Setup claw.tech

Use when setting up clawtel to report token usage from a project that calls the Anthropic API (SDK, Claude Code, or any tapes-wrapped agent) to the claw.tech leaderboard. Covers install, env vars, tapes wiring, verification, and running as a persistent service.

clawtel setup

Get clawtel reporting token usage from any project that calls Anthropic (SDK, Claude Code, openclaw, staffchief-style agents) to the claw.tech leaderboard.

clawtel is a single Go binary that reads aggregate token counts from a local tapes SQLite database and sends heartbeats to https://ingest.claw.tech/v1/heartbeat. It never reads prompt or response content — only created_at, model, prompt_tokens, completion_tokens from the nodes table.

When to use

• A project is calling the Anthropic API (directly via SDK, via Claude Code, or via any agent framework) and you want its usage on the claw.tech leaderboard
• The project already has or can run tapes to capture model calls
• Setting up a new claw agent (e.g. staffchief, clawchief, openclaw-in-a-box) and wiring telemetry end-to-end
• Debugging why claw.tech shows no heartbeats for a running agent

Prerequisites

Before running clawtel you need three things:

1. tapes installed and running as a proxy in front of Anthropic. If tapes isn't there yet:

   bash

   curl -fsSL https://download.tapes.dev/install | bash
   tapes init
   

2. A claw.tech ingest key. Register your claw at https://claw.tech and copy the ik_... key shown once at creation.
3. An Anthropic-calling workload. Could be a Node/Python app importing @anthropic-ai/sdk / anthropic, Claude Code, or an openclaw agent. Anything that hits api.anthropic.com.

Step 1 — wire tapes in front of Anthropic

clawtel only sees usage that tapes has recorded. Point your Anthropic client at the tapes proxy so every call flows through it:

bash

# In the shell where your agent runs
export ANTHROPIC_BASE_URL="http://localhost:8080"
tapes start          # starts proxy + API, writes to ~/.tapes/tapes.sqlite

For the Anthropic Node/Python SDK, ANTHROPIC_BASE_URL (or passing baseURL to the client constructor) is enough — no code changes. For Claude Code, set it before launching the CLI.

OpenClaw users: ANTHROPIC_BASE_URL alone is not enough

If your workload is an OpenClaw agent (clawchief, staffchief, openclaw-in-a-box), the env var is silently ignored. OpenClaw instantiates its Anthropic client with baseURL: model.baseUrl, which clobbers the SDK's normal readEnv("ANTHROPIC_BASE_URL") fallback. You'll see heartbeats sending with model="", input_tokens=0, output_tokens=0 forever, and the gateway process will hold a direct TLS connection to Anthropic's edge instead of 127.0.0.1:8080.

Fix: set the provider's base URL explicitly in ~/.openclaw/openclaw.json:

json

{
  "models": {
    "providers": {
      "anthropic": {
        "baseUrl": "http://localhost:8080",
        "models": [
          { "id": "claude-opus-4-6",   "name": "Claude Opus 4.6"   },
          { "id": "claude-sonnet-4-6", "name": "Claude Sonnet 4.6" },
          { "id": "claude-haiku-4-5",  "name": "Claude Haiku 4.5"  }
        ]
      }
    }
  }
}

Then restart the OpenClaw gateway. Verify the gateway is routing through tapes:

bash

ss -tnp | awk -v pid="$(pgrep -f openclaw-gateway | head -1)" '$0 ~ "pid="pid'
# Expect a line with Peer Address  127.0.0.1:8080
# If instead you see Peer Address 160.79.*.* or a Cloudflare IP, tapes is still being bypassed.

Confirm tapes is capturing rows:

bash

sqlite3 ~/.tapes/tapes.sqlite \
  'SELECT count(*), max(created_at) FROM nodes;'

If the count is zero after making a call, tapes isn't in the request path — recheck ANTHROPIC_BASE_URL in the process actually running the agent (and for OpenClaw, the models.providers.anthropic.baseUrl config above).

Step 2 — install clawtel

Pick one of the two options below. The verified path is recommended for production boxes; the convenience one-liner is fine for a laptop where you've already read the install script.

Option A — verified install (pinned release + checksum)

Every release tag publishes a checksums.txt alongside the OS/arch tarballs. Download the release for your platform, verify against the checksum file, then move the binary onto your PATH:

bash

# Adjust VERSION and PLAT for your box. Releases: https://github.com/bdougie/clawtel/releases
VERSION=v0.1.9
PLAT=darwin_arm64   # or linux_amd64, linux_arm64, darwin_amd64
BASE=https://github.com/bdougie/clawtel/releases/download/${VERSION}

curl -fsSLO "${BASE}/clawtel_${PLAT}.tar.gz"
curl -fsSLO "${BASE}/checksums.txt"

# Verify. sha256sum on Linux, shasum -a 256 on macOS.
grep "clawtel_${PLAT}.tar.gz" checksums.txt | sha256sum -c -    # or: shasum -a 256 -c -

tar -xzf "clawtel_${PLAT}.tar.gz"
install -m 755 clawtel "$HOME/.local/bin/clawtel"   # or /usr/local/bin with sudo

Option B — convenience one-liner (curl | bash)

The install script is auditable in one read: https://raw.githubusercontent.com/bdougie/clawtel/main/scripts/install.sh. Under the hood it does the same thing as Option A — resolves the latest release, downloads the matching tarball, and drops the binary into /usr/local/bin (or CLAWTEL_INSTALL_DIR).

bash

curl -fsSL https://raw.githubusercontent.com/bdougie/clawtel/main/scripts/install.sh | bash

Or to a user directory without sudo:

bash

CLAWTEL_INSTALL_DIR="$HOME/.local/bin" \
  curl -fsSL https://raw.githubusercontent.com/bdougie/clawtel/main/scripts/install.sh | bash

Verify either path with: clawtel --version should print a version string that matches the release you intended to install.

