Engineering tools in the enterprise tend to go through procurement processes that last months. Security reviews, vendor questionnaires, procurement committee sign-offs, legal review of data processing agreements, integration assessments: a tool that a developer can evaluate in an afternoon can take two quarters to approve for production use.
This isn’t entirely irrational. Enterprise security requirements are real, data handling obligations are real, and the costs of deploying an insecure tool across a large organisation are real. The procurement process exists because organisations have been burned by skipping it.
The problem is that it creates a strong selection effect in what engineering tools get used.
What survives a six-month procurement process
Tools that justify the procurement overhead tend to share certain characteristics: they’re expensive enough to warrant the process, they offer deep integration with the existing tool stack, they have an enterprise sales team equipped to navigate the process, and they’re built on the assumption that buyers will take months to decide.
These characteristics shape the product itself. Tools built for enterprise procurement are built to win procurement, which means demonstrating integration depth, offering per-seat licensing that scales with headcount, and building features that look good in evaluation criteria. The product serves the evaluation process as much as it serves the engineering team using it after purchase.
Why the alternative looks different
A self-serve tool with no integration requirements and no per-seat pricing occupies a different position in this landscape. The procurement barrier is lower because there’s less to assess: no integration to evaluate, no seat count to negotiate, no complex data pipeline to security-review.
This is a deliberate constraint in how Scryable is built. Reading git history doesn’t require access to the codebase itself, to the development environment, to the CI pipeline, or to any internal system. The data required is commit history, which can be shared without exposing source code. That’s a meaningfully different data handling profile from tools that ingest code, connect to issue trackers, or sit inside the development environment — and it’s a different procurement conversation.
What this means in practice
The trade-off is that a tool without deep integrations can’t do everything a deeply integrated platform can. Scryable is not a project management overlay, an issue tracker, or a developer workflow tool. It reads git history to surface what the code is doing, with specific focus on whether AI adoption is improving or degrading the output.
For teams that need that visibility quickly, the absence of a six-month process is a consequence of building the tool so that the six-month process isn’t warranted.
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