Create HTML slide decks for humanities lectures and research presentations, organizing sources, arguments, and evidence. A coordinated navy and warm-yellow template gives the slides a calm, scholarly appearance.
- Preparing slides for a humanities lecture
- Presenting research in a graduate seminar
- Turning a research synthesis into a scholarly deck
nexu-io/open-design☆ 102.6KUpdated Oct 20, 2026
Create an HTML presentation for a community-growth campaign across GitHub, Discord, and X. Organize growth loops, a content calendar, and pipeline calculations in a coordinated cream, coral, and near-black slide design.
- Presenting a community-growth campaign
- Organizing content plans across GitHub, Discord, and X
- Explaining growth loops and pipeline calculations
nexu-io/open-design☆ 102.6KUpdated Oct 20, 2026
Rework a messy startup presentation into a coherent HTML slide deck for decision makers. Organize the narrative and evidence, then apply a consistent visual system of pastel-neon blocks, bold black borders, and coordinated layouts.
- Rework a startup deck for a board meeting
- Create agency credentials slides
- Present a brand redesign for review
nexu-io/open-design☆ 102.6KUpdated Oct 20, 2026
Build coordinated animation sequences with GSAP, an animation library. Arrange movements in order or in parallel, set start times with labels, group sequences inside others, and control playback, pauses, seeking, and reverse motion.
- Playing several animations in a defined order
- Overlapping movements at precise start times
- Grouping sequences and controlling their playback
nexu-io/open-design☆ 102.6KUpdated Oct 20, 2026
Manage GitHub issues, synchronize project boards, and plan sprints, short development cycles. Coordinate multiple AI agents to break work into tasks, assign responsibilities, update progress, and produce reports on completion and blockers.
- Sorting and prioritizing incoming GitHub issues
- Splitting large issues among AI agents
- Synchronizing task progress with project boards
ruvnet/RuView☆ 98.8KUpdated Oct 19, 2026
Coordinate multiple AI agents for research, development, testing, and system analysis. It guides role assignment, communication structures, parallel and sequential tasks, shared memory, progress monitoring, and recovery, bringing separate contributions into reports or coordinated development workflows.
- Gather research in parallel and compile a report
- Coordinate application design, implementation, and review
- Run unit, integration, security, and performance tests in parallel
ruvnet/RuView☆ 98.8KUpdated Oct 19, 2026
Build web pages and interface components with a clear visual direction and working code. Shape typography, colors, layouts, and animation around the intended audience and purpose, with support for HTML/CSS/JS, React, and Vue implementations.
- Build a landing page with a clear visual identity
- Refine a dashboard’s layout and typography
- Create React components with coordinated colors and motion
bytedance/deer-flow☆ 84.2KUpdated Oct 20, 2026
Turn specifications and designs into working code using test-driven development: write failing tests, implement enough code to pass, then refactor. The workflow also covers error handling, performance improvements, documentation, and coordinated changes across components.
- Implementing a feature from specifications and designs
- Developing authentication or APIs with tests
- Refactoring code while checking test results
ruvnet/ruflo☆ 77.3KUpdated Oct 19, 2026
Organize GitHub issues, synchronize project boards, and plan sprints, or short work cycles. Coordinate multiple AI agents to break issues into tasks, assign work, update progress, and track dependencies across a project.
- Sort issues and assign labels and priorities
- Break large issues into tasks for AI agents
- Synchronize project boards with task progress
ruvnet/ruflo☆ 77.3KUpdated Oct 19, 2026
Coordinate software releases on GitHub, from version updates and release notes to testing, builds, deployment, and rollback. It describes workflows using multiple AI agents, including coordinated package releases and gradual deployments with monitoring.
- Prepare version updates and release notes
- Coordinate releases across multiple packages
- Run tests and security checks before release
ruvnet/ruflo☆ 77.3KUpdated Oct 19, 2026
Set up and operate Ruflo to coordinate multiple AI coding agents. This skill guides project initialization, shared memory, task assignment, health checks, and plugin discovery for work that needs coordinated or parallel execution.
- Initializing a multi-agent development environment
- Coordinating parallel work across agents
- Keeping searchable memory across sessions
ruvnet/ruflo☆ 77.3KUpdated Oct 19, 2026
Build coordinated animation sequences with GSAP timelines. Set when each movement starts, overlap effects, name key moments, combine smaller sequences, and control playback, including pause, reverse, restart, and jumps to a specific point.
- Animating several elements in a planned order
- Overlapping effects at precise times
- Organizing animation sections with labels
calesthio/OpenMontage☆ 70KUpdated Oct 17, 2026
Prepare coordinated Appwrite launch materials: documentation updates, an announcement blog post, and a changelog entry. Keep feature names, examples, dates, and links consistent, with the documentation serving as the factual reference.
