Blogs

In my last blog, I shared my experience and point of view on Platform Engineering. (click here to read previous blog post on Platform Engineering through my lens) In this post, I want to share what a week in the life of a Platform Engineer can look like, based on my own experience and what I’ve heard from other platform folks too. Take this with a pinch of salt. Every organisation is different. Their needs are different, and their platform is different too. ...

I stepped into Platform Engineering in 2019, before the term had the hype and buzz it has today. Before that, I was a software engineer working in the Kubernetes space, mostly building CLI tools. I genuinely loved it. Writing Go, shaping developer workflows, making day-to-day tasks simpler, that part was fun. But something kept bothering me. Most of my work was focused on local clusters or limited environments. I wanted to keep doing what I enjoyed (building tools), but also learn what happens when Kubernetes meets real production: infrastructure, reliability, deployments at scale, operational pain, and all the invisible decisions that make systems stable. ...

Keeping an eye on your Raspberry Pi temperature is important, especially if you are running heavy tasks like media servers, coding projects, or home automation. Overheating can cause throttling and reduce performance. Why Temperature Matters The Raspberry Pi automatically reduces CPU speed if it gets too hot, usually above 80°C. Monitoring the temperature helps you: Prevent performance drops Avoid unexpected shutdowns Decide if you need a heatsink or fan Quick Way to Check Temperature Open the Terminal and run: ...

What is inode? An inode (short for index node) is a data structure in a Linux filesystem that stores metadata about a file. Each file or directory in Linux has an inode associated with it, which contains, Inode Number Uid Gid Size Blocksize Mode Number of links ACLs, etc but it does not contain the filename, interesting right, more on that later. Inodes also stores permission bits that define how a file can be accessed: ...

(Image taken from official crossplane website) Managing infrastructure across multiple cloud providers can be complex and challenging. Enter Crossplane—a powerful, open-source Kubernetes native control plane that allows developers and platform teams to use Kubernetes to manage cloud resources like databases, storage, and networking across multiple cloud providers (AWS, GCP, Azure, etc.) and not limited to this and much more other non-cloud resources as well such as Pagerduty, Github, etc. In this introduction to Crossplane, we’ll explore its core capabilities, why it’s gaining popularity, and where it’s particularly useful. ...

One of the best way to learn language is to try recreating familiar linux command in it. In one of the previous post, we have seen how we can implement simple which command, you can check the blog post here. In this blog post, we will try to implement mkdir command, Let’s get started. mkdir is one of the important commands in Linux which helps to create directories. we will cover following in the blog post: ...

Iota is predefined identifier which is used in constant declaration in Go. It is used to simplify incrementing value of constants. iota value always start at 0 and increments automatically by 1 for next constant. here’s the syntax for the iota, const ( a = iota // 0 b = iota // 1 c = iota // 2 ) or you can simply write it as, const ( a = iota b c ) Let’s look at simple example, ...

As Terraform codebase grows, there are chances where you may need to refactor or rename resources in your codebase which can result into deletion and recreation of resources. This happens because terraform thinks that you want to delete and create new resource and it allocates new id to the resource. Instead, you should let terraform know that you want to simply move the resource instead of replacing it. To mimic this we will take simple example where we will have AWS instance with name a and we want to change it to b ...

In a previous blog post, we learned how to create and run commands in Go. Now, let’s explore how to recreate the following command: ls -l | grep hello Let’s create the first command: lsCmd := exec.Command("ls", "-l") Next, create the second command: grepCmd := exec.Command("grep", "hello") To connect them, we need to understand what’s happening in the Linux command. Essentially, we are taking the stdout of the first command ls -l and passing it to the stdin of the second command grep hello. To achieve this in Go, follow these steps: ...

Sometimes, there are certain use cases where you may have to run shell commands through a Golang app. This is where the os/exec package comes in handy. If you want to run a command like sleep 1, you can simply do the following: cmd := exec.Command("sleep", "1") err := cmd.Run() This will run the command and wait until the execution finishes, but it doesn’t capture the stdout. If you intend to capture both stdout and stderr, you can use the following code: ...