BuilderIO/skillsPublic

Skills for agents

AI summary: Composable skills and CLI tools to enhance AI coding agents with visual planning and local integration.

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JavaScriptMITCreated Jun 10, 2026Last push 1d ago+101 stars this week+349 this month

Quick answers

What is skills?
Composable skills and CLI tools to enhance AI coding agents with visual planning and local integration.
What does skills do?
This repository provides a collection of composable skills designed to augment the capabilities of coding agents like Claude Code or Cursor. It includes a command-line installer that injects specialized capabilities, such as creating interactive visual plans from text, orchestrating cheaper helper agents for token-heavy tasks, and interacting directly with a running local application. The framework enables deep integration with local environments, including screen memory recovery and strict documentation adherence guardrails. By extending agent capabilities beyond text generation, it transforms basic coding assistants into sophisticated, context-aware workflow automation tools.
Who is skills for?
AI engineers and developers building or using autonomous coding agents who want to enhance their practical capabilities with visual and contextual tools.
How do I get started with skills?
npx @agent-native/skills@latest add
How popular is skills on GitHub?
BuilderIO/skills has 4,513 stars and 227 forks on GitHub, and gained 101 stars in the last 7 days.
What license does skills use?
BuilderIO/skills is released under the MIT license.

Star history

since Jul 28, 2026
02K4KJul 2026Aug 2026Sep 2026Oct 2026
4.5K stars as of Oct 3, 2026. Measured daily since Jul 28, 2026; GitHub no longer exposes earlier star timestamps.

Contribution activity

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Signals and awards

derived from tracked data
  • Breakout launch

    4,513 stars in 116 days

  • Actively maintained

    Pushed within 48 hours

  • Permissive license

    MIT

  • Continuous integration

    Automated checks passing

What skills does

This repository provides a collection of composable skills designed to augment the capabilities of coding agents like Claude Code or Cursor. It includes a command-line installer that injects specialized capabilities, such as creating interactive visual plans from text, orchestrating cheaper helper agents for token-heavy tasks, and interacting directly with a running local application. The framework enables deep integration with local environments, including screen memory recovery and strict documentation adherence guardrails. By extending agent capabilities beyond text generation, it transforms basic coding assistants into sophisticated, context-aware workflow automation tools.

AI engineers and developers building or using autonomous coding agents who want to enhance their practical capabilities with visual and contextual tools.

  • Interactive visual planning: Turns text-based plans or code diffs into rich, interactive visual recaps with annotated file maps.
  • Visual editing integration: Allows agents to open and inspect a running local app in a URL-backed iframe for precise context.
  • Agent orchestration: Coordinates complex tasks by spinning up cheaper helper agents while reserving frontier models for judgment.
  • Contextual screen recovery: Integrates with local screen recording tools to help agents recover recent visual context after crashes.
  • CLI skill management: Provides a simple command-line interface to add, configure, and manage skills within an agent's environment.

Where teams use it

Visual UI generation

Developers use the visual-edit skill to let their agent see the actual rendered UI while writing and fixing CSS.

Complex task delegation

Engineers use the efficient-fable skill to have a lead agent assign token-heavy sub-tasks to smaller, cheaper models.

Contextual debugging

An agent uses the rewind skill to analyze what happened on screen right before a local application crashed.

Strict documentation adherence

Teams enforce the read-the-damn-docs skill to stop agents from hallucinating outdated methods during implementation.

Getting started: npx @agent-native/skills@latest add

README

main branch

Skills for agents

Small, composable skills for your favorite agent.

Quick install recommended skills

npx @agent-native/skills@latest add

See the full CLI docs below.