- Announcing a new Appwrite feature
- Preparing an SDK or integration launch
- Updating documentation and the changelog together
appwrite/appwrite☆ 57.7KUpdated Oct 19, 2026
Turn a plain language app request into a project plan, technology choices, and coordinated development tasks. Use project templates to structure web, mobile, desktop, API, or command line applications, with agents handling different development responsibilities.
- Build a full-stack app from a plain language request
- Choose technologies and structure for a new project
- Coordinate agents across UI, API, and database work
sickn33/agentic-awesome-skills☆ 48KUpdated Oct 19, 2026
Improve workflows involving multiple AI agents by measuring bottlenecks, adjusting workload distribution, and managing model costs. This design guide helps compare changes against a measured baseline while checking quality, latency, and resource use.
- Finding bottlenecks in workflows involving multiple agents
- Reviewing task distribution and parallel execution
- Reducing model costs within quality thresholds
sickn33/agentic-awesome-skills☆ 48KUpdated Oct 19, 2026
Plan and build AI agents through selected stages of design, implementation, tool integration, memory, and evaluation. The workflow points to specialized skills for single agents, coordinated agent teams, and stateful workflows using CrewAI or LangGraph.
- Designing an autonomous AI agent
- Building a team of agents with distinct roles
- Creating stateful workflows with LangGraph
sickn33/agentic-awesome-skills☆ 48KUpdated Oct 19, 2026
Coordinate multiple agents on a shared task list to complete development work. Break tasks into clear responsibilities, manage dependencies, and move through planning, implementation, verification, and bounded repair cycles with recorded handoffs.
- Fixing TypeScript errors across several modules
- Sharing build-error investigation among agents
- Implementing responsive layouts across pages
Yeachan-Heo/oh-my-claudecode☆ 40.1KUpdated Oct 19, 2026
Plan and measure defensive deception operations with MITRE Engage. Connect decoy systems and credentials to specific attacker techniques, define measurable objectives, and document operating boundaries, response procedures, and criteria for assessing results.
- Giving existing honeypots a coordinated strategy
- Selecting decoys for a specific threat actor
- Writing an adversary engagement operation plan
mukul975/Anthropic-Cybersecurity-Skills☆ 34.7KUpdated Aug 31, 2026
Explains how to replace the removed $pipeline command with $plan for planning and $team for coordinated parallel work. This retirement notice provides migration guidance rather than an executable workflow of its own.
- Updating instructions that still reference $pipeline
- Choosing separate commands for planning and parallel execution
- Finding the command for persistent goal runs
Yeachan-Heo/oh-my-codex☆ 33.6KUpdated Oct 19, 2026
Find the migration path for the removed OMX parallel execution command. This retirement notice directs users to replace `$ultrawork` with `$team`, which manages worker panes, shared task state, messaging, dispatch, and coordinated worker lifecycles.
- Check the replacement for a removed command
- Update old instructions to use `$team`
- Identify which feature manages parallel workers
Yeachan-Heo/oh-my-codex☆ 33.6KUpdated Oct 19, 2026
Coordinate multiple agents in tmux, a terminal session manager, using shared tasks and persistent messages. Assign work, monitor progress and blockers, verify worker results, and shut down the team after tasks and state updates are complete.
- Divide a task among multiple agents
- Track progress through a shared task list
- Coordinate workers with persistent messages
Yeachan-Heo/oh-my-codex☆ 33.6KUpdated Oct 19, 2026
Apply coordinated colors and fonts to slides, documents, reports, and HTML landing pages. Choose from ten preset themes or create a custom theme from a description, review it, and apply consistent styling across the artifact.
- Unifying colors and fonts across a slide deck
- Choosing a visual style for documents and reports
- Applying a theme to an HTML landing page
davila7/claude-code-templates☆ 32.8KUpdated Oct 20, 2026
Style materials with Anthropic's brand colors and typography. Apply distinct heading and body fonts, choose text colors for the background, and use coordinated accent colors for shapes, with fallback fonts when Poppins or Lora are unavailable.
- Styling slides with Anthropic's brand colors
- Applying consistent heading and body fonts
- Coordinating shape and accent colors
davila7/claude-code-templates☆ 32.8KUpdated Oct 20, 2026
Create mathematical and technical explainer videos with Manim Community Edition. The skill guides scene planning, animation code, rendering, and clip assembly to show equations, algorithms, system structures, and data through coordinated visuals.
- Explaining mathematical concepts through animation
- Showing equation derivations step by step
- Visualizing algorithm execution
browser-use/video-use☆ 29.4KUpdated Oct 9, 2026