Category comparison
Software supply chain security focuses on dependencies, packages, SBOMs, builds, and provenance. ASPM platforms manage broader application-security posture. GoSentrix verifies whether the evidence from either satisfies policy for a release decision.
Software supply chain security secures the artifacts and processes that produce software. It includes dependency scanning, SBOM generation, build integrity, artifact signing, provenance, and distribution controls. A software supply chain security platform helps teams know what components they depend on and whether those components have been tampered with.
ASPM platforms aggregate, correlate, and prioritize application-security findings across code, cloud, and runtime. They may consume supply chain signals, but their primary job is posture management, not supply chain attestation.
| Dimension | Software supply chain security | ASPM | GoSentrix |
|---|---|---|---|
| Primary focus | Dependencies, builds, provenance, SBOMs | Application-security posture | Evidence for release decisions |
| Core question | Is the software build and its components trustworthy? | What is our application risk posture? | Does evidence satisfy policy? |
| Input | Package manifests, build logs, signatures, SBOMs | Scanner, cloud, runtime, agent signals | Qualified evidence from existing tools |
| Output | SBOMs, attestations, dependency risk lists | Prioritized findings and posture score | Proceed, Stop, Escalate, Require authorization |
| Evidence model | Provenance, attestation, reproducibility | Correlation, context, risk rank | Corroboration, freshness, policy version |
| Remediation proof | Updated dependency, signed build | State tracked in posture | Validated fixes, not just ticket closure |
Software supply chain security focuses on the artifacts and processes that produce software: dependencies, packages, SBOMs, build pipelines, signing, provenance, and distribution. Its goal is to reduce tampering, malicious insertion, and exposure from third-party components.
ASPM is broader in application-layer coverage and prioritizes findings across code, cloud, and runtime. Software supply chain security is deeper in the build and dependency lifecycle. They overlap where SCA and dependency risk meet application posture.
No. GoSentrix consumes signals from SBOM tools, SCA, CI, build systems, and artifact registries, then evaluates whether the evidence satisfies customer-defined policy for a release decision. It verifies claims; it does not generate supply chain attestations.
Delivery evidence for security controls is the set of artifacts and records that show a control was applied, evaluated, and produced an outcome in the context of a specific software release. GoSentrix preserves that evidence and binds it to policy.
A plain-language definition of Application Security Posture Management.
How ASPM differs from vulnerability tracking and prioritization.
How GoSentrix qualifies evidence for consequential software decisions.
Canonical answers about verification, policy binding, and tool relationships.
GoSentrix evaluates supply chain and ASPM signals against versioned policy so release decisions can be explained later.