Skills At A Glance

  • /factory (experimental) - Configure connected sources, prompts, schedules, and delivery policies.
    • /factory-collect - Collect feedback, product telemetry, errors, and issues.
    • /factory-babysit-pr - Follow one authorized PR through checks and review.
    • /factory-review-prs - Review a PR queue with separate reply, approval, and merge criteria.
    • /factory-ship - Publish delivery work under configured verification and merge policies.
    • /factory-lookback - Find recurring signals and systemic fixes across a chosen time window.
    • /factory-human-digest (experimental) - Summarize work that still needs human judgment across configured sources.
    • /factory-watchdog - Find stalled delivery work and notify when a concrete next step is due.
    • /factory-recover - Resume interrupted work when its authorization and worktree are still valid.
  • /an - Open and operate Agent-Native apps beside the conversation.
  • /webmcp - Open web apps in the built-in browser and use MCP tools first.
  • /visual-plan - Turn text plans into rich visual plans.
  • /visual-recap - Turn diffs into interactive visual recaps.
  • /visual-edit - Open a running local app for visual editing.
  • /rewind - Recover recent local screen context through Clips Desktop.
  • /agent-watchdog - Audit another agent's work.
  • /plan-arbiter - Compare competing plans and choose a direction.
  • /plow-ahead - Keep working through ordinary ambiguity.
  • /efficient-fable - Orchestrate Fable with cheaper helper agents.
  • /efficient-frontier - Preserve high-cost models for judgment.
  • /stay-within-limits - Track usage limits before long-running work.
  • /quick-recap - End work with a clear status signal.
  • /read-the-damn-docs - Check authoritative docs before guessing.
  • /turn-into-app - Turn the current thread or a skill into a runnable Agent-Native app.

Skill Details

/factory

Experimental. Start with the Factory guide, then open the full Factory skill for agent instructions.

Factory is an experimental set of agent skills for turning feedback, product telemetry, errors, and delivery signals into policy-gated software changes. The modules can collect current reports, look back for recurring failures, and review or ship changes. Configure schedules and separate rules for fixing, replying, reviewing, approving, merging, deploying, and closing.

flowchart LR
    sources["Feedback and telemetry"] --> collect["/factory-collect"]
    sources --> lookback["/factory-lookback<br/>recurring patterns"]
    collect --> agent["Factory workflow"]
    lookback --> agent
    agent -->|"policy allows"| fix["Isolated fix<br/>checks and verification"]
    agent -->|"unclear or out of scope"| human["Human decision"]
    fix --> pr["Pull request"]
    pr -->|"approval and merge rules"| ship["Ship"]
    pr -->|"needs judgment"| human
    ship -->|"if allowed"| source["Reply or close source item"]
Loading
Configuration at a glance

This abbreviated example uses placeholder scopes and connected tools. Factory does not install these integrations or create the schedule for you.

version: 1
timezone: UTC

sources:
  - id: support
    provider: slack
    scope: channel-id
  - id: errors
    provider: sentry
    scope: organization/project

repositories:
  - id: app
    provider: github
    remote: example/project

workflows:
  collect:
    enabled: true
    sources: [support, errors]
    reply:
      mode: criteria
      require: [one missing detail blocks triage or verification]
      tone: warm and direct
      guidance: Ask one targeted question, then re-triage when an answer arrives.
  lookback:
    enabled: true
    schedule: monthly
    window: last 30 days
    sources: [support, errors]
    implement:
      mode: manual
  human-digest:
    enabled: true
    schedule: weekly
    window: last 7 days
    repositories: [app]
    sources: [support, errors]
    include: [pull-requests, issues, feedback, errors]
    granularity: balanced

skill_prompts:
  factory-ship: |
    Keep release summaries concise and link the verified change.
  factory-human-digest: |
    Group repeated UX concerns, but include a link to every source item.

Each Factory skill reads its own optional prompt entry as additional project guidance. Prompt text cannot authorize an action that its separate policy blocks.

The configuration reference explains the available YAML fields, source patterns, policies, and host limitations.

/factory-collect

Start with the Factory guide, then read the full collect skill.

/factory-babysit-pr

Start with the Factory guide, then read the full PR babysitting skill.

/factory-review-prs

Start with the Factory guide, then read the full PR review skill.

