FoundryNet — Industrial Machine Intelligence

Forge by FoundryNet — Industrial Machine Intelligence

The cross-manufacturer industrial MCP server. Talk to any CNC, robot, or industrial machine in natural language — machine identity, telemetry normalization across 46 vendor packs in 20 verticals, plain-English automation, and tamper-evident work records.

Hosted MCP over Streamable HTTP. 32 tools wrap the Forge v1 API: provision a stable machine identity, normalize raw OEM telemetry into a canonical schema, query operational history, parse and activate plain-English automations, predict failures (TimesFM), score fleet health, and record every state-changing action as a verifiable, tamper-evident work record.

• Website: https://foundrynet.io/?utm_source=github&utm_medium=readme&utm_campaign=forge-mcp-readme
• Docs: https://foundrynet.io/docs?utm_source=github&utm_medium=readme&utm_campaign=forge-mcp-readme · Free key: https://foundrynet.io/signup?utm_source=github&utm_medium=readme&utm_campaign=forge-mcp-readme
• MCP endpoint (Streamable HTTP): https://mcp.foundrynet.io/mcp
• Legacy SSE endpoint (still served): https://mcp.foundrynet.io/sse
• Health: https://mcp.foundrynet.io/health
• Server card: https://mcp.foundrynet.io/.well-known/mcp/server-card.json

What it does

It normalizes raw OEM telemetry from 18 manufacturer families into one canonical vocabulary with thousands of confirmed field mappings — so an agent writes against one set of field names whether the machine is a Fanuc CNC, a KUKA arm, or a Universal Robots cobot. On top of that it turns plain-English instructions into structured automations (review then activate), and records every state-changing action as a tamper-evident work record.

Architecture

Pure HTTP proxy. Every tool is a thin wrapper around https://forge.foundrynet.io/v1/*. No state, no shared imports with forge-prod — separate Railway service, separate dependencies (fastmcp + httpx).

Claude Desktop / agent        │ Streamable HTTP (/mcp) — or legacy SSE (/sse)        │ Authorization: Bearer <the CALLER's Forge API key>        ▼  foundrynet-mcp on Railway        │ gate: validate key → tier → cap → bind caller        │ HTTPS, Authorization: Bearer <the SAME caller's key>        │        X-Forge-Caller-Key-Id: <their forge_api_keys.id>        ▼  forge.foundrynet.io/v1/*  — scopes every row to that caller

Tenancy. The upstream call is made as the CALLER, not as this server. It used to be made with the server's own FOUNDRYNET_API_KEY for every caller, with no caller named: forge-prod scopes rows to the authenticated key's owner, so every MCP tenant read and wrote inside one shared Forge account — and fleet_oee, shift_report, list_agents and prediction_accuracy take no machine argument, so they returned that whole account. The upstream hop now REFUSES to run when it cannot name the caller: there is no fallback, because the only fallback is the shared key. OAuth access tokens carry a key id but not a key, so they cannot be presented upstream and are refused on tool calls with tenant_context_unavailable.

POST /a2a/tasks and GET /a2a/agents go through the same gate function (gating.enforce_call) as tools/call, by skill→tool mapping. They previously authenticated the caller and then dispatched with no tier check, no cap and no payment gate, which made the A2A route a free pass to the paid inference tools.

Tests and the release gate

python3 -m venv .venv && .venv/bin/pip install -r requirements.txt pytest pytest-asyncio.venv/bin/python -m pytest tests/ -q        # 229 checksscripts/release_gate.sh                     # tree, deps, import, suite, version

The suite drives the real ASGI app over real Streamable HTTP through the real gate; only Supabase and the upstream hop are substituted, and the upstream substitute RECORDS requests, because what identity this server presents to forge-prod is the thing most worth asserting. tests/test_rest_mcp_parity.py measures free-tier parity against forge-prod's own _endpoint_to_billing_meter, read out of its source at test time rather than copied.

CI runs the whole tree on every push and pull request (.github/workflows/release-gate.yml, pinned to ubuntu-24.04): measured 223 passed, 6 skipped, 229 collected in 2m04s. The 6 skips are the checks that read forge-prod's api.py off the local disk — 5 parity plus the cost-ledger single-writer check — and they skip loudly, with their reason printed, because forge-prod is a separate private repo and is not on the runner. A visible skip beats a green tick over a check that was quietly dropped.