Step 3 — set environment variables

bash

export CLAW_ID="your-claw-name"
export CLAW_INGEST_KEY="ik_..."
# Only if tapes.sqlite lives somewhere non-standard:
export TAPES_DB="/custom/path/tapes.sqlite"

Put these in ~/.zshrc, ~/.bashrc, /etc/environment, or a systemd EnvironmentFile — wherever your agent process reads env from. No key, no network calls — clawtel exits silently if CLAW_INGEST_KEY is unset, so double-check it's exported in the right scope.

Database path resolution order:

1. TAPES_DB env var
2. .mb/tapes/tapes.sqlite (openclaw-in-a-box layout)
3. ~/.tapes/tapes.sqlite (standalone tapes install)

Step 4 — run clawtel

For a quick check on your laptop, run it in the foreground:

bash

clawtel

Expected startup log:

text

clawtel: clawtel 0.1.x
clawtel: db:     /home/you/.tapes/tapes.sqlite
clawtel: cursor: /home/you/.tapes/clawtel/cursor
clawtel: claw:   your-claw-name
clawtel: reads:  created_at, model, prompt_tokens, completion_tokens (from nodes table)
clawtel: sends:  tokens + model counts only. no prompts. no responses.
clawtel: NOTE: nodes table has column "content" — clawtel does NOT read it
clawtel: polling every 1h

Any NOTE: lines listing sensitive columns are good — they confirm clawtel sees those columns and is deliberately ignoring them.

Step 5 — run as a persistent service

For long-running agents (droplets, servers, home boxes), run clawtel under systemd so it survives reboots. Example unit at /etc/systemd/system/clawtel.service:

ini

[Unit]
Description=clawtel — token telemetry for claw.tech
After=network-online.target
Wants=network-online.target

[Service]
Type=simple
User=root
EnvironmentFile=/etc/clawtel.env
ExecStart=/usr/local/bin/clawtel
Restart=on-failure
RestartSec=10

[Install]
WantedBy=multi-user.target

Create /etc/clawtel.env with 0600 permissions:

text

CLAW_ID=your-claw-name
CLAW_INGEST_KEY=ik_...
TAPES_DB=/root/.tapes/tapes.sqlite

Then:

bash

chmod 600 /etc/clawtel.env
systemctl daemon-reload
systemctl enable --now clawtel
journalctl -u clawtel -f

On the same machine as an agent like clawchief/staffchief, TAPES_DB should point at the same sqlite file the agent's tapes proxy is writing to.

Step 6 — verify the heartbeat reaches claw.tech

1. Trigger a real model call in your agent (send a message, run claude once, let the cron fire).
2. Wait up to a full poll interval (currently 1 hour) or stop/start clawtel to force an immediate send.
3. Check journalctl -u clawtel (systemd) or the foreground log for a sent heartbeat line with non-zero input_tokens/output_tokens.
4. Load your profile on claw.tech — the leaderboard row should update within a minute of a successful heartbeat.

Common issues

Symptom	Likely cause	Fix
clawtel exits silently on start	CLAW_INGEST_KEY not exported in this shell/service	Check systemctl show clawtel -p Environment or env | grep CLAW_
assertSchema failed on startup	tapes.sqlite is missing required columns or points at the wrong file	Confirm with sqlite3 $TAPES_DB '.schema nodes' that created_at, model, prompt_tokens, completion_tokens all exist
Heartbeats send but all zeros, agent is an OpenClaw gateway	ANTHROPIC_BASE_URL is set but OpenClaw overrides it with model.baseUrl (unset)	Set models.providers.anthropic.baseUrl = "http://localhost:8080" in ~/.openclaw/openclaw.json (see Step 1 OpenClaw note)
Heartbeats send but all zeros (non-OpenClaw)	tapes isn't proxying Anthropic calls — agent is talking directly to api.anthropic.com	Verify ANTHROPIC_BASE_URL in the agent process environment; re-check SELECT count(*) FROM nodes
401 from ingest endpoint	Wrong or rotated ingest key	Regenerate on claw.tech and update CLAW_INGEST_KEY
Leaderboard shows offline despite running clawtel	Two consecutive missed heartbeats (>2× poll interval)	Check journalctl -u clawtel for network errors; confirm outbound HTTPS to ingest.claw.tech works
Cursor seems stuck	~/.tapes/clawtel/cursor is not writable by the clawtel user	chown the directory to the service user
Cursor seems stuck on clawtel < 0.1.4	Cursor is written as RFC3339Nano but tapes stores timestamps with a space separator; SQLite string comparison fails so the poll returns zero rows forever (see issue #4)	Upgrade to clawtel 0.1.4+

Security footprint (tell the user)

Before enabling telemetry on a machine that holds sensitive conversations, share this with the user:

• Reads only created_at, model, prompt_tokens, completion_tokens from nodes
• Never reads content, bucket, project, or agent_name
• Sends only the fields in the heartbeat payload (claw_id, window_start/end, model, input/output tokens, message_count) — no prompts, no responses, no paths, no hostnames
• Read-only SQLite connection (?mode=ro)
• No network without CLAW_INGEST_KEY
• Entire implementation is one file: main.go, ~390 lines. send() is the network contract, readRows() is the SQL. Both are auditable in one sitting.

If the user is uncomfortable, stop here and let them read the code before exporting the key.