What you are evaluating
The broader portfolio includes static, dynamic, interactive, composition, and protocol testing. Confirm language coverage, deployment and data flows, module entitlements, and the current contracting and support entity for an existing agreement.
A useful evaluation context
A plausible evaluation context is a team that needs both static analysis and composition analysis, possibly on-premises, and must confirm the current contracting entity, support path, and module entitlements.
Documented capabilities
The vendor describes these capabilities in the linked sources. Availability depends on the product edition and supported environment.
- Static analysis through Coverity and Polaris cloud paths, with language coverage that must be tested per engine.
- Black Duck software composition analysis, SBOM-oriented views, and vendor-described European Union Cyber Resilience Act supply-chain reporting.
- Dynamic and interactive testing via WhiteHat and Continuous Dynamic and Seeker, plus Defensics protocol testing in the same independent brand.
Where it fits in the work
- Confirm whether analysis will run in Polaris cloud, Coverity on-premises, or both, and where source or binaries are allowed to live.
- Run static and composition analysis on a representative application, then add dynamic or interactive testing only against non-production instances.
- Retain SBOMs and review decisions, and confirm the current contracting entity, support path, and module entitlements rather than assuming a rebrand novates older contracts.
APPLY THE IDEA / ILLUSTRATIVE EXERCISE
Make the outcome observable.
In a non-production organization you own, analyze a synthetic app with a seeded first-party weakness and a pinned vulnerable library using the Black Duck engines you are entitled to run. Keep production out of scope.
Evidence to look for
The seeded first-party issue and the library appear in the entitled engines, an SBOM or composition inventory lists the library, and the operator confirms the current contracting entity, support path, and entitled modules.
Use synthetic data and an authorized test environment. Agree the scope and recovery steps before enabling enforcement.
Questions for your evaluation
- Which languages and build systems are actually modeled by Coverity versus Polaris cloud on this codebase?
- Where may source, binaries, and composition KnowledgeBase queries reside, including air-gap constraints?
- Who is the current contracting entity and support path, and which modules are actually entitled?
Names you may encounter: Coverity · Black Duck SCA · Polaris. Historical names do not establish current availability or feature equivalence.