Deploying

cd ~/forge-mcp && git checkout main && git pull --ff-only && ./deploy.sh

Never railway up by hand. deploy.sh does seven things in order, and five of them exist because of a specific way a deploy has gone wrong:

1. refuses a dirty tree or a branch that is not main — railway up uploads the WORKING TREE, so with uncommitted changes no commit describes what ships;
2. runs scripts/release_gate.sh and refuses if it is red. There is no override flag, deliberately;
3. takes a deploy lock (~/.forge-mcp-deploy.lock, atomic mkdir) so two concurrent deploys cannot race on the upload and on the verification;
4. refuses if railway up would archive the wrong directory. It archives the CLOSEST LINKED project directory from ~/.railway/config.json, walking UP — not $PWD. This directory once inherited $HOME's link, which names a DIFFERENT SERVICE;
5. runs stamp_build.py, which writes build_info.json (commit, dirty state, content_hash over the uploaded file set, build time);
6. railway up --service 162115b7-… — the id is explicit, because a bare railway up resolves the service from that same ancestor link;
7. polls https://mcp.foundrynet.io/health until build.commit_short AND build.content_hash both equal the stamp it just wrote, then asserts the status. Railway reporting SUCCESS only means the upload and build succeeded — a crash-looping new container leaves the OLD one serving and the deploy looks fine. content_hash is checked as well as the commit because railway up uploads a tree: the same commit with a different tree is a different deployment.

/health carries a build block using the same key names as forge-prod's, so one verifier reads both services. When build_info.json is absent it says so in words — build_info.json absent — deploy did not run stamp_build.py, with commit, content_hash and built_at present and null — because a null that looks like a missing field is indistinguishable from a stamped build.

Tools (32)

Identity & data: identify_machine, normalize_telemetry, query_machine_history, get_coverage, correct_mapping. Automation: create_automation, activate_automation, list_automations, disable_automation, delete_automation, restore_automation, query_webhook_history. Prediction (TimesFM): predict, predict_breach, remaining_life, predict_batch, fleet_health, detect_anomalies, machine_intelligence, prediction_accuracy. Operations: calculate_oee, fleet_oee, energy_consumption, shift_report, diagnose_machine, health_index. Guardrails: check_guardrail, list_guardrails. Agents on your kernel: get_agent_card, list_agents. Work records: verify_record. Demo: fire_sandbox (the full watch → fire → settle loop, no card).

get_agent_card and list_agents are scoped to the agents connected to your kernel instance (their capabilities, trust scores, and machine access) and are included in your subscription — there is no per-call charge. They are operational tools for coordinating agents on your own equipment, not cross-platform discovery. For cross-platform agent trust across any framework, see Assay (assay.foundrynet.io). verify_record creates a tamper-evident, hash-verified record of completed work.

Free tier exposes the read-only tools; metered pay-per-use unlocks the premium prediction and diagnostics tools (see https://forge.foundrynet.io/pricing?utm_source=github&utm_medium=readme&utm_campaign=forge-mcp-readme).

Connect (Claude Desktop, Cursor, any MCP client)

claude mcp add --transport http foundrynet-forge \  https://mcp.foundrynet.io/mcp \  --header "Authorization: Bearer fnet_YOUR_KEY"

Or via claude_desktop_config.json with the mcp-remote bridge:

{  "mcpServers": {    "foundrynet-forge": {      "command": "npx",      "args": ["-y", "mcp-remote",               "https://mcp.foundrynet.io/mcp",               "--header", "Authorization:Bearer ${FNET_KEY}"],      "env": { "FNET_KEY": "fnet_…  (get a free key at foundrynet.io/signup)" }    }  }}

Legacy SSE (--transport sse against https://mcp.foundrynet.io/sse) remains supported for existing configs, but new integrations should use the Streamable HTTP /mcp endpoint above.

Get a free fnet_ key at https://foundrynet.io/signup?utm_source=github&utm_medium=readme&utm_campaign=forge-mcp-readme (50 normalize calls, no card).

Required environment (server-side)

Files

• mcp_server.py — the server (32 tools + /health + /.well-known/mcp routes)
• gating.py — per-client tier gating (Free vs Pro tool/quota enforcement)
• server.json — MCP registry metadata (name, description, keywords, remote endpoint)
• smithery.yaml — Smithery listing metadata
• requirements.txt — fastmcp>=3.4.5,<4, httpx>=0.27, PyJWT>=2.14.0, supabase, stripe
• tests/ — the behavioural suite (auth, tenancy, parity, idempotency, cache scope)
• scripts/release_gate.sh — must be green on the exact commit before a deploy
• deploy.sh — the only path to production; gated, locked, stamped and verified
• stamp_build.py — writes build_info.json; what /health's build block reports
• Procfile — Railway start command (stamps, then python mcp_server.py)
• .github/workflows/release-gate.yml — CI; the whole suite on push and PR

License

Proprietary (commercial). © Foundry Labs LLC. Contact: [email protected]