Compare
Snyk finds and helps remediate application-security risk. FalseGreen decides whether a bounded engineering outcome satisfied its frozen requirements.
Quick answer
Snyk is a developer-security platform spanning first-party code, open-source dependencies, containers, and infrastructure as code. FalseGreen is not a Snyk replacement. If you need vulnerability and configuration scanning, use a dedicated security product; use FalseGreen when the broader question is whether one consequential Job was independently established.
Alternative or additional layer?
No—not if you need a developer-security platform or vulnerability scanner. Snyk remains the specialist for code, dependency, container, and infrastructure security. FalseGreen can use relevant security results as evidence when independently deciding whether the broader Job is complete.
What Snyk is good at
Where the overlap is
Both can surface reasons not to trust a software change. Snyk focuses on developer and application security findings; FalseGreen can include relevant security results among the evidence for a broader, human-defined engineering outcome.
The architectural difference
Snyk evaluates supported artifacts against security intelligence and configured security policies. FalseGreen freezes the bounded definition of done first, then asks whether heterogeneous evidence establishes that outcome. A clean security scan is valuable, but it does not establish missing business behavior or every other Job criterion.
Side by side
✓ means central and explicit. ◐ means partial or adjacent. — means not the product’s primary function.
| Capability | FalseGreen | Snyk |
|---|---|---|
| Primary purposeThe main problem the product is designed to solve. | Independent bounded acceptance | Developer and application security |
| Dedicated security or static analysisSpecialized analysis for code quality, vulnerabilities, or security findings. | — Not primary | ✓ Yes |
| Frozen human-defined definition of doneThe bounded acceptance target is established before implementation is judged. | ✓ Yes | ◐ Partial |
| Separate Job acceptance authorityA distinct authority decides whether the separately bounded Job is accepted. | ✓ Yes | — Not primary |
| Job or outcome-level acceptanceAnswers whether the requested bounded engineering outcome is complete. | ✓ Yes | — Not primary |
| Exact-source-bound acceptanceAcceptance belongs explicitly to the exact source state that earned it. | ✓ Yes | ◐ Partial |
| Heterogeneous evidence for acceptanceTests, CI, scanners, formal tools, behavior, and inspection can inform one Job decision. | ✓ Yes | — Not primary |
| Explicit bounded resultReturns Accepted, Failed, or Insufficient Evidence for the bounded Job. | ✓ Yes | ◐ Partial |
| Durable evidence and limitationsPreserves what was checked, the relevant source, supporting evidence, and limitations. | ✓ Yes | ◐ Partial |
FalseGreen exact-source enforcement is marked partial because PR Gate remains coming soon. “Not primary” describes product scope, not an unsupported universal absence claim.
When to choose Snyk
Choose Snyk when your central problem is finding, prioritizing, monitoring, and fixing vulnerabilities across application code, dependencies, containers, or infrastructure configuration.
When to use FalseGreen
Use FalseGreen when a security-sensitive or otherwise consequential Job needs an independent acceptance decision over the complete agreed outcome, with the security evidence kept in its proper scope.
Better together
Snyk can remain the dedicated security engine. Its findings can inform FalseGreen verification without turning FalseGreen into a vulnerability scanner or treating a green scan as proof that the whole Job is done.
The builder layer stays open
The coding-agent layer remains swappable. FalseGreen sits outside the builder, regardless of which supported agent or underlying model performs the implementation.
Official references
When “done” needs authority