/factory-ship

Start with the Factory guide, then read the full shipping skill.

/factory-lookback

Start with the Factory guide, then read the full lookback skill.

/factory-human-digest

Experimental. Start with the Factory guide, then read the full human digest skill. It defaults to all configured human-pending work from the last 7 days at balanced detail; ask for a narrower source type, another date range, or brief or detailed output.

/factory-watchdog

Start with the Factory guide, then read the full watchdog skill.

/factory-recover

Start with the Factory guide, then read the full recovery skill.

Open a granted Agent-Native app in the host's inline MCP App or built-in browser surface, then keep the agent connected to the app's live UI and screen state. For example, run /an slides to open Slides, sign in in that browser surface, and then ask the agent to create or update the deck. Focused requests such as make this bigger use the Slides selection state and a bounded readback-verified edit.

The plugin registers Dispatch MCP automatically for Claude and Codex at https://dispatch.agent-native.com/mcp. In ChatGPT, add that same URL as an OAuth custom connector. The host may need a reload or connector rescan after installation.

Open a requested URL in the host's built-in browser and use the page's MCP or WebMCP tools before browser UI automation for app communication or edits. For example, run /webmcp slides.agent-native.com make me a new deck about onboarding to open Slides and complete the request in that tab. The skill waits for the user to sign in when needed, then calls the page's window.__agentNativeWebMcp helper from the host's JavaScript evaluator (or a host WebMCP bridge when one is exposed): one screen read, one smallest mutation, one readback. If neither is available, it stops before a state-changing click or type fallback and reports the limitation.

Open a running local app in Design as URL-backed iframe screens for visual inspection, route-state exploration, and source-backed editing.

Unlike a static mockup, the canvas stays connected to the app's real routes and the local bridge. Use /visual-edit when a UI needs to be reviewed or changed in context, including responsive states and multi-screen flows.

Install the skill and Design connector from your app repository:

npx @agent-native/core@latest skills add visual-edit

Try it on one screen, several routes, a complete flow, or responsive sizes:

  • /visual-edit the dashboard at desktop size
  • /visual-edit compare the dashboard, settings, and reports pages side by side
  • /visual-edit the onboarding flow from welcome through account created
  • /visual-edit show the dashboard at desktop, tablet, and mobile widths

Read the public Visual Edit README for a hands-on example, and the Agent-Native guide for the full workflow.

Use local Clips Rewind screen memory to recover a recent moment: what was said, what appeared on screen, or what happened just before the current task. It searches bounded local chapters, transcripts, OCR, and frames first; it is not a hosted recording archive and does not upload raw local media by default.

Rewind requires macOS, the signed Clips Desktop app, and a compatible agent with the local clips-screen-memory MCP connection. If you invoke Rewind before installing Clips, the skill asks permission to open the official install flow instead of silently installing capture software. Follow the Rewind setup and first-test guide.

Turn ordinary text plans into rich interactive visual plans with diagrams, file maps, annotated code, open questions, and UI/prototype review when useful.

Solves for plans that are too important to bury in chat. The output is scannable, commentable, and intuitive enough for a human to approve before code changes start.

Visual plan review surface

Visual plans are MDX, customizable with your own components, and are viewed with the Agent-Native plans app. In local-files mode, /visual-plan writes and serves MDX locally through a localhost bridge instead of uploading plan content to the hosted database. Source here

Turn a branch, commit, or PR diff into an interactive visual recap with annotated diffs, diagrams, API/schema summaries, file maps, UI state summaries, and focused review notes.

Solves for diffs that hide the shape of the change. Reviewers can understand contracts, architecture moves, schema changes, and UI impact before diving into raw line-by-line review.

Visual recap review surface animation

Visual recaps are MDX, customizable with your own components, and are viewed with the Agent-Native plans app. Source here

You can also install a GitHub action for these to be automatically generated for every PR with

npx @agent-native/skills@latest add

Example of a visual plan posted to a PR

Audit another agent's work from a Codex session, Claude Code transcript, PR, branch, or run summary.

