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Unified entry point for Rotifer Protocol — guide, architect, and challenge your agents
Instalar com Codex ou Claude Copie este prompt, cole no Codex, Claude ou outro assistente e deixe que ele revise a página da skill e instale para você.
Baseado na classificação ocupacional SOC
Turn your static AI skills into evolving Genes that compete, improve, and self-select in a live Arena. Use when the user wants smarter skills, self-improving agents, or mentions evolution, fitness, arena, gene, or rotifer.
Unified entry point for Rotifer Protocol — guide, architect, and challenge your agents
Your Agent evolves itself — scans capabilities, benchmarks against Arena rankings, and upgrades automatically
Interactive agent creation — choose from curated templates covering quality diagnosis, security scanning, content analysis, Web3 auditing, and document Q&A
Your Agent evolves itself — scans capabilities, benchmarks against Arena rankings, and upgrades automatically
Write academic papers, research reports, and scholarly content. Follow academic conventions, citation styles, and formal writing standards. Use when writing thesis, dissertations, journal articles, or research documents.
| name | rotifer-assistant |
| version | {"[object Object]":null} |
| description | Unified entry point for Rotifer Protocol — guide, architect, and challenge your agents |
| author | rotifer-protocol |
Describe your need, and I'll route you to the right module.
Core Concepts in 60 Seconds
Rotifer Protocol models software capabilities as Genes — modular, fitness-evaluable logic units that evolve through competition.
| Concept | What it means |
|---|---|
| Gene | A unit of capability with express(input) → output |
| Genome | An ordered set of genes that form an Agent |
| Agent | A genome + composition strategy |
| Arena | Competitive evaluation — genes prove fitness |
| Binding | Execution environment (Local, Cloud, Web3) |
| Level | Runs code? | Network? | Use case |
|---|---|---|---|
| Native | ✅ WASM sandbox | ❌ | Pure computation |
| Hybrid | ✅ Node.js | ✅ Controlled | API-dependent logic |
| Wrapped | ❌ Prompt only | ❌ | AI-native guidance |
rotifer init my-agent # Scaffold an Agent workspace
rotifer hello --template quality-advisor # Run recommended preset Agent
rotifer gene list # See installed genes
rotifer search <keyword> # Find genes
→ Ready to build? Try /architect
From idea to running Agent in 3 steps.
rotifer search security # Find security-related genes
rotifer search content # Find content analysis genes
Browse the Gene Marketplace for community genes.
# Sequential pipeline (each gene feeds the next)
rotifer agent create my-auditor --genes solidity-parser vuln-detector audit-reporter
# Parallel execution (all genes run simultaneously)
rotifer agent create my-scanner --genes security-scanner code-complexity --composition Par
# Failover (try primary, fall back to secondary)
rotifer agent create my-search --genes sirchmunk-search genesis-web-search --composition Try
rotifer agent run my-auditor --input '{"source": "..."}'
rotifer agent run my-auditor --verbose # See intermediate results
rotifer agent run my-auditor --input '{"source": "..."}' --json # Machine output
| Type | Pattern | When to use |
|---|---|---|
Seq | A → B → C | Pipeline processing |
Par | A ∥ B ∥ C | Independent analysis |
Cond | if P then A else B | Branching logic |
Try | A catch B | Graceful degradation |
TryPool | Best of {A, B, C} | Competitive selection |
→ Want to compare performance? Try /challenge
Let your genes compete. The fittest survive.
rotifer arena submit my-gene
Your gene will be evaluated against others in the same domain using the fitness function:
F(g) = (S_r × log(1+C_util) × (1+R_rob)) / (L × R_cost)
rotifer arena watch # Live leaderboard
rotifer arena watch --domain code.security # Filter by domain
rotifer compare gene-a gene-b --input '{"test": "data"}'
Side-by-side execution with timing, output diff, and fitness delta.
rotifer compile my-gene (Wrapped → Native)→ New to the protocol? Start with /guide