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lisa-status

Report Lisa wiki source…

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lisa-setup

Scaffold, repair, verify, or…

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upgrading-expo

Guidelines for upgrading Expo SDK versions and fixing dependency issues

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fix-linter-error

This skill should be used when fixing all violations of one or more RuboCop cops across the codebase. It runs RuboCop, groups violations by cop and file, generates a brief with fix strategies, and creates a plan with tasks to implement the fixes.

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improve-code-complexity

This skill should be used when reducing the code complexity threshold of the codebase. It lowers the CyclomaticComplexity threshold by 2, identifies methods that exceed the new limit, generates a brief with refactoring strategies, and creates a plan with tasks to fix all violations.

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improve-max-lines-per-function

This skill should be used when reducing the maximum lines per method threshold and fixing all violations. It updates the RuboCop configuration, identifies methods exceeding the new limit, generates a brief with refactoring strategies, and creates a plan with tasks to split oversized methods.

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lisa-lint

Health-check the LLM Wiki…

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improve-max-lines

This skill should be used when reducing the maximum class/module lines threshold and fixing all violations. It updates the RuboCop configuration, identifies classes and modules exceeding the new limit, generates a brief with refactoring strategies, and creates a plan with tasks to split oversized files.

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improve-test-coverage

This skill should be used when increasing test coverage to a specified threshold percentage. It runs the test suite with SimpleCov, identifies files with the lowest coverage, generates a brief with coverage gaps, and creates a plan with tasks to add the missing tests.

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lisa-wiki-add-ingest

Scaffold a project-specific "front-door" ingest skill that does something unique (classify a source, fetch from a special system, stamp domain frontmatter) and then chains into /ingest. Use when a project needs a bespoke ingestion path that the core connectors do not cover — instead of forking the kernel. The generated skill enriches and delegates; the kernel still owns synthesis, index, log, verify, state, and PR.

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lisa-add-ingest

Scaffold a project-specific…

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lisa-posthog-access

Vendor-neutral access layer for PostHog. PostHog skills and observability rules MUST delegate through this skill rather than calling PostHog MCP tools or REST directly. Per the credential-substrate-precedence contract, resolves POSTHOG_PERSONAL_API_KEY bearer auth first when present and identity-matched to the configured project, then falls back to the PostHog MCP.

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lisa-wiki-usage

Use when explaining how to query, browse, update, maintain, or contribute to the Lisa LLM Wiki.

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lisa-confluence-to-tracker

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lisa-confluence-prd-intake

Scans a Confluence space (or a parent page) for PRD pages currently parented under the configured `ready` lifecycle page and runs the first eligible one through the dry-run validation pipeline. A PRD that passes every gate gets tickets written and is re-parented under the `ticketed` lifecycle page; a PRD that fails gets clarifying-question comments and is re-parented under the `blocked` lifecycle page. Confluence counterpart of `lisa-notion-prd-intake` — the workflow is identical; only the source-of-truth tools and the state encoding differ (parent-page re-parenting instead of a status property). Composes existing skills (confluence-to-tracker, tracker-validate, tracker-source-artifacts, product-walkthrough).

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lisa-codify-verification

Convert empirical verification into a regression test so it never has to be re-proven manually. Runs after a verification passes — picks the appropriate test framework for the verification type (Playwright for UI/browser, integration test for API/DB/auth, benchmark for performance, etc.), generates the test, wires it into the project's test runner, and confirms it executes. Mandatory step in the verification lifecycle and in the Build/Fix/Improve flows.

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lisa-codebase-research

Codebase exploration and architecture analysis. Read files, trace data flow, identify modification points, map dependencies, find reusable code, evaluate design patterns.

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lisa-enforcement-census

Fleet enforcement census. Re-measures how many host checkouts on this machine resolve a Lisa enforcement guard at all, which copy governs each one, its vintage, and whether an apply receipt exists — then reports it. Report-only: it never gates, never files, and never changes a checkout. Keeps 'resolves NO guard' apart from 'resolves something old', because they are different failures with different remedies. Lisa-monorepo only, because the fleet roster is a Lisa-monorepo artifact.

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harness-parity-council

Lisa-only advisory workflow for consulting external coding-agent CLIs about runtime parity without bundling this skill into host projects

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lisa-capability-drift

Detect the fleet getting worse when nobody changed anything — sample the evaluation suite against a recorded baseline on a cadence, decide whether a decline is real given run-to-run variance, and attribute it to a vendor-side change, accumulated local change, or a broken harness.