Solves for cross-agent handoffs: watch until done, reconstruct what was asked, check what actually changed and verified, report gaps, and optionally make narrow fixes.

Compare competing agent plans and choose one executable direction.

Solves for multi-agent planning loops where Codex, Claude Code, or other agents produce separate strategies. The output is a decision memo with the winning or hybrid plan, rejected alternatives, verification gates, and executor recommendation.

Keep working through ordinary ambiguity and finish with a clear decision recap.

Solves for explicit autonomy requests: the agent converts routine questions into assumptions, proceeds with conservative choices, validates the work, and recaps the decisions it made without stopping.

Use Claude Fable as the orchestrator, architect, synthesizer, and final judge while lighter agents handle token-heavy research, coding, testing, and log reduction.

Solves for expensive-model waste: Fable should spend tokens on judgment, not on reading every file, reducing every log, or manually running every browser check.

Fable orchestrator diagram

Apply the same orchestration as /efficient-fable to any high-cost frontier model: preserve the expensive model for planning, tradeoffs, integration, validation strategy, and final review; use cheaper agents for bounded heavy lifting.

Solves for broad work that can be parallelized without asking the most expensive model to do every scan and every edit itself.

Check current 5-hour and weekly usage before substantial work and between parallel waves, then pause new execution at 95% until the active window is clear enough to continue.

Solves for long-running agent sessions that accidentally exhaust the current budget window mid-task instead of pausing cleanly and resuming with a self-contained plan.

Add a concise final status block convention so every completed response ends with a clear green, yellow, or red work-state signal.

Solves for ambiguity at the end of agent work: done, pending a specific non-routine step, or blocked on the user.

Example green status:

🟢 Updated quick recap docs with output examples

Example yellow status:

🟡 Code updated, set PROVIDER_WEBHOOK_SECRET before testing webhooks

Make agents web-search for authoritative docs before they guess from stale model memory.

Solves for version drift and API folklore: package installs, framework config, SDK imports, provider limits, auth, security, billing, data, migrations, deploys, and repo-specific contracts all require a docs pass before implementation. For external APIs and current product behavior, web search for official docs is usually the first move.

At the end of a thread, turn the current workflow into a fresh Agent-Native app with clear buttons, visible agent steps, a running local preview, and a concise deployment handoff. At the beginning of a thread, pass a skill name or workflow path, such as /turn-into-app /some-skill, to use that source immediately. Codex threads and local transcript exports work today; ChatGPT shared links and Claude web/project imports are marked coming soon. The result should be the concrete workflow app, not a generic app-builder intake form. Local previews can use ignored .env setting AUTH_DISABLED=1 so they open without an account.

Install

Run the installer:

npx @agent-native/skills@latest add

The picker shows the full catalog, with the recommended skills preselected. Toggle any additional skills you want.

The installer walks you through the choices:

  • Which skills to install.
  • Where visual plans and recaps should live: hosted shareable links (recommended), local files only, or a self-hosted/custom Plan app.
  • Agent Skills through the shared .agents path for Codex, Pi, Cursor, OpenCode, GitHub Copilot / VS Code, and similar agents, plus Claude Code's native skills path when selected.
  • User-level or project-level install.
  • Whether to add managed AGENTS.md / CLAUDE.md instruction blocks when the selected skills have always-on guidance.
  • Whether to add the PR Visual Recap GitHub Action when /visual-recap is selected.
  • Whether to configure a compatible local agent connection when /rewind is selected. The installer does not install Clips Desktop. If it is missing, invoking Rewind asks permission to open the official download flow; capture remains disabled until you turn it on in the Clips tray.

