Abdulmalik

A lot of uncertainty this year fr fr. Like, A LOT lot. But we move.

Tried many things i feared trying in the last two years

Having worked across some startups over time, i have seen how many of them handle apps meant to be internal, best guess? its mostly deployed to the public.

Have you ever faced that dreaded moment when your EKS nodes suddenly go into a NotReady state? If you're managing an Amazon Elastic Kubernetes Service (EKS) cluster, this scenario might be all too familiar. While checking cluster logs gives you some insight, sometimes you need direct access to the nodes themselves.

Look, I get it. Everyone is using Cosign and Rekor for container signing these days. I've used it myself (check out my previous post if you're curious). But when you're working on private projects, using Sigstore's public Rekor instance isn't really an option.

I must say you shouldn't bet against open-source software, even when Terraform was still open-source, the ability to have state encryption was not available but was available on their Terraform cloud.

best bet, you are not rotating your password and tokens across your infrastructure and deployment but if the software you use has the passwordless authentication option and it's stable why not go for it?

We try, next year we go again. ✌🏽✌🏽 E go be.

You have your app deployed on an EC2 instance via nodes on EKS and this app needs to access/interact with files stored in an Amazon S3 bucket.

You've probably gotten to a point where you need to manage multiple clusters using GitOps, knowing that managing the argocd instance itself can be considered tedious or painful, haha, meaning you sure do not want to install new argocd instances on other new Kubernetes clusters.

So you've deployed a few resources on AWS, EC2, and Redis instance, exposed port 6379, and made sure other resources in the VPC have access to the Redis instance and all.

You've tried hardening by default for your resources, that's good, but by mistake, your Redis instance was deployed into the public subnets, which makes the service accessible by any internet user.