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lisa-bug-triage

8-step bug triage and implementation workflow. Ensures bugs are reproducible, root-caused, and fixable before implementation begins.

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lisa-automation-status

Read-only operator surface for the current project's Lisa automation fleet. Resolves the expected recurring jobs from the same setup-automations contract Lisa uses to create them, inspects the active runtime scheduler (Codex automations or Claude /schedule), compares live command/cadence/queue arguments against the expected contract, and reports grouped fleet health such as healthy, missing, unsupported, drifted, stale, or failing with remediation guidance.

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lisa-linear-verify

Verifies a Linear work item meets organizational standards by fetching the live item and running it through lisa-linear-validate-issue. Catches anything dropped or reformatted on write — same gates as the pre-write check, but applied to what Linear actually stored. Read-only.

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lisa-linear-write-issue

Creates or updates a Linear work item — Project (Epic), Issue (Story), or sub-Issue (Sub-task) — following organizational best practices. Polymorphic: dispatches internally on issue_type to save_project (Epic) or save_issue (Story / Sub-task). Enforces description quality (three audiences), Gherkin acceptance criteria, project-as-parent for Stories, parentId for Sub-tasks, explicit relationship discovery (blocks / is blocked by / relates to / duplicates), labels, components-as-labels, project milestones for fix versions, native priority and estimate fields, and Validation Journey. Rejects thin items — use this skill any time a Linear work item is created or significantly edited.

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lisa-jira-claim

Idempotently claims one live Jira leaf ticket for direct Lisa work. Reuses jira-build-intake Phase 3b semantics through lisa-atlassian-access: configured ready-to-claimed transition, assign-only-if-unassigned, stable managed comment, and post-write verification.

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lisa-jira-create

This skill should be used when creating JIRA epics, stories, and tasks from code files or descriptions. It analyzes the provided input, determines the appropriate issue hierarchy, and creates issues with comprehensive quality requirements including test-first development and documentation.

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lisa-jira-evidence

Upload text evidence to GitHub pr-assets release, update PR description, post JIRA comment with code blocks, and move ticket to the configured review status only when `jira.workflow.review` is set (otherwise leave it in `claimed`). Reusable by any skill that captures evidence and generates evidence/comment.txt + evidence/comment.md.

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lisa-jira-journey

Parse a JIRA ticket's Validation Journey section, execute the verification steps using appropriate tools (curl, test commands, database queries), capture evidence, and post to JIRA + GitHub PR using the jira-evidence skill.

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lisa-jira-read-ticket

Fetches the full scope of a JIRA ticket — metadata, description, acceptance criteria, all comments, remote links (PRs, Confluence, dashboards), issue links (blocks/is blocked by/relates to/duplicates/clones), epic parent with siblings, and subtasks. Produces a consolidated context bundle that downstream agents consume so they never act on a single ticket in isolation.

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lisa-jira-sync

Syncs plan progress to a linked JIRA ticket. Posts plan contents, progress updates, branch links, and PR links at key milestones. Use this skill throughout the plan lifecycle to keep tickets in sync.

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lisa-jira-validate-ticket

Validates a proposed JIRA ticket spec (or an existing ticket) against the organizational quality gates without writing anything. Returns a structured PASS/FAIL report per gate with concrete remediation. This is the single source of truth for what makes a valid ticket — both the write path (jira-write-ticket runs it pre-write) and the dry-run path (notion-to-tracker runs it during PRD intake) call this skill so the bar can never drift.

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lisa-jira-verify

This skill should be used when verifying that a JIRA ticket meets organizational standards for epic relationships and description quality. It fetches the live ticket and delegates the gate checks to jira-validate-ticket so the bar matches what jira-write-ticket enforces pre-write.

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analyze-plugin

This skill should be used to analyze a single curated third-party Claude plugin (one of Lisa's enabledPlugins) and plan how to bring it to parity across the non-Claude agents Lisa distributes to (Codex, Cursor, agy, Copilot). It inventories the plugin's components, classifies each, decides a per-agent routing outcome, and writes a machine-readable routing artifact plus a human review matrix under parity/plugin-routing/. It is PLAN-ONLY: it STOPS for human approval and makes no source-tree edits — the sibling skill implement-plugin-parity executes an approved artifact.

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implement-plugin-parity

This skill should be used to execute an APPROVED plugin-parity routing artifact produced by analyze-plugin. It hard-gates on `status:"approved"`, then performs only the artifact's declared deterministic actions — emitting MCP/LSP into agent variants via the existing generators/installers, enabling vendor equivalents, and scaffolding `synced-from`-stamped Lisa skills for approved reimplement cases. It reuses Lisa's existing generators/installers as black boxes and NEVER ports upstream plugin code. An un-approved or schema-invalid artifact is a no-op error.