Skip the picker with --skill:

npx @agent-native/skills@latest add --skill quick-recap
npx @agent-native/skills@latest add --skill visual-recap --with-github-action
npx @agent-native/skills@latest add --skill rewind
npx @agent-native/skills@latest add --skill webmcp

You can also use Vercel's skills CLI for a plain skill-folder copy:

npx skills@latest add BuilderIO/skills --skill quick-recap

Do not use the plain-copy installer for Rewind: it cannot configure the local clips-screen-memory connection. Use @agent-native/skills or @agent-native/core for a complete Rewind setup.

That installer is useful for quick copying, but it does not add the managed AGENTS.md / CLAUDE.md instruction blocks or the PR Visual Recap GitHub Action that pair well with these skills.

Install in Claude Cowork

This repo is also a Claude plugin marketplace for Cowork. To install the shareable, updatable plugin in Cowork:

  1. Open Customize > Plugins > Add marketplace.
  2. Enter BuilderIO/skills (or https://github.com/BuilderIO/skills).
  3. Install Builder Skills and enable the webmcp skill.

Invoke the installed skill with its plugin namespace:

/builder-skills:webmcp slides inspect the current screen without editing

For Team and Enterprise workspaces, an organization admin can provision the marketplace or plugin for everyone. Cowork does not currently expose a supported CLI command for installing an account-level plugin; the marketplace is shared through Git, while each Cowork user installs it from Customize.

Install in Claude Code

This repo is also a Claude Code plugin marketplace. To install all of the skills as a managed, updatable plugin, run these inside Claude Code:

/plugin marketplace add BuilderIO/skills
/plugin install builder-skills@builder-skills

The skills are then namespaced under the plugin (for example, /builder-skills:quick-recap). Pull future updates with:

/plugin marketplace update builder-skills

The plugin installs Rewind's instructions only; it cannot configure the local Clips Screen Memory MCP connection. When invoked, Rewind can ask permission to open the official Clips Desktop installer, but it must not install or enable capture silently. After Clips is installed and Rewind is enabled, also run:

npx @agent-native/core@latest skills add rewind --client claude-code --scope user --yes

Treat Rewind as unavailable until screen_memory_status succeeds.

This path does not add the managed AGENTS.md / CLAUDE.md instruction blocks or the PR Visual Recap GitHub Action; use the npx @agent-native/skills installer above if you want those.

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Recent activity

commits and pull requests

Code frequency

additions and deletions
+5.3K-5.3KWeek of 2026-06-07: +5,347 linesWeek of 2026-06-07: -1,503 linesWeek of 2026-06-14: +1,348 linesWeek of 2026-06-14: -224 linesWeek of 2026-06-21: +368 linesWeek of 2026-06-21: -124 linesWeek of 2026-06-28: +496 linesWeek of 2026-06-28: -255 linesWeek of 2026-07-05: +297 linesWeek of 2026-07-05: -91 linesWeek of 2026-07-12: +82 linesWeek of 2026-07-12: -43 linesWeek of 2026-07-19: +551 linesWeek of 2026-07-19: -225 linesWeek of 2026-07-26: +693 linesWeek of 2026-07-26: -122 linesWeek of 2026-08-02: +55 linesWeek of 2026-08-02: -4 linesJun 7, 2026Aug 2, 2026
+9.2K lines added, -2.6K removed over the last year.

