THE PRODUCT BUILDER’S TOOLKIT
Turn customer context into clear decisions, practical plans, and work worth shipping. Bring connected product capabilities to the agent you already use.
Open source. Model-neutral instructions. Your choice of tools.
Claude CodeCodexCursorGemini CLIYour agent
ONE IDEA. TWO WAYS TO WORK.
You don’t need to switch your entire workflow. Use a focused capability in your agent, or compose a document in the Workroom.
Install a portable instruction pack into a project. Give your agent the objective, authorized evidence, and output you need. Your agent provides the tools and execution environment.
Choose an outcome, paste your context, and generate a structured Markdown draft. The native engine uses deterministic templates and works without a model API key.
MAKE PROGRESS CONCRETE
Native workflows structure the evidence you supply. They prepare a draft for your judgment, rather than making decisions on your behalf.
Turn customer evidence into a problem statement, journey, prioritized requirements, experiment plan and risks.
Evidence inventory → Problem framing → Journey & requirements → Experiment design → Review gates
Draft an integration decision pack, interface questions, quality plan, dependencies and go/no-go gates.
Context & boundaries → Integration contract → Failure modes → Test plan → Release gates
Structure options, evidence, measurable outcomes, risks and a decision memo.
Problem & evidence → Alternatives → Decision criteria → Measurement → Decision record
Prepare launch messaging, milestones, owners, rollout, monitoring, and contingency steps.
Launch framing → Workstreams → Quality gates → Go-to-market → Monitoring
No autonomous external actions. Review assumptions, owners, metrics, and acceptance criteria before using a draft.
THE CAPABILITY LIBRARY
Explore capabilities by the work you need to do. Native assistance means drafting and planning within the Workroom; adapter-required capabilities need tools in your host agent or a reviewed runtime.
Browse the library or choose a filter.
Frame the real customer problem
Native assistanceEstimate the market opportunity
Adapter requiredCompare competing products
Adapter requiredBuild an account context map
Native assistanceConnect evidence to opportunity
Native assistanceNormalize mixed-format documents
Adapter requiredExtract structured data from scans
Adapter requiredBuild a relationship graph
Adapter requiredRetrieve relevant context
Adapter requiredDraft a product requirements document
Native assistanceMap a complete user journey
Native assistanceBuild an outcome roadmap
Native assistancePrioritize product opportunities
Native assistanceDesign a measurable experiment
Native assistancePlan a robust API integration
Native assistancePrototype an application
Adapter requiredExplain an unfamiliar codebase
Adapter requiredDesign system architecture
Native assistanceInvestigate defects systematically
Native assistancePrepare a safe release
Native assistanceExplore user experience options
Adapter requiredBuild a clickable proof of concept
Adapter requiredVisualize architecture and sequences
Adapter requiredCreate technical illustrations
Adapter requiredBreak complex work into agent tasks
Native assistanceOrchestrate scheduled tasks
Native assistanceAutomate browser and API tasks
Adapter requiredCompose a cross-tool workflow
Native assistanceEnforce access and approvals
Native assistanceAnalyze structured datasets
Adapter requiredExplain metrics visually
Adapter requiredDiagnose product funnels
Native assistanceEvaluate an AI workflow
Adapter requiredModel uncertain futures
Native assistanceDesign invoice and billing flows
Adapter requiredAnalyze unit economics
Native assistanceCoordinate operational performance
Native assistanceAllocate people and capacity
Native assistanceProduce accurate meeting transcripts
Adapter requiredGenerate natural speech
Adapter requiredSeparate audio sources
Adapter requiredCreate explainers and product demos
Adapter requiredAudit discoverability and SEO
Adapter requiredPlan a measurable product launch
Native assistanceProduce multi-channel campaigns
Adapter requiredOptimize acquisition and conversion
Native assistanceResearch professional opportunities
Adapter requiredPrepare for interviews
Adapter requiredResearch places and locations
Adapter requiredUnderstand transport networks
Adapter requiredVisualize spatial patterns
Adapter requiredTurn location signals into action
Adapter requiredNo matching capabilities. Try another search or reset the filters.
YOUR AGENT. YOUR RULES.
The same capability instructions travel across platforms. Choose your setup to get the right installation command—or download Markdown for a host that accepts instructions manually.
Claude Code: install project instructions into .claude/skills/. Confirm discovery in your agent.
git clone https://github.com/saurabhmisal/power-chords.git
cd power-chords
node scripts/capabilities-cli.mjs install prd-and-specification-writing --agent claude --project ../my-projectRequires Node.js 24.x. Replace ../my-project with your project folder. Run these commands in your terminal.
Use the Power Chords PRD and specification writing capability. Work from the authorized context I provide. Produce the documented output, distinguish evidence from assumptions, and flag missing inputs. Ask before taking external actions.
Claude Code setup is distinct from the Claude web app. For chat-based tools, download a capability and attach or paste it only where your platform supports that workflow. Files do not grant tool access or make unsupported integrations available.
A WORKSPACE WITH CLEAR BOUNDARIES
Persistent SQLite history, Markdown documents, source inspection, and reviewed instruction imports. No model provider is required for native drafting.
git clone https://github.com/saurabhmisal/power-chords.git cd power-chords npm start # Open http://127.0.0.1:4327
Node.js 24.x · Local files are not encrypted by the app.
Deploy the repository to run native document generation online. This page provides the capability library and downloads; the deployment guide walks you through setting up a Workroom.
Read the deployment guide ↗No cross-device history or team account system. The source installer remains a local feature.
CONNECTED, NOT COUPLED
Capabilities define inputs, steps, outputs, and review criteria. Workflows combine them. The runtime or host agent supplies execution, storage, and permission checks.
Read the architecture →GO DEEPER
From first use to integration design, the documentation explains both the experience and its execution boundaries.
Setup, workflows, storage, APIs, security, hosting, and troubleshooting.
Inputs, instructions, expected outputs, examples, and acceptance criteria.
Install destinations, manual instruction use, and host responsibilities.
The proposed lifecycle for reviewed external runtime integrations.
Vercel configuration, request isolation, and hosted persistence limits.
Improve workflows, instructions, tests, and integration readiness.
A FEW THINGS WORTH KNOWING
The instruction packs are Markdown. The installer supports project skill folders for Claude Code, Codex, Cursor, and Gemini CLI. Other hosts can use a custom skill directory or manually supplied instructions where supported. Execution depends on the host’s tools, context limits, and permissions; there is no universal automatic integration with every platform.
Native Workroom drafting uses deterministic templates and needs neither. An external agent or adapter may have its own subscription, credential, and runtime requirements. GitHub source inspection may encounter API rate limits.
No. A capability pack provides instructions and metadata. Native assistance is scoped to implemented drafting workflows. Specialized operations such as OCR, audio generation, live research, or deployment require appropriate tools or reviewed adapters.
Local native generation runs on your machine. Hosted native generation sends input to the deployment server and saves recent documents in your browser. When using a third-party agent, its data-handling policies also apply. Download important documents; browser history does not sync across devices.
First-party code and instruction packs use the MIT license. External projects retain their own authorship and licenses. Read the third-party notices before importing or redistributing external material.
FOR PRODUCT PEOPLE WHO SHIP