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lisa-codex-parity

This skill should be used when adding or changing a Lisa feature surface (hooks, skills, agents, slash-commands, MCP servers, settings, memory) and you need the Codex distribution to reach parity with the Claude distribution. It drives the `codex` CLI in a back-and-forth conversation to investigate what Codex actually supports (source-read AND empirical runtime capture — never docs alone), builds a Claude→Codex gap matrix, implements the missing equivalents, and has Codex empirically verify the result end-to-end. Use it whenever Claude Code or Codex ships a new capability, or whenever you bundle something new into Lisa for Claude and need to mirror it for Codex.

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lisa-attribute-failure

Event-triggered root-cause attribution for an arbitrary failure: decide, with cited evidence, whether the defect is Lisa's fault or the project's. Accepts a failure event (defect description, implicated files, rule/skill/hook in play) and returns a verdict of lisa | project | ambiguous plus the evidence relied on. Read-only — it never files, writes, or remediates; callers (lisa-doctor findings, the learning judgment gate, rework triage) consume the verdict. Extracted from lisa-doctor's upstream Lisa change-history diagnosis (#1494) so the same attribution procedure can run on ANY failure event, not only doctor config-audit findings.

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lisa-atlassian-access

Vendor-neutral access layer for Atlassian (JIRA + Confluence). Every jira-* and confluence-* skill MUST delegate through this skill rather than calling Atlassian directly. Per the credential-substrate-precedence contract, resolves a substrate per operation with the ATLASSIAN_API_TOKEN curl path first for reads and writes alike whenever the token is present and identity-matched — binding JIRA writes to the configured cloudId — then acli, then the Atlassian MCP as fallbacks. acli is used when installed and switchable to a profile matching the configured site; mismatched active profiles are skipped only after switch plus re-verification fails, and acli writes are a guarded fallback with post-write tenant assertions.

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lisa-analyze-claude-remote

Audit whether the current repository can run as a Claude Code remote routine (cloud session). Read-only analysis that inventories what Lisa AND the host project need to configure or build in the cloud environment — external CLIs/binaries to install, environment variables and secrets to set, startup hooks and their headless-safety, MCP server scope/transport/auth, user-scoped config and auto-memory gaps that don't replicate to the cloud, and platform constraints (bun proxy, IP allowlist, network tier, no interactivity). Reads `.lisa.config.json` `tracker`/`source` to determine which tracker/PRD-source integrations are active, resolves each to its headless-viable substrate (CLI/curl + token, never browser-OAuth MCP, never OS-keychain), and spells out the exact secret env vars, where to obtain each token, and the precise access scope required — without guessing. Emits grouped findings plus a machine-readable inventory that /lisa:generate-claude-remote-build-script consumes.

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plugin-parity-drift

This skill should be used to check whether any Lisa-native reimplementation of a curated third-party Claude plugin has drifted behind its upstream version. It wraps the deterministic detector at scripts/plugin-parity-drift.mjs, which scans `synced-from`-stamped SKILL.md files, resolves each plugin's current upstream version from the installed plugin cache, and reports stale/ahead/missing pins via a CI-gateable exit code. Use it in CI, before a release, or any time the curated plugin set is updated. It only reports — it never edits a skill or auto-bumps a pin.

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lisa-coding-agent-parity

This skill should be used when Lisa needs to research feature parity across the coding agents it can install into — Claude Code, Codex, Cursor (cursor-agent), Antigravity (agy), and GitHub Copilot. It produces a four-part research artifact (universal feature catalog, support matrix, plugin-distributability matrix, polyfill designs for the gaps) drawn from both web/documentation research and direct CLI queries. RESEARCH ONLY — implementation lives in the sibling skill `lisa-coding-agent-parity-implement`, which consumes this artifact. Use whenever the agent fleet changes (new CLI added, existing CLI ships a capability), when Lisa needs an updated picture of where parity stands, or before opening any implementation work that touches multiple agents.

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lisa-linear-write-prd

Creates or idempotently updates a PRD as a Linear Project carrying exactly one PRD lifecycle project-label (`prd-draft` by default, or `prd-ready` when initial_role is ready so lisa-linear-prd-intake auto-claims it). The Linear PRD-source writer behind lisa-prd-source-write. Dedupes by a stable marker embedded in the Project description (matched by marker, never by name). Uses the Linear MCP.

