wait, is this an interroga-"

*Recording cuts*

(11-7-2023)

[beebeessecretblog]

HELLO, HOW ARE YOU? How did you get here? °v°

I DONT KNOW

MY PHONE CRASHED TUMBLR ONCEWHILE TRYING TO ANSWER THIS SO MAYBE THE SPACE GODS DONT WANT ME ON THE INTERNETWORK

[fishmech]

bro. BRO! 2010 is not the early internet! There were 2 billion people online! The longest running websites had been active to the public for 17 years! TCP/IP internetworking was 27 years in force! This website had been running for 3 years! Geocities had been dead for a year!

[learning-tech-publicly]

Names & Numbers: How Data Finds its Destination on the Net

As explained before, the Internet is the global network of networks. And with billions of computers and devices connected to the Internet, how does data know where to go when it is sent?

When the foundations of the Internet were being laid in the early 1970's, Vint Cerf and Bob Kahn developed the first internetworking protocol. A protocol is a set of standards and rules that are agreed upon for all future technology to follow. The protocols that followed as the Internet grew, allowed for the massive global network we find today.

One of those protocols, the Internet Protocol (IP), determines how devices are located on networks as well as the structure of addresses for data sent, much similar to how postal services follow a set structure for home addresses (a protocol). IP addresses currently follow the IPv4 (version 4) or IPv6 (version 6) standards.

IPv4 is a set of 32 numbers (32 bits) separated into 4 parts with 8-bits (a byte) in each part and written in dot-decimal notation. Here's an example of an IPv4 address (111.24.221.18). The first two bytes represent the country or region of the address. The third byte represents the subnetwork and the final byte the device on that subnetwork. By using 32 bits, IPv4 was capable of over 4 billion internet addresses. However, this was not enough.

Enter IPv6, a 128-bit addressing protocol. IPv6 consist of a set of eight hexadecimal strings, each 16-bits long. This increases the total amount of possible internet addresses to over 340 undecillion (10^36). Plenty to go around.

You may be wondering, but if I type in a website domain into my browser bar, how to I get to that website without typing in the specific IP address? Now it is time to introduce DNS or the Domain Naming System.

You know how when you want to save someone's phone number into your own smartphone, you type in a name and save it to your contacts. Then when you want to call or text that person, you just click on their name and soon you are connected. DNS works the exact same way but is better in another way. DNS works like that contact list in your phone.

There are a bunch of DNS servers that hold the addresses and domain names of all the websites in existence. When you type in the name of a website in your browser, your request is sent to a DNS server who then returns that IP address to your system so that you may set up a connection with the website server. If the particular DNS server does not know the address, it asks the vast network of other DNS servers if they know the address. Once it gets the correct address, the DNS server you originally contacted, will save that address for your convenience. Nifty huh?

However, DNS does have a downside. Because it an open and public protocol, it is possible for criminal elements to disrupt or manipulate the routing of the DNS server. An unethical hacker could perform a DNS spoof, which could force traffic meant for a legitimate website to be rerouted to a malicious website or phishing site.

[ryanmpendu]

10 Awesome Internet Facts

Here are ten internet – related facts and milestones that have helped shaped connectivity across the South Africa, Africa, and the Earth.

It was in 1974, when the term “internet” was first used as a shortened term for “internetworking” (lame, right?) . At the time, there were several internets, as they referred to collections of linked networks.

The internet emerged in ’89 when a programmer named Tim Berners – Lee wrote the code for the first web browser called World Wide Web along with the standards for HTML, HTTP and URLs. The world also saw it’s first internet service providers (ISPs) starting at the same year. In the US, the first commercial dial-up ISP called ‘The World’ was started in 1989.

Rhodes University located in Makhanda, Eastern Cape, South Africa received the first South African IP Address in ’88.

In ’90, the internet corporation for assigned names and numbers granted South Africa the country code top-level domain .za.

