Unlazy Completion Discipline

Least privilege is addressed through read-only CI permissions, commit-pinned actions, and approval storage outside the checked repository, but gate commands still inherit the user's filesystem, environment, credentials, and network access, so this is not complete containment. User confirmation is thorough: an unapproved oracle is displayed rather than executed, approval is bound to the exact command context, and hook installation is explicitly invoked. Data flows and external effects are clearly documented, including ledger evidence, approval records, hook state, settings writes, PATH disclosure, and absolute-path exposure. Sensitive-data guidance warns against secret-bearing output and recommends review and isolation, but there is no automatic environment scrubbing, secret detection, or sandbox. Runtime code has no third-party packages and CI actions are pinned to commits, supporting full dependency-security credit. Uninstall, atomic settings writes, and backups provide useful recovery, but arbitrary effects produced by CHECK commands have no general rollback. Research sources, license authorship, and contributor-history routes are well attributed; the publisher remains unverified by the enterprise registry, which is treated as unknown rather than suspicious.

README, SECURITY, package metadata, and CI configuration consistently describe the Node requirement, zero runtime dependencies, approval boundary, inherited shell environment, and test command. Dependency availability is handled with Node 16+ requirements, a three-OS and multi-version CI matrix, and warnings about unavailable shell utilities, but user-defined gates may still depend on arbitrary tools in the launch environment. The documentation identifies rejected ledger forms, invalid expectations, timeouts, and fail-closed lock behavior; however, the supplied evidence excludes implementation source and representative diagnostic output, so consistently actionable failure messages cannot be fully established.

The material addresses solo work, hierarchical agent work, parallel leaves, parent reverification, Claude Code, and Codex, with distinct guidance for authors and orchestrators. Capability boundaries are unusually explicit: approval is not sandboxing, leases are not write isolation, a gate proves only its declared oracle, and extra reasoning does not guarantee improvement. Explicit and natural-language triggers, tree-depth syntax, scopes, and CLI modes are precisely distinguished. Environment fit is strong through Unix and Windows shell guidance, PATH resolution, Node 16+ support, three-platform CI, working-directory controls, and configurable shells.

The quick start, repository map, security boundary, gate contract, orchestration guidance, and research basis form a clear information architecture. Installation methods, manual locations, invocation forms, and prerequisites are comprehensive, while product, version, option, and file-layout naming is stable. Examples are extensive, but there is no dedicated FAQ or systematic troubleshooting section, so examples_and_faq is not full. Limitations are disclosed thoroughly and the complete MIT license is present. Version status candidly identifies 2.1.0 as unreleased and points to a changelog, but the changelog itself is absent from the supplied evidence and cannot be assessed. Contribution and vulnerability-reporting routes exist, yet no verified maintainer identity, maintenance commitment, response policy, or stable private security contact is shown, leaving maintenance responsibility thin.

Acceptance ledgers, explicit CHECK/EXPECT/CWD fields, reviewable evidence, and parent-level reruns create directly usable and transferable outputs. Exact approvals, fail-closed checks, ownership coordination, and verification hierarchy offer plausible marginal value over an instruction-only anti-laziness prompt. However, the repository explicitly says the raw artifacts for its earlier internal comparison are unavailable and makes no reproducible fixed-improvement claim, preventing full marginal-value credit. It discusses depth, sequential defaults, opt-in concurrency, verification effort, and attention costs, but does not quantify time, token, or human-review costs against demonstrated gains, so the cost-benefit case remains adequate rather than complete.

Behavioral claims are tied to concrete commands, files, states, evidence fields, CI configurations, and dated research references, providing strong traceability. Multiple independent sources corroborate the motivating problems of underthinking, premature completion, and overthinking, but they do not directly validate unlazy's effectiveness; the missing raw artifacts for the historical internal comparison further limit cross-source corroboration. Fact and inference are carefully separated: the documentation states that research does not prove fixed improvement, historical results are not benchmark guarantees, approval does not establish semantic correctness, and stored evidence is not re-execution.