protoos-mcp
Generates an Obsidian vault of wikilinked notes representing the system's object graph, including principals, budgets, mandates, receipts, tasks, and approvals, with integrity checking via unresolved link detection.
Click on "Install Server".
Wait a few minutes for the server to deploy. Once ready, it will show a "Started" state.
In the chat, type
@followed by the MCP server name and your instructions, e.g., "@protoos-mcpdelegate a price comparison task with a $150 budget"
That's it! The server will respond to your query, and you can continue using it as needed.
Here is a step-by-step guide with screenshots.
ProtoOS v0.2.0 — Unified Autonomous Protocols Operating System
Reference implementation of a policy-governed control plane that composes existing agent protocols — MCP, A2A, AP2 mandates, x402, MPP, UCP/ACP-style commerce, AG-UI, ANP/DID-style identity — into one environment where agents are built, discovered, coordinated, authorized, paid, and audited.
Pure Python 3.12 standard library (+ optional cryptography for Ed25519, with OS-verified HMAC fallback). Zero network required.
Related: OpenMesha · rui · server-os
Surfaces
Surface | Entry |
CLI |
|
SDK |
|
MCP Server |
|
HTTP/JSON-RPC + SSE |
|
Multi-agent workflows | discovery + budgeted |
Skills |
|
Constellation + Vault |
|
CI |
|
AGENTS.md | Coding-agent contract at repo root |
Requirement audit |
|
Related MCP server: Agorus MCP Server
New in 0.2.0 — Constellation & Obsidian vault
The world is now a first-class graph, at parity with the web console's Constellation tab.
protoos.graph.build_graph(os)derives the live object graph — principals, budgets, MCP servers/tools, AP2 mandate chains, receipts, tasks, pending approvals — with the same node-type/edge-kind vocabulary as the browser build (parity-checked: MATCH).protoos.graph.layout(graph, seed=…)is a deterministic force layout. Exports:to_json,to_dot,to_svg.protoos.vault.write_vault[_zip](os, dest)writes an Obsidian vault of wikilinked notes;unresolved_links()proves integrity.Hardening:
AuditLog.appenddeep-copies payloads;TraditionalRailretains receipts.
python3 -m protoos.graph out/ # constellation.{json,dot,svg}
python3 -m protoos.vault vault.zip # Obsidian vault
python3 demo.py # also writes both artifacts
python3 -m protoos.cli statusQuickstart
python3 -m unittest discover -s tests # 95 tests
python3 demo.py # end-to-end scenario
python3 -m protoos.verify # traceability audit + live smoke
pip install -e ".[crypto]" # optional Ed25519
protoos statusfrom protoos import ProtoOS, Catalog
from protoos.sdk import ProtoOSClient
os_ = ProtoOS()
os_.engine.add_rule("user", "allow", ["payment.settle"], "amount <= 200")
os_.engine.add_rule("org", "require_approval", ["payment.settle"], "amount > 50")
casey = os_.create_user("casey")
shop = os_.create_merchant("shop")
budget = os_.wallet.create_budget(casey.did, 500.0, window=(300.0, 86400))
catalog = Catalog(shop.did, "shop")
catalog.add("bk1", "Distributed Systems 101", 10.00, "USD", "digital")
receipt = os_.purchase(casey.did, catalog, [{"sku": "bk1", "qty": 2}],
intent_text="buy two intro ebooks", max_amount=100,
budget_id=budget.id, categories=["digital"])
# Intent Mandate -> checkout -> Cart Mandate -> Payment Mandate
# -> policy + budget -> x402 settle -> hash-chained auditSpec → module map
Spec box | Module |
Policy Engine + Mandate Store |
|
Orchestrator / Task Graph |
|
Identity & Credential Service |
|
Discovery & Registry |
|
Observability & Audit |
|
Wallet / Spending Controller |
|
MCP adapter (+OpenAPI→MCP, federation, cache) |
|
A2A adapter + AG-UI event bus |
|
UCP/ACP-style commerce |
|
HTTP/JSON-RPC + SSE transport |
|
Control-plane facade ( |
|
CLI |
|
SDK |
|
Constellation graph |
|
Obsidian vault export |
|
Kubernetes CRDs + Deployment |
|
Skills |
|
Requirement audit |
|
What "reference implementation" means here
Every protocol surface named by the spec is working and tested in-process:
JSON-RPC MCP with paid tools, the A2A task lifecycle, the full AP2
Intent→Cart→Payment mandate chain, x402 challenge/settle with an in-process
facilitator, MPP prepaid sessions, AG-UI event streams over SSE, DID
documents and well-known publication. This sandbox has no network egress,
no Kubernetes cluster, and no external SDKs, so anything that requires the
open internet is implemented against local/loopback equivalents and explicitly
marked partial or deferred in traceability.json — nothing is silently
omitted.
Production hardening path
Rust control plane (X1): module boundaries here mirror the intended services; the Python build is the executable specification.
Storage (X3): in-memory + JSONL → etcd/Postgres / object storage / vector DB.
Rails (M1/X6): official x402/MPP/AP2 SDKs slot into the existing rail seams.
Transports (X4/X5): add gRPC/QUIC beside
httpapi.py.Sandboxing (G4): replace
SandboxedExecutorwith container/microVM isolation.
Design principles
Compose, don't replace
Policy-first autonomy (every sensitive action gated)
Cryptographic mandates + hash-chained audit
Human-in-the-loop as a first-class primitive
Multi-rail everything (tools, messaging, payments, identity)
Offline-first reference with honest partial/deferred markers
License
Apache-2.0. Governance charter draft: GOVERNANCE.md.
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