pulp.watch currently presents a Node deployment of an Aniwatch API, positioned as βanime catalogue and stream-provider testing.β It offers two main API surfaces: first, legacy /api/v2/hianime catalogue-compatible routes; second, the newer /api/v3/animekizz Provider routes. The former covers the homepage, search, anime details, episode lists, and playback source resolution; the latter focuses more tightly on the playback flow, keeping only two key endpoints: server discovery and source resolution.
In terms of functionality and use case, it is closer to a developer-oriented anime data and streaming-source testing API than a full SaaS product. The v2 API supports common catalogue and playback workflows such as /home, /search, /anime/{animeId}, /episodes, /episode/servers, and /episode/sources. The v3 AnimeKizz API recommends passing providerEpisodeId first, in a format like slug-anilistId:episodeNumber, then selecting a server and category to obtain HLS playback sources.
Technically, the text clearly describes it as a Node API deployment. The APIs are mostly GET-based and return JSON; /health and /v return plain text. The documentation also lists server examples such as gogo, mochi, nuri, and kiwi, along with v2-compatible aliases like hd-1, hd-2, vidsrc, megacloud, and t-cloud. There is no mention of SDKs, type definitions, authentication methods, or rate-limiting policies.
The captured content contains no pricing, account, payment, or commercial licensing information, so it is not possible to determine whether the service is free or suitable for commercial use. On the integration side, its notable point is that it retains the HiAnime-style animeEpisodeId compatibility path while recommending direct use of the AnimeKizz providerEpisodeId to reduce reliance on the HiAnime upstream. The page also provides an AI Integration Prompt, indicating that the documentation is intentionally designed for Agent or automated integration scenarios.
Its strengths are clear API boundaries and ample examples, allowing developers to quickly debug the flow of βquery servers β choose server/category β resolve sources.β Responses include provider metadata, slugs, episode IDs, and similar fields, which also helps diagnose issues caused by upstream changes. The downsides are equally clear: the service strongly depends on the stability of the AnimeKizz and HiAnime upstreams, and the documentation itself warns that changes to search, detail, server, and resolve APIs could independently break v3. In addition, there is no SLA, error-code reference, authentication, security, deployment, or compliance documentation.
As a result, it is better suited for anime aggregation app prototypes, streaming-source resolution testing, internal tools, compatibility-layer validation, or AI Agent calling experiments. It is not recommended for direct use in production-critical paths before evaluating copyright, stability, and upstream risks.
The text provides no information about network accessibility from mainland China, CDN usage, ICP filing, or access restrictions, so it is not possible to determine whether it can be reached directly. Payment methods are also not disclosed. If used in a China-based environment, it is advisable to first test domain connectivity, API latency, and upstream source availability, and to prepare a self-hosted proxy layer or alternative anime metadata/playback-source APIs as fallback options.
β This review is compiled from public sources and does not constitute a purchase recommendation. Verify all facts on the vendor's official site. Verify on pulp.watch official site.
pulp.watch is an Unknown Dev Tools provider. TG4G tracks its product information, an overall rating of 5.0/10, and a China-accessibility score of Workable. Click "Visit Official Site" to reach pulp.watch directly.