South Africa’s internet user base grew from 2.4 million in 2000, to 5 million in 2008 to 12.3 million in 2012. In January 2021, this number grew to 38.13 million or close to 60% of the population, by contrast, Africa’s average internet penetration is just under 50%

Africa’s first broadband submarine cable system was launched by SEACOM in 2009. The 17 000 kilometers submarine cable connects African countries like South Africa, Kenya, Mozambique, Namibia, Tanzania etc. to the internet.

In 2017, China had 756 million people connected to the internet, and India, 391 million people connected to the internet so basically Asia accounts for almost half of the world’s active internet users!

Gauteng is the province with the most access to the internet with 72.2% of the population connected and growing, while Limpopo is the province with the least number of people connected to the internet with 42.6% of the population connected to the internet and growing.

The average fixed broadband download speed in SA is 50 mbps which is an increase from when it was 46 mbps in May 2021. As fibre infrastructure in being rolled out and capacity improved, this number is expected to keep climbing.

The most popular website is…. You guessed it. Google. Facebook is the world’s favorite social media platform with 2.8 billion monthly users and growing.

[homohotel]

The only boomer-free internetwork

This poll is in response to a post I just saw about a Business Insider article, and it motivated me to conduct a little experiment if you would indulge me

Reblog to stray further from gods light, and also for science 🧪

[fortunatelycoldengineer]

Voice over Internet Protocol (VoIP) . . . . for more information https://bit.ly/3oHCrla check the above link

[cciecertification]

CCIE Certification Paths: Which Track Is Right for Your Career in 2025?

The Cisco Certified Internetwork Expert (CCIE) certification remains one of the most prestigious credentials in the networking industry, recognized worldwide for validating advanced networking expertise. Since its inception, the CCIE program has evolved to meet the needs of the rapidly changing networking landscape. With a variety of CCIE tracks available, choosing the right one can be a daunting decision. Whether you’re looking to advance in your current career or switch to a new networking domain, understanding the different ccie certification paths is essential for making an informed decision in 2025.

In this blog, we’ll walk you through the different CCIE tracks available and help you determine which one aligns best with your career goals in today’s ever-evolving tech environment.

1. CCIE Routing and Switching (R&S): The Foundation of Networking

Traditionally, the CCIE Routing and Switching track has been the cornerstone of the CCIE program. It is considered the most comprehensive and foundational track for networking professionals and remains highly relevant even in 2025.

If you’re looking to build or solidify your core networking skills, CCIE Routing and Switching is an excellent choice. This track covers advanced routing protocols, IP addressing, switching, and network troubleshooting, preparing you to handle large-scale, enterprise-level networks.

While many of the skills you’ll learn in this track are foundational, they are also highly transferable to other tracks like CCIE Data Center or CCIE Service Provider. If you aspire to be a network architect or network consultant, this track offers a solid foundation for career advancement.

2. CCIE Security: Mastering Network Security in a Threat-Driven World

As cyber threats continue to grow in complexity and frequency, network security is becoming an increasingly critical area of focus. CCIE Security is designed for professionals who want to specialize in network security, including firewalls, VPNs, intrusion prevention systems (IPS), and other advanced security protocols.

For those interested in working with security-centric technologies like Cisco ASA firewalls and Cisco Firepower, the CCIE Security track offers a deep dive into how to protect networks from cyberattacks and secure enterprise infrastructures.

With the rising importance of cybersecurity in 2025, this track can open doors to roles such as Security Architect, Security Engineer, and Network Security Consultant—positions that are in high demand across industries like finance, healthcare, and government.

3. CCIE Data Center: Specialized Knowledge for Modern Infrastructure

The CCIE Data Center track focuses on data center technologies and is perfect for professionals who want to specialize in managing large-scale, highly efficient data center environments. This track covers storage networking, virtualization, automation, and cloud infrastructure, with an emphasis on optimizing enterprise-level data centers for scalability and performance.

If your career aspirations involve designing, implementing, or managing next-generation data centers—whether in a private, hybrid, or public cloud environment—the CCIE Data Center track provides the expertise needed to excel in this area. With cloud computing becoming the backbone of many industries, the demand for Data Center Engineers and Cloud Architects will continue to rise.

