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Open Multi-Agent: capabilities, use cases, and sources

TypeScript-native multi-agent framework: one goal in, a self-organizing team of AI agents runs it in parallel — in your environment, cloud or fully offline.

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About this tool

TypeScript-native multi-agent framework: one goal in, a self-organizing team of AI agents runs it in parallel — in your environment, cloud or fully offline. Key features: // open-source TypeScript multi-agent frameworkA self-organizing team of AI agents, in an environment you control, for TypeScript backend and AI platform teamscopy $npm create oma-app@latest my-omaRun no-key demo→★ 6,840GitHub starsv1, Use runTeam() to generate a reviewable task DAG, or runTasks() to execute the graph you define, Explicit mode, governance, or an ExecutionRouter chooses single-agent or team execution, Declare roles and review paths, confirm consequential tools, bound further calls at turn and task boundaries, then inspect governance conclusions, receipts, traces, and evaluation gates, Use cloud providers, a local endpoint, or an air-gapped deployment on your credentials, Tools are default-deny, and core has only three runtime dependencies, offline · default-deny tools · 3 runtime depsOpen the production checklist→Run evidenceInspect what happened after every run.

Use cases
  • // open-source TypeScript multi-agent frameworkA self-organizing team of AI agents, in an environment you control
  • for TypeScript backend and AI platform teamscopy $npm create oma-app@latest my-omaRun no-key demo→★ 6,840GitHub starsv1
  • Use runTeam() to generate a reviewable task DAG, or runTasks() to execute the graph you define
  • Explicit mode, governance, or an ExecutionRouter chooses single-agent or team execution
  • Declare roles and review paths, confirm consequential tools, bound further calls at turn and task boundaries, then inspect governance conclusions, receipts, traces, and evaluation gates
  • Use cloud providers, a local endpoint, or an air-gapped deployment on your credentials
  • Tools are default-deny, and core has only three runtime dependencies
  • offline · default-deny tools · 3 runtime depsOpen the production checklist→Run evidenceInspect what happened after every run

Features & use cases

// open-source TypeScript multi-agent frameworkA self-organizing team of AI agents, in an environment you controlfor TypeScript backend and AI platform teamscopy $npm create oma-app@latest my-omaRun no-key demo→★ 6,840GitHub starsv1Use runTeam() to generate a reviewable task DAG, or runTasks() to execute the graph you defineExplicit mode, governance, or an ExecutionRouter chooses single-agent or team executionDeclare roles and review paths, confirm consequential tools, bound further calls at turn and task boundaries, then inspect governance conclusions, receipts, traces, and evaluation gatesUse cloud providers, a local endpoint, or an air-gapped deployment on your credentialsTools are default-deny, and core has only three runtime dependenciesoffline · default-deny tools · 3 runtime depsOpen the production checklist→Run evidenceInspect what happened after every run

Tech stack

AstroCloudflare

At a glance

Monetization
  • Free
  • Freemium
Maturity signals
  • Open source
  • Public API
  • Model family
  • Self-hostable
Learning curve
  • Medium

Resources

Sources

Every profile keeps its sources and latest verification date.