Chisle
The coding-agent plugin that bills 52% of a bare model across 20 live tasks. Terse persona + tool-output compressor + context diet.
翻訳待ち
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.
翻訳待ち
開発ツールTypeScript · JavaScriptGitHub @open-multi-agentオンライン所有者未確認
Have you tried it? One tap is enough. No sign-in needed.
TypeScript multi-agent framework that runs in your own environment: consequential actions wait for approval and every run leaves a verifiable record. Describe the goal, not the graph. 13 built-in providers (Claude, OpenAI, Gemini, DeepSeek and more) plus any OpenAI-compatible endpoint, local models included.
翻訳待ち
Loading the full README. The saved excerpt is shown below.
Agents your organization can own, approve, and audit.
OMA (Open Multi-Agent) is a self-hosted TypeScript agent runtime: consequential actions wait for durable, tamper-evident approvals, and every run leaves a record you can verify offline, byte for byte.
No telemetry. No hosted control plane. Your keys, your models — cloud, local (Ollama, vLLM, llama-server), or Chinese providers — your environment. Nothing stops working when the people who built it leave.Read the full README ↗No telemetry. No hosted control plane. Your keys, your models — cloud, local (Ollama, vLLM, llama-server), or Chinese providers — your environment. Nothing stops working when the people who built it leave.
Requires Node.js 20 or newer. For production, use a currently maintained Node.js LTS release. Node.js 20 is upstream-EOL and retained only as a migration compatibility window; OMA will remove it in the next major release, no earlier than 2026-10-31.
Scaffold a PR review agent, security analysis agent, or teaching DAG:
npm create oma-app@latest my-oma
In an interactive terminal, that one command selects a starter and runtime, installs dependencies, and runs a deterministic local demo. The demo needs no API key and makes no model request: scripted model responses drive the real OMA scheduler, result aggregation, and offline dashboard.
Or add OMA to an existing backend:
npm install @open-multi-agent/core
import { OpenMultiAgent } from '@open-multi-agent/core'
const oma = new OpenMultiAgent({ defaultProvider: 'openai', defaultModel: 'gpt-5.4' })
const team = oma.createTeam('research-team', {
name: 'research-team',
agents: [
{ name: 'researcher', systemPrompt: 'Find the relevant facts.' },
{ name: 'analyst', systemPrompt: 'Compare evidence and identify tradeoffs.' },
],
sharedMemory: true,
})
const result = await oma.runTeam(team, 'Compare three approaches and recommend one.')
// Nothing above declares a task graph. The coordinator planned one at runtime,
// and the finished run is data you can read back.
for (const task of result.tasks ?? []) {
console.log(`[${task.status}] ${task.title} → ${task.assignee ?? 'unassigned'}`, task.dependsOn)
}
console.log(result.agentResults.get('coordinator')?.output)
console.log(result.totalTokenUsage)
Set OPENAI_API_KEY to run this example. Providers covers other hosted models, local servers, OpenAI-compatible endpoints, and AI SDK providers.
runAgent() runs a single agent, runTasks() executes an explicit pipeline, and runTeam() plans from a goal. The Core package guide walks through all three modes, provider and credential setup, and the production checklist. The example index lists every runnable example across basics, cookbook workflows, patterns, providers, and integrations.
Pause before executing a plan, dispatching a task, or calling a tool for human approval. With persistent storage, a restarted process can continue from the reviewed content. Your application supplies the approval interface and notifications. Guide
Enable a run journal to record model inputs, tool calls, and results for later inspection. verifyRun() checks the recorded sources and content for consistency offline; it does not prove the journal was never edited. Guide
Declare required roles and their execution order, then check whether the actual run met those requirements. A successful run can still leave governance requirements unmet, so applications must check governanceConclusion separately. Guide
baseURL; any OpenAI-compatible endpoint and Vercel AI SDK providers. Providersoffline or allowlist, checked before a built-in adapter connects. A child policy can only tighten its parent, an unenforceable transport fails closed, and process and ACP backends sit outside it. LLM egress policyopen-multi-agent launched 2026-04-01 under MIT. Known users and integrations to date:
bash, file_*, grep) inside a Docker runtime. Confirmed production use.Users
defineTool repo-context tools and a custom ContextStrategy for token-aware diff compression.runAgent / runTasks / runTeam with a custom coordinator, paired with DeepSeek.Integrations
This is the beginning of the README. Read the rest at the original. Read the full README ↗