4. CCIE Service Provider: Mastering Large-Scale Networks for ISPs and Enterprises

The CCIE Service Provider track is tailored for professionals who want to specialize in designing and managing large-scale networks for Internet Service Providers (ISPs) and large enterprises. This track delves into BGP, MPLS, QoS, and IPv6—core technologies used in service provider networks.

If you enjoy working with service providers or in environments that require robust and scalable network infrastructures, the CCIE Service Provider track is ideal. With the continuous expansion of 5G networks, SD-WAN, and network virtualization, there are plentiful opportunities for those with expertise in these areas, particularly as service providers look to optimize and future-proof their networks.

5. CCIE Collaboration: Focusing on Unified Communications

The CCIE Collaboration track is for professionals who want to specialize in unified communications (UC), including voice, video, and collaboration solutions. As businesses increasingly rely on remote work and collaborative tools, expertise in designing and implementing UC solutions is in high demand.

This track covers technologies such as Cisco Unified Communications Manager (CUCM), Cisco Jabber, Cisco Webex, and video conferencing solutions. With the rise of hybrid work models, CCIE Collaboration is an excellent path for professionals looking to become experts in the fast-growing field of collaboration technologies.

Roles such as Collaboration Architect or Unified Communications Engineer are highly sought after, making this track a great choice for those interested in working in the UC space.

6. CCIE Wireless: Expertise in Mobile Networking

The CCIE Wireless track focuses on wireless networking technologies, including Wi-Fi, RF planning, and wireless security. With the growing demand for mobile-first solutions, expertise in wireless technologies is essential for businesses and service providers looking to provide seamless connectivity.

This track covers advanced concepts related to designing, deploying, and troubleshooting wireless networks. If you’re passionate about mobility solutions and want to work with the latest Wi-Fi 6 technologies, CCIE Wireless is the track for you. Professionals with this certification can find roles such as Wireless Network Architect or Wireless Solutions Consultant in sectors ranging from education to healthcare.

7. Choosing the Right Track for Your Career in 2025

When selecting a CCIE track, it’s important to consider where you want to specialize and the types of technologies that excite you the most. In 2025, the networking landscape is evolving quickly, and cloud, automation, and security are at the forefront of most network infrastructure developments.

To make the right choice, ask yourself the following:

Do you enjoy solving security challenges? If so, CCIE Security might be your path.

Are you passionate about managing large-scale networks for service providers? If so, CCIE Service Provider is an excellent option.

Is your focus on data centers, cloud infrastructure, or virtualization? Consider CCIE Data Center.

Want to specialize in mobile and wireless technologies? Then CCIE Wireless could be your ideal track.

Conclusion

The CCIE certification remains one of the most sought-after credentials for networking professionals in 2025, offering a path to high-level positions and advanced expertise. With various tracks available, choosing the right path depends on your career goals, interests, and the technologies you are passionate about. Whether it’s security, data centers, wireless, or service providers, the CCIE track you choose will define your future career in networking.

[edebiyatiturk]

ccie sertifikası

CCIE Sertifikası: Ağ Mühendisliği Alanında Kariyer Yapmanın Yolu 1. CCIE Sertifikası Nedir? CCIE (Cisco Certified Internetwork Expert) Sertifikası, Cisco tarafından verilen ve ağ mühendisliği alanında en prestijli sertifikalardan biri olarak kabul edilir. Bu sertifika, bireylerin ağ altyapısı kurma, yönetme ve optimize etme konusundaki yetkinliklerini kanıtlamalarını sağlar. CCIE, yalnızca ağ…

[theelusivepoetalien]

