generated: '2026-08-13' method: searched source: >- https://developer.dreamdata.io/server-side/server-side-tracking/ + https://developer.dreamdata.io/client-side/api/ + https://developer.dreamdata.io/mcp/mcp-server/ + https://dreamdata.io/pricing checked: '2026-08-13' limit_count: 0 limits: [] documented_constraints: - surface: Event Tracking API endpoint: POST https://api.dreamdata.cloud/v1/batch kind: payload-size value: 500kb per request scope: per-request quote: "Dreamdata's endpoint supports sending batches of data, limited to 500kb per request." source: https://developer.dreamdata.io/server-side/server-side-tracking/ note: >- A size ceiling, not a rate limit. The docs do not say what status code is returned when it is exceeded. - surface: Platform kind: volume-entitlement value: monthly tracked users (MTUs) per plan scope: per-account source: https://dreamdata.io/pricing note: >- Billing-side volume metric, not a request-rate limit. The free plan additionally publishes Seats 5, Stage Models 3, Notifications 2, Syncs 1 — entitlements, not throttles. response_headers: published: false observed: [] note: >- No X-RateLimit-*, RateLimit-* or Retry-After headers are documented for any Dreamdata surface, and none were observable anonymously — the tracking endpoint requires a source API key and the MCP endpoint returns 401 before any rate-limit signalling. status_on_exhaustion: not published retry_behaviour: client_side: >- Both first-party SDKs "handle batching, retries, and graceful shutdown automatically" (Node.js and Go SDK pages), but the retry policy, backoff and the conditions that trigger a retry are not specified, so an agent cannot reason about them. source: https://developer.dreamdata.io/server-side/nodejs-sdk/ notes: >- Dreamdata publishes no rate limits for any surface: not for the batch tracking endpoint, not for the outbound webhook syncs, and not for the MCP server. An honest zero — the only documented request-level constraint is the 500kb batch ceiling. This is a real gap for agent callers, who have no published signal telling them when to back off.