Commits per week

last 52 weeks
260Week of 2025-10-05: 0 commitsWeek of 2025-10-12: 0 commitsWeek of 2025-10-19: 0 commitsWeek of 2025-10-26: 0 commitsWeek of 2025-11-02: 0 commitsWeek of 2025-11-09: 0 commitsWeek of 2025-11-16: 0 commitsWeek of 2025-11-23: 0 commitsWeek of 2025-11-30: 0 commitsWeek of 2025-12-07: 0 commitsWeek of 2025-12-14: 0 commitsWeek of 2025-12-21: 0 commitsWeek of 2025-12-28: 0 commitsWeek of 2026-01-04: 0 commitsWeek of 2026-01-11: 0 commitsWeek of 2026-01-18: 0 commitsWeek of 2026-01-25: 0 commitsWeek of 2026-02-01: 0 commitsWeek of 2026-02-08: 0 commitsWeek of 2026-02-15: 0 commitsWeek of 2026-02-22: 0 commitsWeek of 2026-03-01: 0 commitsWeek of 2026-03-08: 0 commitsWeek of 2026-03-15: 0 commitsWeek of 2026-03-22: 0 commitsWeek of 2026-03-29: 0 commitsWeek of 2026-04-05: 0 commitsWeek of 2026-04-12: 0 commitsWeek of 2026-04-19: 0 commitsWeek of 2026-04-26: 0 commitsWeek of 2026-05-03: 0 commitsWeek of 2026-05-10: 0 commitsWeek of 2026-05-17: 0 commitsWeek of 2026-05-24: 0 commitsWeek of 2026-05-31: 0 commitsWeek of 2026-06-07: 26 commitsWeek of 2026-06-14: 20 commitsWeek of 2026-06-21: 15 commitsWeek of 2026-06-28: 7 commitsWeek of 2026-07-05: 4 commitsWeek of 2026-07-12: 5 commitsWeek of 2026-07-19: 5 commitsWeek of 2026-07-26: 4 commitsWeek of 2026-08-02: 1 commitsWeek of 2026-08-09: 1 commitsWeek of 2026-08-16: 0 commitsWeek of 2026-08-23: 1 commitsWeek of 2026-08-30: 26 commitsWeek of 2026-09-06: 9 commitsWeek of 2026-09-13: 10 commitsWeek of 2026-09-20: 15 commitsWeek of 2026-09-27: 6 commitsOct 5, 2025Sep 27, 2026
155 commits in the last 52 weeks.

