Code validation
Syntax, linting, static analysis, dependency checks and build validation.
CAPABILITIES
JVerify combines deterministic engineering checks, controlled execution, project-aware reasoning and evidence-backed reporting. It is designed to answer not merely “what does the code say?” but “what can we demonstrate about this project?”
Syntax, linting, static analysis, dependency checks and build validation.
Unit, integration and framework-native test execution with explicit pass, fail and skip evidence.
Detect architectural drift, layering violations and project-specific design-rule breaks.
Surface risky constructs, dependencies and security-relevant implementation decisions for investigation.
Run permitted validation operations inside J OS-controlled boundaries rather than granting the reasoning model arbitrary host authority.
Inspect whether the project is structurally prepared to package, configure and deploy.
Generate project, architecture, API, test and deployment documentation and identify documentation drift.
Store structured verification runs instead of reducing quality to an opaque conversational answer.
Use J OS-backed project knowledge to retain decisions, exceptions, recurring issues and prior findings.
Support customer-controlled infrastructure for repositories that should not leave the organisation.
J OS CAPABILITY MODEL
J can determine that a command, test or inspection would be useful. J OS determines whether that capability is available and permitted. This separation is especially important when the input itself may be untrusted.
A TYPICAL FLOW
A developer uploads a project. Verify binds it to the authenticated user's workspace, identifies the project and applicable checks, performs analysis, executes only permitted operations, collects evidence, and produces a verification result. J can retain the useful project context for later work.