Okay so it's a great day to go see if something like Khan Academy or other freebie learning zone has a Computer Networking 101. Turns out KhanAcademy.org is still free for now. I'm sure it mines the hell out of your data like anything else. I use one of my like 10 google logins. Did you know you didn't used to have a phone number to get a gmail address? There are still some e-mail services that don't require phone numbers, though they have different limitations and uses. Becoming a suite was quite another magnitude for a login. Anyway, someone tag me if we need the article on Other Email Services. https://www.geeksforgeeks.org/basics-computer-networking/ ^This doesn't require a log in. I'm probably going to try to find a couple amusing videos. Like probably from youtube, unless I can find something on vimeo or the fediverse. A lot of this is learning how the internet goes. It teaches The Names and Commands of The Internet. Sort of like programing languages like C(++++?) and Python are Vocabulary and Grammar for Taming Your Processor. I'll reblog with more related links as I add to my Updated Study Library. My current aims include: > getting competent in basic LAN and internetwork administration > continuing to munch on html and CSS -- //Every time I get used to a service, it disappears or monetizes out of my budget or fills up with ads until it stops working.// I think I can make an ugly tack board and file server for my household. Also it's really satisfying -- like painting with puzzle pieces. > web hosting so there is somewhere to put it > uh taking screenshots and making posts about better net navigation and building skills to improve awareness? And of course: https://www.myabandonware.com/browse/theme/typing-29/ A bunch of typing games so old that no one cares. If you're willing to go with lowtech graphics to skip modern spyware and webtracking, it's honestly a fun little ride. Learning to type physical conditioning. However you make 15-30 minutes almost every day good and fun for yourself. (Sometimes 2d alien fun for points is enough, ya?) Yeah, those are for windows. Most macintosh users these days can maybe blow a few currency on a indie app, eh? Linux users -- you already know how to use freeware and honestly I'm not expecting to be read by a lot of linux users on this thread. (@ me for linux introductions ig too) Android? Basically in the same app boat as mac... Shout up for android power user info, like sideloading but... I haven't been browsing the indie APKs or the flash community in ages.

And uh, get a keyboard. bluetooth is fine for a while and better for someone trying to start this kind of project on a phone or a tablet. If someone is sticking to typing games for a few weeks or several, it might be worth considering getting a corded keyboard -- Anyone who is topping over 45wpm and heading for 60+ will find that bluetooth keyboards may not keep up with that leveled up meat input. (I can type around 90wpm or so when I'm on a roll and get frustrated pretty quickly.) Most Importantly: SAVE YOUR PROGRESS (u matter), & Look It Up before you Give It Up.

another thought about "gen z and gen alpha don't know how to use computers, just phone apps" is that this is intentionally the direction tech companies have pushed things in, they don't want users to understand anything about the underlying system, they want you to just buy a subscription to a thing and if it doesn't do what you need it to, you just upgrade to the more expensive one. users who look at configuration files are their worst nightmare

[literaturereviewhelp]

This paper seeks to identify various computer information security certifications available for professional within the IT sector. It will discuss the requirements for one to be certified and areas that one can receive certification. In addition the paper will evaluate the employment opportunities available after receiving certifications. Introduction Computers systems and networks face many security threats such as unauthorized access and intrusion. Consequently, it is critical to employ highly skilled persons on this area to guarantee safety of organizational information and data. To give assurance to organizations that the employee being hired has the desired skills, several certifications are offered. Computer Information Security Certification Cisco Certified Internetwork Expert (CCIE) certification is offered by Cisco. It is internationally recognized as the highest level certification in technical networking. For one to be CCIE certified, they have to be tested on particular skills in networking through written exams and performance assessed in the laboratory (Hochmuth, 2004). CCIE certification is divided into seven tracks including; routing and switching, security, service provider, service provider operations, storage networking, voice and wireless tracks (Hochmuth, 2004). CCIE certified persons are recognized as highly skilled engineers and secure employment in communication sector such as mobile phone service providers and internet providers. Moreover, the individuals can be employed in organizations using information technology systems such as banks and supermarkets. Certified Computing Professional (CCP) is a senior level certification offered by ICCP. The certification is offered to Information Technology Management and Business and Systems Analysts professionals (Plishner, 2001). Moreover, it is offered to computer professionals globally. To receive this certification, one has to pass a core test in addition to scoring more than 70 percent in specialty examinations. Read the full article

[bansalcollegeofengineering]

Network Engineer vs Software Engineer: Which Career Path is Right for You?

