The Broken UX of AWS CloudShell: A DevOps Engineer’s Rant

🚨 AWS CloudShell in 2025 — still stuck in 2005?

I just wanted to spin up a simple Ubuntu EC2 instance, get my .pem key, and SSH in from my Mac.
No fancy stuff. No edge case. Just a routine DevOps task.

But what should’ve taken 60 seconds turned into:

  • invisible UI elements

  • broken download workflows

  • insecure hacks

  • and actual copy-pasting of private keys into local files 🤦‍♂️

Meanwhile on Google Cloud? 3 clicks. You’re in.

👉 If you’re in DevOps, cloud architecture, or just enjoy a good UX rant:
Check out my full breakdown of why AWS CloudShell still misses the mark — and what Amazon needs to fix.

📖 Read the post here: [Insert your WordPress blog URL here]

#aws #devops #cloudcomputing #uxfail #gcp #cloudshell #ec2 #automation #infrastructureascode

Spinning up a virtual machine to test an idea, deploy a service, or just do some remote work should be one of the simplest tasks in a DevOps engineer’s toolbox. And when you’re using AWS — the biggest name in the cloud world — you’d expect that process to be smooth, fast, and reliable.

But in 2025, that’s still not the case. AWS CloudShell, which should be a powerful gateway for cloud-native terminal-based work, still drags a pile of usability baggage from the early 2000s. What should be a one-click operation turns into a frustrating mess involving invisible icons, manual hacks, and outdated practices.

Let me explain how a simple thing like connecting via SSH to an EC2 instance from your local terminal becomes a mini-devops-nightmare — and how Google Cloud solves this with three clicks. Literally.

The Goal: Spin Up an EC2 Instance and Connect

The task was simple:

  • Use AWS CloudShell to run a Bash script that provisions an EC2 instance.

  • Create a new key pair (.pem file).

  • Assign it to the instance.

  • Open SSH (port 22) via a security group.

  • Get the public IP.

  • Connect from my local terminal.

A clean Infrastructure-as-Code flow. One terminal. No GUI. All automated.

Everything worked up to the last step: SSH access. Because now the PEM file that AWS generated is stuck inside CloudShell. And this is where things go straight to hell.

What Went Wrong: A Developer Experience Breakdown

So what happens when you try to download a file from CloudShell?

You might type download ubuntu-key.pem, because that feels natural. Doesn’t work.

You try to right-click in the shell. Nothing.

You look for a UI element — maybe a button that says “Download”? No. What you’re supposed to do is find a tiny, obscure folder icon hidden in the corner of the CloudShell window. It might be visible, depending on your screen resolution. It might not.

Even if you find it and click on it, the UX is clunky, unresponsive, and inconsistent across browsers. This is AWS in 2025 — and yet the basic act of “save a file” is buried in design hell.

The Reality: Manual Hacks Required

Here’s what I had to do to get my key file from CloudShell onto my Mac:

  1. Type the following in CloudShell:

    cat ubuntu-key.pem

  2. Select the entire key output manually, from -----BEGIN RSA PRIVATE KEY----- to -----END RSA PRIVATE KEY-----.

  3. Paste it into a text editor on my Mac.

  4. Save it as ubuntu-key.pem.

  5. In the terminal, run:

    chmod 400 ubuntu-key.pem

  6. Finally connect:

    ssh -i ubuntu-key.pem ubuntu@<your-ec2-ip>

Let’s be clear: this is not “secure.” This is not “modern.” This is not “DevOps.” This is a workaround. And it’s the officially recommended method.

It feels like an act of punishment. A legacy ritual. Something no cloud engineer should have to do manually in 2025.

And Then There’s Google Cloud…

Let’s compare this to Google Cloud Platform (GCP). Here’s how the same thing works there:

  1. Create a VM instance.

  2. Check the box for „Allow SSH“.

  3. Click „Connect“.

That’s it. GCP manages the key pair transparently, sets permissions, and opens a secure browser-based terminal immediately. If you want to use your local terminal instead, GCP provides a gcloud command you can paste and run. Simple. Intuitive. Elegant.

And that’s the key difference: GCP respects your time.

Why This Matters to DevOps Engineers

As engineers, we automate. We abstract. We eliminate friction. AWS gives you some of the best backend building blocks in the cloud industry — but when their interfaces waste our time, it affects productivity, reliability, and frankly, sanity.

DevOps is not just about automation pipelines and YAML. It’s also about developer experience. And the fact that a basic file download requires workarounds in 2025 tells me something fundamental is broken in the AWS UX stack.

AWS CloudShell could be a dream — a full cloud-based development environment embedded in your cloud console. But instead, it’s an unfinished product with critical usability gaps. And when you’re under pressure to deliver, those gaps aren’t just annoying — they’re operational blockers.

What Needs to Change

If AWS wants CloudShell to be a serious tool for DevOps work, here’s what it needs:

  • A clear and persistent „Download“ button that works on all screen sizes and resolutions

  • A working download CLI command inside CloudShell

  • A way to open a shell session with a preloaded key for SSH access (like GCP)

  • A UX team that dogfoods this stuff weekly

Because nobody should be manually copying private keys out of a terminal in 2025.

Final Thoughts

I love AWS. I use it daily. But this experience — this tiny, seemingly unimportant problem — reflects a bigger issue:

The parts of AWS that are developer-facing haven’t kept up with the rest of the industry.

CloudShell could be amazing. Right now, it’s a relic. Meanwhile, GCP is making it effortless to do the basics right.

If you’re a DevOps engineer evaluating platforms not just for power, but for developer efficiency, this kind of stuff matters.