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lisa-intake

Vendor-agnostic scanner for Ready queues. Notion PRD database URL → first Ready PRD → lisa-plan. Confluence space or parent page URL → first prd-ready PRD → lisa-plan. Linear workspace URL or team key → first prd-ready project → lisa-plan. GitHub repo URL or `org/repo` token → first prd-ready issue → lisa-plan, or first `status:ready` issue → lisa-implement when `tracker = github`. JIRA project key or JQL filter → first Ready ticket → lisa-implement. On the PRD side it also closes the loop: each cycle rolls a ticketed PRD up to shipped and dispatches lisa-verify-prd for one shipped PRD (shipped → verified on pass; on fail, re-opened shipped → ticketed with build-ready fix tickets that auto-build and re-verify — never blocked). Designed as the cron target for /schedule — one eligible item per invocation, exits cleanly on empty. Symmetric counterpart to the single-item lisa-plan and lisa-implement skills.

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lisa-intake-explain

Read-only operator surface for diagnosing one repo-scoped PRD or build item against Lisa's current intake and repair contracts. Resolves the item's queue family, lifecycle role, ownership boundary, and gate outcomes using the same source/tracker detection, lifecycle naming, leaf-only, dependency, staleness, and backoff semantics the write-side intake and repair flows already enforce.

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lisa-improve-tests

This skill should be used when improving test quality. It scans the test suite for weak, brittle, or poorly-written tests, generates a brief with improvement opportunities, and creates a plan with tasks to strengthen the tests.

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lisa-improve-test-coverage

This skill should be used when increasing test coverage to a specified threshold percentage. It runs the coverage report, identifies files with the lowest coverage, generates a brief with coverage gaps, and creates a plan with tasks to add the missing tests.

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lisa-setup-notion

Configure Notion as the PRD source for this project. Walks the user through creating an internal integration in the target workspace, sharing the PRD database with it, stores the resulting `ntn_*` token in OS keychain (multi-workspace-safe — keyed by workspaceId), validates against the Notion API, and writes `notion.workspaceId`, `notion.prdDatabaseId`, and `notion.values` into `.lisa.config.json`. Idempotent — re-runs update the existing section rather than duplicating it. Offers to set top-level `source: \"notion\"`.

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lisa-evaluation-suite

Build and maintain the entity's own task suite for qualifying agent, model, prompt and effort-level changes — drawn from real work, kept representative, protected from contamination, and checked for the discriminating power that makes a result mean something.

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lisa-epic-triage

9-step epic triage and 5-step implementation workflow. Ensures epics are fully scoped, broken down, and ordered before execution begins.

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lisa-drive-pr-to-merge

This skill should be used to drive a pull request all the way to MERGED, handling ANYTHING that blocks the merge. It enables auto-merge when the repo supports it (direct-merge fallback otherwise), keeps the branch rebased/synced and resolves merge conflicts, fixes failing CI/deploy checks, addresses and resolves every human and bot review comment (CodeRabbit, etc.) — implementing valid feedback and replying-then-resolving invalid feedback — dismisses stale CHANGES_REQUESTED gates, and verifies the fix actually shipped — both merge ancestry and that a deploy/release run fired for the merge SHA (auto-merge race + zero-deploy-run check). Composable and inline — invoked by other skills (e.g. git-submit-pr, implement, sync-down) via the Skill tool, never as a standalone user command.

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lisa-doctor

Audit whether the current repository is ready to use Lisa. Runs grouped read-only checks across project detection, Lisa config, runtime distribution surfaces, tracker/source preflight access, automation prerequisites, optional GitHub Project coordination, and optional wiki delegation, then reports PASS/WARN/FAIL/SKIP results plus an overall readiness verdict (`READY`, `READY_WITH_WARNINGS`, or `NOT_READY`).

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Adoption

Agent Skills are supported by leading AI development tools.

FAQ

Frequently asked questions about Agent Skills.

01

What are Agent Skills?

Agent Skills are reusable, production-ready capability packs for AI agents. Each skill lives in its own folder and is described by a SKILL.md file with metadata and instructions.

02

What does this agent-skills.md site do?

Agent Skills is a curated directory that indexes skill repositories and lets you browse, preview, and download skills in a consistent format.

03

Where are skills stored in a repo?

By default, the site scans the skills/ folder. You can also submit a URL that points directly to a specific skills folder.

04

What is required inside SKILL.md?

SKILL.md must include YAML frontmatter with at least name and description. The body contains the actual guidance and steps for the agent.

05

How can I submit a repo?

Click Submit in the header and paste a GitHub URL that points to a skills folder. We’ll parse it and add any valid skills to the directory.