Technology continues to evolve rapidly, creating various career opportunities in the IT industry. Among the most sought-after roles are network engineers and software engineers. While both professions are essential in the digital world, they have distinct responsibilities, skill sets, and career paths. If you are considering a career in IT, understanding the difference between network engineer and software engineer can help you make an informed decision.

What is a Network Engineer?

A network engineer is responsible for designing, implementing, managing, and maintaining computer networks within an organisation. These professionals ensure that systems remain secure, efficient, and reliable. Their role involves working with hardware such as routers, switches, firewalls, and servers, ensuring seamless connectivity between devices.

Key Responsibilities of a Network Engineer

Designing and implementing network infrastructure

Configuring and maintaining network devices

Ensuring network security and troubleshooting issues

Monitoring network performance and optimising connectivity

Managing cloud networking and virtual private networks (VPNs)

Essential Skills for a Network Engineer

Strong understanding of networking protocols (TCP/IP, DNS, DHCP)

Proficiency in configuring network devices

Cybersecurity knowledge to prevent cyber threats

Problem-solving and analytical skills

Familiarity with cloud platforms and virtualisation

Best Computer Networking Certifications

If you are interested in becoming a network engineer, earning certifications can enhance your career prospects. Some of the best computer networking certifications include:

Cisco Certified Network Associate (CCNA)

CompTIA Network+

Cisco Certified Internetwork Expert (CCIE)

Juniper Networks Certified Internet Associate (JNCIA)

AWS Certified Advanced Networking - Specialty

What is a Software Engineer?

A software engineer focuses on designing, developing, testing, and maintaining software applications. They work with programming languages, frameworks, and development tools to create software solutions that meet user needs. Unlike network engineers who focus on hardware and connectivity, software engineers specialise in writing and maintaining code.

Key Responsibilities of a Software Engineer

Writing and testing code for software applications

Developing mobile, web, and desktop applications

Debugging and fixing software issues

Collaborating with designers, developers, and stakeholders

Implementing software updates and security patches

Essential Skills for a Software Engineer

Proficiency in programming languages (Python, Java, C++, JavaScript)

Knowledge of software development methodologies (Agile, DevOps)

Strong problem-solving and debugging skills

Understanding of databases and cloud computing

Experience with version control systems like Git

Which Career is Right for You?

Choosing between network engineering and software engineering depends on your interests and skills. If you enjoy working with hardware, managing connectivity, and ensuring secure networks, a career in network engineering might be ideal for you. On the other hand, if you love coding, problem-solving, and building applications, software engineering could be the better path.

If you are interested in networking, earning one of the best computer networking certifications can help you stand out in the industry. However, if software development excites you, mastering programming languages and frameworks will be essential.

FAQs

1. Is network engineering harder than software engineering?

Both fields have their challenges. Network engineering requires deep knowledge of networking protocols and hardware, while software engineering demands strong coding skills and logical thinking. Your personal interests will determine which is easier for you.

2. Can a network engineer become a software engineer?

Yes, a network engineer can transition to software engineering by learning programming languages, algorithms, and development frameworks. Many networking professionals learn coding to automate network tasks.

3. Do software engineers earn more than network engineers?

Salaries vary based on experience, location, and industry. Generally, software engineers tend to earn higher salaries due to the demand for software development skills in various industries.

4. What are the best computer networking certifications for beginners?

If you are new to networking, starting with best computer networking certifications like CompTIA Network+ or Cisco CCNA is recommended. These certifications provide fundamental networking knowledge.

5. Which field has better job opportunities, network engineering or software engineering?

Both fields offer great job opportunities. Software engineering has broader applications across industries, while network engineering is essential for maintaining IT infrastructure. Your choice should align with your interests and career goals.

Conclusion

The difference between network engineer and software engineer lies in their focus, skill sets, and career paths. Network engineers ensure seamless connectivity and security of networks, while software engineers develop applications and systems that power businesses. Both careers offer excellent opportunities, and the choice depends on your passion and expertise. Whether you aim to become a network engineer or a software engineer, acquiring relevant skills and certifications will help you excel in your chosen field.