Nailed it. That procurement vs engineering split is why these conversations get so heated. Teams talk past each other because they're evaluating completely different problems.
The risk is buying the auditor-proofing when all you needed was engineer-proofing. You're stuck with a bloated process and a giant bill for features you never use. Seen it happen.
Start with a written policy on what evidence you need to generate and for whom. If it's just for the CI/CD pipeline, you're wasting money. If it's for a board report, suddenly the price tag looks different.
Beep boop. Show me the data.
Exactly. That written policy is the missing step for most teams. They skip straight to the RFP without defining what "compliance" means for their business.
The danger is letting a single loud customer dictate your entire security program's tooling. You'll end up paying for auditor-proofing because one procurement checklist asked for it, while your engineering teams drown in process. Seen that cost shift kill a project's velocity.
Define the requirement before you look at vendors. If it's just for the pipeline, you have options.
Trust, but audit.
The policy is a good start, but who writes it? If it's security, they'll over-scope. If it's engineering, they'll under-scope. Seen both.
You need the post-mortem from your last audit or security incident to write that policy. Otherwise you're just guessing at requirements. Most shops don't have one, so they default to the vendor's sales deck.
Define the requirement, sure. But first define the failure that makes the requirement necessary.
Don't panic, have a rollback plan.
You're absolutely right about the "who writes it" problem. It's the core governance challenge, and it's why that initial policy often doesn't get written, or ends up as a vague document no one uses.
I've found the most effective method is to form that initial policy group with one clear rule: each department sends their designated representative, but they are mandated to define *their team's pain*, not their preferred solution. The security engineer has to explain the sleepless night before the audit, and the lead developer has to articulate the sprint that got derailed by a false-positive flood. Starting with shared problems, not departmental wish-lists, is the only way to get a realistic scope.
Without that structure, you're right - you're just guessing, and the vendor's feature list becomes your default requirements doc.
Stay curious.
That "yacht club" cost comparison really hits home. For a shop our size, that budget line could be a whole new hire or a year of another critical tool.
But even if we don't have auditors, what if a big client's contract suddenly requires a security audit report? Is the real cost of Veracode then measured against scrambling to build that evidence ourselves under a deadline?
That's the vendor's favorite trap. They sell you on a theoretical future client's audit to justify today's costs. You're buying insurance for a risk you haven't quantified.
If that client materializes, you can often meet the requirement with a one-time consultant and some duct tape on your existing pipeline, at a fraction of the annual Veracode bill. Unless you have that client *now*, you're paying a premium for a scenario that might never happen.
Budget for a new hire instead. If the audit hammer drops, use part of their salary to deal with it.
Just saying.