SageOx CLI

The README thoroughly discloses capture of prompts, responses, tool calls, paths, diffs, and outputs, along with the local cache, sageox.ai-hosted ledger, team visibility, default recording, and publishing controls. User-level configuration takes precedence and offers manual or disabled modes, while CI declares read-only contents permission. However, automatic recording and publishing are defaults rather than per-session confirmations, and disabled mode still permits explicit manual capture. Secrets are pattern-redacted locally before upload, but the documentation expressly warns that .gitignore is ignored, nonstandard secrets can escape detection, and cached sessions have no TTL. Dependency versions are declared and CI actions are commit-pinned, but the dependency surface is large and the supplied evidence contains no vulnerability scan, update policy, or go.sum. Upload effects are clearly described, yet uninstall cannot remove already-synced sessions, limiting rollback. The MIT copyright holder and a credits path provide attribution, although publisher identity remains unverified and the full third-party credits were not supplied.

The README says ci.yml is disabled and only documentation and smoke workflows are active, while the supplied .github/workflows/ci.yml is an enabled, comprehensive build, test, and lint workflow. This material inconsistency limits self-consistency. Dependencies and build entry points are clear, with Linux, macOS, FreeBSD, and some Windows coverage, but the central shared-history function depends on sageox.ai and has no self-hosted or local-ledger substitute. Offline caching, retry behavior, doctor/status diagnostics, and explicit integration-test pass, fail, and skip messages support ordinary failure handling; the main command implementations were not supplied for a complete error-path review.

The evidence clearly targets human and multi-agent engineering teams, enumerates querying, capture, coordination, planning, and expert-loading scenarios, and distinguishes shipped from planned compatibility. Configuration precedence, personal overrides, and the distinct recording and publishing meanings of manual are documented. Per-agent trigger mechanisms are listed and the coworker test uses domain descriptions, but its autonomy check requires an optional live Claude invocation plus a reinforcing system prompt, so precise triggering in normal environments is only partially substantiated. Platform and agent coverage is broad, although Claude Code is expressly the primary and most-tested target and equivalent maturity elsewhere is not demonstrated.

The README has strong information architecture covering installation, quickstart, capture, configuration, compatibility, and contribution. Installation alternatives, verification, and the risk of building HEAD are well documented. Command naming is generally coherent, but manual means different things for session_recording and session_publishing and requires a special warning. Examples are extensive, and limitations are candidly stated: no self-hosting, no cache TTL, no fine-grained session privacy, and no .gitignore protection. The complete MIT license justifies full credit. Versioning evidence is limited to a release badge and upgrade command, with no supplied changelog or compatibility policy. SageOx Inc., the issue tracker direction, and contribution instructions establish a maintenance route, but named maintainers, service expectations, and governance are absent.

The command-oriented interface, diagnostics, structured test artifacts, and multiple agent entry points appear usable for ordinary workflows, but no representative query outputs, context-quality controls, or handling of bad retrievals are shown. Persistent context shared across agents, machines, and teammates offers clear marginal value over isolated sessions and supports recall, coordination, and planning. Costs and controls are partly disclosed, but full-conversation capture, mandatory hosted storage, indefinitely retained local cache, and team-wide readability impose privacy, storage, and operational costs that are not quantified.

Many central claims map to named commands, configuration keys, architecture references, or reference-document paths; the workflow and integration script also corroborate build gates and coworker loading. Cross-source support is meaningful but incomplete because core implementations, secret patterns, go.sum, test results, and linked documentation were not supplied, and the CI-status contradiction remains unresolved. The README generally separates shipped, planned, and unavailable capabilities, yet promotional outcomes are mixed with factual claims, and the autonomous-use test relies on extra prompting, so fact-inference separation is adequate rather than thorough.