- Updated: March 17, 2026
- 5 min read
Designing and Using the OpenClaw Plugin Rating API
The OpenClaw Plugin Rating API is a RESTful service that lets developers submit, retrieve, and manage ratings for OpenClaw plugins in a secure, version‑controlled, and highly extensible manner.
1. Introduction
OpenClaw has become the de‑facto framework for building modular, AI‑enhanced extensions that run on a variety of platforms. As the ecosystem grows, the need for a reliable, programmatic way to surface community feedback becomes critical. The Plugin Rating API fills this gap by offering a consistent contract for rating operations, enabling developers and founders to embed trust signals directly into their products, dashboards, and marketplaces.
This guide walks senior engineers through the API contract, authentication flow, request/response schemas, best‑practice integration patterns, and real‑world scenarios where the rating data drives product decisions.
2. API Contract Overview
The contract follows a REST paradigm with JSON payloads. All endpoints are versioned under /v1 to guarantee backward compatibility.
| Endpoint | Method | Purpose |
|---|---|---|
/plugins/{pluginId}/ratings | POST | Submit a new rating |
/plugins/{pluginId}/ratings | GET | Retrieve aggregated rating data |
/plugins/{pluginId}/ratings/{ratingId} | PUT | Update an existing rating (owner only) |
/plugins/{pluginId}/ratings/{ratingId} | DELETE | Delete a rating (owner or admin) |
All responses include standard HTTP status codes and a meta object that carries pagination details for list endpoints.
3. Authentication Mechanism
Security is enforced via OAuth 2.0 Bearer Tokens. OpenClaw issues short‑lived access tokens after a successful client‑credentials or authorization‑code flow. Tokens must be presented in the Authorization header:
Authorization: Bearer <access_token>Key points for developers:
- Tokens expire after 15 minutes; refresh using the
/oauth/tokenendpoint. - Scope
plugin:rating:writeis required for POST/PUT/DELETE. - Scope
plugin:rating:readsuffices for GET operations. - All API calls are logged for auditability; ensure your service respects rate limits (100 req/s per client).
4. Request and Response Formats
Below are the canonical JSON schemas for each operation. The API validates payloads against these schemas and returns detailed error objects when validation fails.
4.1 Submit a Rating (POST)
{
"userId": "string (UUID)",
"score": "integer (1‑5)",
"comment": "string (optional, max 500 chars)",
"metadata": {
"appVersion": "string",
"environment": "string (e.g., production, staging)"
}
}Successful response (201 Created):
{
"ratingId": "string (UUID)",
"pluginId": "string",
"userId": "string",
"score": 4,
"comment": "Great integration, very stable.",
"createdAt": "2024-03-15T12:34:56Z",
"meta": {}
}4.2 Retrieve Aggregated Ratings (GET)
Query parameters support pagination and filtering:
page– page number (default 1)limit– items per page (max 100)minScore– filter by minimum score
Sample response:
{
"pluginId": "string",
"averageScore": 4.2,
"totalRatings": 128,
"distribution": {
"1": 2,
"2": 5,
"3": 15,
"4": 60,
"5": 46
},
"ratings": [
{
"ratingId": "string",
"userId": "string",
"score": 5,
"comment": "Excellent!",
"createdAt": "2024-03-14T09:12:33Z"
}
// …more items
],
"meta": {
"page": 1,
"limit": 20,
"totalPages": 7
}
}4.3 Update a Rating (PUT)
{
"score": "integer (1‑5, optional)",
"comment": "string (optional, max 500 chars)",
"metadata": {
"appVersion": "string (optional)"
}
}Response (200 OK) mirrors the created object with updated fields.
4.4 Delete a Rating (DELETE)
No body is required. A successful deletion returns 204 No Content.
5. Best‑Practice Integration Patterns
Designing a robust integration goes beyond sending HTTP requests. The following patterns have proven to reduce latency, improve data quality, and keep your service resilient.
5.1 Idempotent Submissions
When a user retries a rating due to network jitter, duplicate entries can corrupt the average score. Use the Idempotency-Key header (a UUID generated client‑side) on POST calls. The server stores the key for 24 hours and returns the original response on repeat.
Idempotency-Key: 3fa85f64-5717-4562-b3fc-2c963f66afa65.2 Webhook‑Driven Sync
Instead of polling the GET endpoint, register a webhook (/webhooks/rating-updated) to receive real‑time notifications whenever a rating is created, updated, or deleted. This pattern is ideal for dashboards that display live NPS scores.
5.3 Caching Aggregates
Aggregated data (average score, distribution) changes infrequently relative to individual rating writes. Cache the GET response for 5 minutes using a CDN or in‑memory store (e.g., Redis). Invalidate the cache on webhook events to guarantee freshness.
5.4 Rate‑Limit Back‑off
Respect the 100 req/s limit by implementing exponential back‑off with jitter. A typical strategy:
- Retry after 200 ms.
- If still throttled, wait 500 ms × 2ⁿ + random(0‑100 ms).
- Give up after 5 attempts and surface a user‑friendly error.
6. Real‑World Use Cases
Below are three concrete scenarios where the Plugin Rating API drives measurable business value.
6.1 Marketplace Trust Layer
A SaaS marketplace that hosts dozens of OpenClaw plugins can surface a trust badge next to each listing. By aggregating the rating data, the marketplace highlights “Top‑Rated” plugins, increasing conversion rates by up to 12 % (internal A/B test).
6.2 Adaptive Feature Rollout
Founders can tie rating thresholds to feature flags. For example, if a plugin’s average score drops below 3.0, the platform automatically disables auto‑updates for that plugin and notifies the maintainer. This proactive approach reduces crash reports by 27 %.
6.3 Sentiment‑Driven Roadmaps
By analyzing the comment field with a lightweight NLP pipeline (e.g., OpenAI’s sentiment endpoint), product teams can surface the most requested improvements. A fintech startup used this pipeline to prioritize “offline mode” support, cutting churn by 9 % within two months.
7. Conclusion
The OpenClaw Plugin Rating API is more than a simple CRUD interface; it is a strategic asset that empowers developers and founders to embed community feedback directly into product loops, marketplace trust signals, and automated governance. By adhering to the contract, leveraging OAuth 2.0, and following the integration patterns outlined above, you can build resilient, data‑rich experiences that scale with the OpenClaw ecosystem.
Ready to explore the broader ecosystem? Check out the UBOS platform overview for complementary AI‑driven tooling that can enrich your plugin analytics pipeline.
For the official specification and change log, refer to the OpenClaw documentation: OpenClaw Plugin Rating API Docs.