When work happens

weekday and hour
SunMonTueWedThuFriSat036912151821Sun 0:00 — 0 commitsSun 1:00 — 1 commitsSun 2:00 — 1 commitsSun 3:00 — 0 commitsSun 4:00 — 0 commitsSun 5:00 — 0 commitsSun 6:00 — 0 commitsSun 7:00 — 0 commitsSun 8:00 — 1 commitsSun 9:00 — 1 commitsSun 10:00 — 2 commitsSun 11:00 — 0 commitsSun 12:00 — 0 commitsSun 13:00 — 1 commitsSun 14:00 — 1 commitsSun 15:00 — 0 commitsSun 16:00 — 2 commitsSun 17:00 — 0 commitsSun 18:00 — 0 commitsSun 19:00 — 1 commitsSun 20:00 — 0 commitsSun 21:00 — 0 commitsSun 22:00 — 0 commitsSun 23:00 — 0 commitsMon 0:00 — 0 commitsMon 1:00 — 1 commitsMon 2:00 — 2 commitsMon 3:00 — 0 commitsMon 4:00 — 0 commitsMon 5:00 — 0 commitsMon 6:00 — 0 commitsMon 7:00 — 0 commitsMon 8:00 — 0 commitsMon 9:00 — 0 commitsMon 10:00 — 0 commitsMon 11:00 — 0 commitsMon 12:00 — 0 commitsMon 13:00 — 0 commitsMon 14:00 — 0 commitsMon 15:00 — 1 commitsMon 16:00 — 4 commitsMon 17:00 — 0 commitsMon 18:00 — 1 commitsMon 19:00 — 0 commitsMon 20:00 — 0 commitsMon 21:00 — 0 commitsMon 22:00 — 1 commitsMon 23:00 — 1 commitsTue 0:00 — 1 commitsTue 1:00 — 1 commitsTue 2:00 — 0 commitsTue 3:00 — 0 commitsTue 4:00 — 0 commitsTue 5:00 — 0 commitsTue 6:00 — 0 commitsTue 7:00 — 1 commitsTue 8:00 — 0 commitsTue 9:00 — 0 commitsTue 10:00 — 0 commitsTue 11:00 — 2 commitsTue 12:00 — 1 commitsTue 13:00 — 0 commitsTue 14:00 — 0 commitsTue 15:00 — 2 commitsTue 16:00 — 0 commitsTue 17:00 — 4 commitsTue 18:00 — 1 commitsTue 19:00 — 2 commitsTue 20:00 — 1 commitsTue 21:00 — 1 commitsTue 22:00 — 0 commitsTue 23:00 — 2 commitsWed 0:00 — 0 commitsWed 1:00 — 2 commitsWed 2:00 — 0 commitsWed 3:00 — 0 commitsWed 4:00 — 4 commitsWed 5:00 — 4 commitsWed 6:00 — 2 commitsWed 7:00 — 1 commitsWed 8:00 — 6 commitsWed 9:00 — 10 commitsWed 10:00 — 2 commitsWed 11:00 — 1 commitsWed 12:00 — 0 commitsWed 13:00 — 0 commitsWed 14:00 — 1 commitsWed 15:00 — 3 commitsWed 16:00 — 2 commitsWed 17:00 — 4 commitsWed 18:00 — 2 commitsWed 19:00 — 4 commitsWed 20:00 — 1 commitsWed 21:00 — 3 commitsWed 22:00 — 1 commitsWed 23:00 — 1 commitsThu 0:00 — 0 commitsThu 1:00 — 0 commitsThu 2:00 — 1 commitsThu 3:00 — 0 commitsThu 4:00 — 0 commitsThu 5:00 — 2 commitsThu 6:00 — 1 commitsThu 7:00 — 4 commitsThu 8:00 — 9 commitsThu 9:00 — 0 commitsThu 10:00 — 0 commitsThu 11:00 — 3 commitsThu 12:00 — 0 commitsThu 13:00 — 0 commitsThu 14:00 — 1 commitsThu 15:00 — 3 commitsThu 16:00 — 0 commitsThu 17:00 — 3 commitsThu 18:00 — 3 commitsThu 19:00 — 0 commitsThu 20:00 — 1 commitsThu 21:00 — 0 commitsThu 22:00 — 0 commitsThu 23:00 — 1 commitsFri 0:00 — 0 commitsFri 1:00 — 0 commitsFri 2:00 — 0 commitsFri 3:00 — 0 commitsFri 4:00 — 0 commitsFri 5:00 — 1 commitsFri 6:00 — 0 commitsFri 7:00 — 2 commitsFri 8:00 — 0 commitsFri 9:00 — 1 commitsFri 10:00 — 0 commitsFri 11:00 — 0 commitsFri 12:00 — 0 commitsFri 13:00 — 1 commitsFri 14:00 — 2 commitsFri 15:00 — 1 commitsFri 16:00 — 1 commitsFri 17:00 — 3 commitsFri 18:00 — 0 commitsFri 19:00 — 1 commitsFri 20:00 — 2 commitsFri 21:00 — 0 commitsFri 22:00 — 0 commitsFri 23:00 — 0 commitsSat 0:00 — 2 commitsSat 1:00 — 0 commitsSat 2:00 — 0 commitsSat 3:00 — 0 commitsSat 4:00 — 0 commitsSat 5:00 — 0 commitsSat 6:00 — 1 commitsSat 7:00 — 3 commitsSat 8:00 — 0 commitsSat 9:00 — 0 commitsSat 10:00 — 0 commitsSat 11:00 — 1 commitsSat 12:00 — 1 commitsSat 13:00 — 1 commitsSat 14:00 — 0 commitsSat 15:00 — 0 commitsSat 16:00 — 1 commitsSat 17:00 — 0 commitsSat 18:00 — 1 commitsSat 19:00 — 1 commitsSat 20:00 — 0 commitsSat 21:00 — 0 commitsSat 22:00 — 2 commitsSat 23:00 — 0 commits
Commit volume by weekday and hour (UTC). Larger dots mean more commits.
DateListRankStars gained
Jun 19, 2026daily#22+11
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