Record what's running.
Prove it was compliant.

Kosli reconciles production reality across the whole lifecycle continuously. Every running workload is verified against the policies in real time.

• Continuous compliance. Approved state and running state compared on every change, not at the next audit.
• Every change traced to source. From the running artifact back through release, build, and commit.
• Full environment forensics. Environment status is always audit-ready, not reconstructed from documents.

An SBOM in isolation describes an artifact. It says nothing about which environments are vulnerable. Kosli joins these two facts in one record: every running artifact in every environment, with the provenance, scan results, and reports attached to it.

• Runtime SBOMs Snapshots record what is running. Kosli connects the SBOM and the scan report behind each artifact that is running.
• Answer the zero-day question from one place. Find the affected workloads, pull their SBOMs and scans, and stop surveying teams for answers.
• Ask it about last quarter too. The record keeps every snapshot and every attestation, so the same question can be asked as of any date.

Kosli runs your environment policies as versioned code, evaluated against every snapshot, so each change is evaluated the moment it deploys and non-compliance is an alert instead of an audit finding.

• Policy as code, per environment. Versioned policies say what has to be true to run where: provenance, tests, scans, pull request approvals. The same evidence always produces the same decision.
• Enforced where changes land. A CI gate, the assert API, or a Kubernetes admission controller that rejects a non-compliant workload and names the requirement it failed.
• Always audit-ready. Every decision is recorded as a fact when it happens, so proving compliance is a query rather than a collection exercise.

Which change took the environment down? Kosli keeps an append-only history of every environment you report, whatever the runtime, so answering that is a diff, not an expedition through dashboards, logs, and tribal memory.

• Any environment type, any point in time. Kubernetes and ECS clusters, Lambdas, S3 buckets, Docker hosts, physical and virtual servers: every type is recorded the same way, so you can see exactly what was running last Tuesday at 14:02.
• Diff any two snapshots. Every deployment, scale event, and removal is attributed and timestamped, so the change that broke it is one comparison away.
• Precise exposure windows. "When were we vulnerable?" gets an exact answer, not an estimate.