Byte-Size Beginner

  We all know that security is crucial in today’s digital world; especially when we rely on it for just about everything. Phone numbers? You don’t need to look through a phonebook anymore. Banking? Most of it can be done on apps or online. Mostly it’s all about the convenience of having everything at the tips of our fingers. The problem with this… is security.   But now, we have even more to look out for…. Clouds. A lot of people or organizations store personal information or private data in a cloud environment. That is exactly why having a strong password is important. However, when it comes to organizations or working with sensitive data, one thing I found interesting this week is how password policies should exist. Not only to protect company data but personal data. Enforcing a policy that includes multiple different facets can be the difference in secure and not secure. A good policy should include rules regarding complexity (numbers, upper and lowercase letters, symbo...

 What is Micro-segmentation? I will tell you it’s not the same as network segmentation. Which in theory it sounds like it could be similar…. Right?! Or was it just me. My first thought was that it carried the same characteristics. Network segmentation is the process of breaking a network down into more manageable chunks but also adds a layer of security by isolating different sections of a network. It serves as a dual purpose This week, I learned that micro-segmentation takes it a step further and applies to the cloud. Rather than breaking down networks into sections, it takes security rules and applies them at a workload and application level. Essentially, it applies and takes the same security rules with your workload as it moves to different cloud environments. Does that make micro-segmentation a bodyguard that follows your workload?

  Let’s talk about IoT devices! This is more of a reflection of sorts, and what I consider the relationship of IoT and Cloud computing. I would describe IoT as a device that collects the data and the cloud is what processes/analyzes it. Interestingly, I briefly read an article from Network World ( https://www.networkworld.com/article/964415/how-will-the-cloud-be-able-to-handle-the-emergence-of-iot.html ). Now, I vaguely remember earlier in my college journey hearing about fog computing. I use the word ‘vaguely’ primarily because college students ingest a LOT of information. Or is it ‘you learn a little about a lot’ a more accurate representation? Anyway, that aside, the concept of IoT and the cloud stays the same. However, what   intrigued me was that fog computing is what sits between the two, and it processes an IoTs raw data in real time. Naturally, I questioned: does that mean IoT would longer need cloud computing? On the contrary, it’s still needed. The cloud still ...

 Over the last couple of years, I have learned numerous things regarding networking, computers, security threats, the list goes on. That aside, I thought I understood most of what this entails. One thing I distantly remember learning was the OSI and TCP/IP model. Which essentially correlates to one being a teaching model, and the other being practical. In short it represents/shows how data travels through a network The one thing that caught my attention this week, the Cloud Stack model! From my understanding it represents a similar function when it comes to how data and services travel through/between the cloud and the user’s computer. But on top of that it kind of sets boundaries on ownership. With the cloud being a virtual network and you are using someone else’s resources, it’s only natural that some of the responsibilities and fixes can fall onto either party…. Depending on what the issue may be. We know that there is a logical flow of data, it’s represented in the OSI mode...

  The cloud is an interesting topic. It’s more than just a user uploading pictures, documents, extra device storage etc.. Cloud computing has changed the game for not only businesses but users’/consumers. While businesses utilize it to increase flexibility, shifting from physical infrastructure to virtual infrastructure, saving on costs and much more, consumers benefit/interact with it more than we realize. For instance, email, social media, and streaming services all utilize cloud computing, and most users don’t even realize that these things wouldn’t be made possible without it. While the cloud provides many benefits to both the companies and consumers, what you don’t hear people talk about much is the effort it takes to shift from a legacy infrastructure to the cloud. Cloud migration doesn’t happen overnight, and to help the process, it ideally should be done in phases: Assess, Plan, Migrate, Validate, and Manage. Depending on the company it could take years to complete the sh...

  In theory, serverless computers is an interesting concept… that is until you find out that they are in fact NOT serverless. Which in hindsight makes sense, a computer kind of needs some type of server to be able to access resources over a network. It’s similar to how we use the cloud and ‘renting’ storage space, but instead, the consumer is ‘renting’ time used on someone else’s server. As an IT major, it had me thinking… security is a big topic when it comes to technology, and sometimes it’s easy to overlook that aspect. Are serverless computers secure?   Well, in this aspect the security falls on both sides, the consumer and the person or company you are ‘renting’ server time from. Interestingly, Advait Patel wrote an article about security risks related to this and noted that “Over 70% of companies still lack dedicated serverless security controls” (Patel, 2025). Statistics like this add a perspective the shared responsibility. If only one side is using best practices, i...