If you are building a Class A Software as a Medical Device (SaMD) app, you are in a weird regulatory position. By definition, your software carries zero risk of physical injury, but you still have to prove you built it right, verify your requirements, and keep an audit trail.

When it comes to documenting this verification, early stage teams usually fall into one of two traps – they dump thousands of dollars into a rigid enterprise eQMS, or they try to manage everything in a messy, unstructured Google Folder.

As an engineer who has spent two decades building software, let me explain why both paths fail dev teams, and how a lean, template-driven approach gets you through your release without the friction.

The Enterprise eQMS Overkill

Enterprise eQMS systems love pitching to SaMD startups. They promise automated traceability and push-button audit readiness.

But if you’re tracking a Class A project, an enterprise eQMS is usually massive overkill:

• It destroys dev velocity: These platforms were designed around legacy hardware manufacturing lifecycles. Forcing an agile, continuous release cycle into their rigid change-control workflows is like trying to install a tractor engine into a sports car.
• The software validation loophole: It’s the ultimate irony – if you use a traditional eQMS software tool to manage your medical device documentation, you technically have to validate their software tool for your environment. That is an extra mountain of paperwork you just bought for yourself.
• It burns runway: Pre-revenue startups shouldn’t be spending thousands a year on software licenses just to store document records.

The Wild West of Unstructured Google Docs

Because enterprise tools are so expensive, developers usually swing to the other extreme: “We’ll just handle verification inside a free Google Doc or spreadsheet.”

While I love the simplicity, doing this from scratch usually backfires:

• The broken traceability link: Class A compliance requires you to show that your software requirements explicitly map to a specific verification test case. When you do this manually across unstructured documents, a single copy-paste error breaks the chain. During an audit, a broken link looks incredibly unprofessional.
• The blank page blueprint problem: If you’ve never written a software verification protocol or report before, staring at a blank screen trying to figure out what an auditor expects to see is paralysing.

The Practical Solution: Document-Based Verification Frameworks

You do not need to buy an entire, complex enterprise software ecosystem just to show how you tested your app. You already have text editors and spreadsheets. What you are missing is the underlying structure.

For lean software teams, the fastest path to release is to use pre-built, engineered document templates built directly into your existing Google Drive workspace.

Using structured verification templates gives you the best of both worlds:

• Zero adoption friction: Your team continues using tools they already understand. No training, no configuration delays.
• Agile compatibility: You can map your test protocols and verification metrics directly to your existing sprint cycles and pull-request habits.
• Clear structure: It gives you a strict framework for software requirements, test protocols, and execution logs without forcing you into an enterprise cage.

Stop Overcomplicating Class A Verification

I built LayerTrace because I was tired of seeing small, innovative software teams get bogged down by compliance bloat.

If you are trying to get a Class A project across the line, skip the enterprise contracts and the blank-page panic. Grab our LayerTrace Class A Verification Starter Pack—a practical set of editable Google Docs and Sheets templates designed by an engineer, for engineers. Get your structure sorted, verify your app, and get back to shipping code.