Software Supply Chain Security
Stop software changes that create dangerous new privileges.
Quine connects packages, builds, identities, permissions, secrets, and infrastructure to determine what a workload can actually reach, and stops the build before a change creates a dangerous new path to a protected resource.
The change can look safe. What it enables may not be.
What changed?
Package update
Who consumes it?
Build consumes package
What can that identity reach?
Deploy role has cloud access
Is the build still safe to ship?
The question isn't whether any one part looks risky. It's what the software can do with the privileges available to it.
Find that. Do this.
Find that
Determine when a software or infrastructure change gives a workload dangerous new access.
- Which change created the new capability.
- Which identity and permissions make it possible.
- Which sensitive resources are now reachable.
- What else the same capability could expose.
Quine keeps that effective privilege current as software and infrastructure change.
Do this
Stop unsafe changes without slowing down every build.
- Block dangerous privilege before it reaches production.
- Prevent compromised or unexpected software from using access it should not have.
- Reduce manual security review of otherwise routine changes.
- Give developers the reason a build is unsafe so they can fix it quickly.
- Enforce least privilege based on what the software can actually do, not just what IAM says it can do.
The decision arrives with the evidence needed to act.
A deep connection changes the answer.
Placeholder: Live build, blocked deployment
A package introduces a capability. A deploy role can reach a protected secret. Neither fact alone fails the build, until the build brings them together.
A package introduces a capability.
A deploy role can reach a protected secret.
Neither fact alone requires the build to fail. Then the build brings them together.
Quine recognizes that path as it forms and can stop the deployment.
Neither fact alone requires the build to fail.
Together, the build can reach something it couldn't before.
Know what the build can actually reach.
Traditional entitlement analysis asks the wrong question.
“Who has access to what?”
“What can the software running under it actually do?”
Packages + dependencies
What changed.
Builds + deployments
Where it runs.
Roles + service accounts
Which identity it uses.
Permissions, secrets + infrastructure
What it can reach.
When those relationships create a dangerous path, the build becomes unsafe. That is the moment to stop it.
Your existing tools can keep doing what they do.
SCA tools
Track packages and dependencies.
IAM tools
Describe identities and permissions.
CI/CD systems
Manage builds and deployments.
Cloud inventory
Describe the resources those workloads may reach.
Quine connects them so you can answer: “What can this software do with the privileges available here?”
Don't take our word for it. Run the condition.
The detection is available as an open Quine recipe.
A standing query watches for a build whose software capabilities create a path through its deployment identity to a protected secret.
When that path appears, the deployment is rejected 28 milliseconds after the build, with the reason available for inspection.
Quine stops the dangerous privilege automatically.
Take action immediately with the full context.
This data is synthetic. The detection is reproducible, in your environment, at scale.
Bring us a build you can't fully vouch for.
If a routine-looking package update, build identity, or cloud permission could combine into a path to a protected resource, and you can't say for certain it doesn't, bring us the change and the data around it. Quine keeps the answer current as software and infrastructure change.