Hugging Face Inference Endpoints

Hugging Face Inference Endpoints

Unclaimed verified 31 oct 2026
[  score · 31  ]

Easily deploy your AI models to production on a fully managed platform.

Pricing: Paid - Starting at approximately $0.06 per hour; pricing varies by instance type, region, runtime, and replica count. Company: Hugging Face Founded: 2016 Last verified: 2026-10-31
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TL;DR

Hugging Face Inference Endpoints is a managed platform for deploying Hugging Face, fine-tuned, and custom machine-learning models as production APIs without operating GPU infrastructure yourself. It is best suited to ML engineers, AI startups, research teams, and enterprises already using the Hugging Face ecosystem. Its key differentiator is the combination of a large open-model catalog, flexible inference runtimes, and managed deployment controls.

What Users Actually Pay

No user-reported pricing yet.

Our Take

Hugging Face Inference Endpoints occupies the space between raw cloud GPU infrastructure and highly abstracted hosted-model APIs. It gives teams a relatively direct path from a model repository to a production endpoint, while still allowing control over model selection, weights, hardware, inference engine, networking, and scaling. This makes it particularly compelling for organizations using open-source or proprietary fine-tuned models rather than only consuming a vendor's fixed model catalog. Its strongest advantage is ecosystem integration. Teams can deploy models from the Hugging Face Hub, use private repositories, select from several modern inference engines, and manage endpoints through APIs and familiar Hugging Face tooling. Autoscaling, logs, monitoring, private endpoints, and enterprise networking options reduce operational work compared with building a serving stack from scratch. The product is not completely infrastructure-free from the customer's perspective. Users still need to understand model compatibility, memory requirements, GPU selection, runtime behavior, licensing, autoscaling, and cost controls. Dedicated GPU replicas can become expensive for low-volume workloads, while scale-to-zero may introduce cold-start latency that needs to be tested for latency-sensitive applications. Inference Endpoints is best suited to ML-native companies, AI startups, research organizations, and enterprises that need managed deployment for open or custom models. It is less ideal for small applications that need occasional inference, a predictable flat bill, or a highly simplified API with no hardware or deployment decisions.

Pros

  • + Strong integration with the Hugging Face Hub and private model repositories.
  • + Supports multiple inference engines, including vLLM, TGI, SGLang, TEI, llama.cpp, and custom containers.
  • + Managed GPU infrastructure with autoscaling and scale-to-zero options.
  • + Production-oriented capabilities such as private endpoints, monitoring, logs, metrics, and API-based management.
  • + Flexible deployment choices across hardware types, cloud regions, and model configurations.

Cons

  • - Continuous GPU usage can be expensive, especially for low-volume or unpredictable workloads.
  • - Deployment requires meaningful ML infrastructure knowledge, including model compatibility, memory sizing, runtime selection, and licensing.
  • - Scale-to-zero and cold-start behavior may be unsuitable for strict latency requirements without careful testing.
  • - Third-party reviews are sparse and often concern the broader Hugging Face platform rather than Inference Endpoints specifically.
  • - Support depth, service guarantees, and some advanced capabilities may depend on enterprise arrangements.

MCP Integrations

2 servers27 tools2,882 total uses
Hugging Face
Hugging Facehuggingface
smitheryVerifiedRemoteHigh match

AI model hub for machine learning. Discover models, explore datasets, and access model documentation and capabilities.

2,882 uses
8 tools
  • hf_whoamiHugging Face tools are being used anonymously and may be rate limited. Call this tool for instructions on joining and authenticating.
  • space_searchFind Hugging Face Spaces using semantic search. IMPORTANT Only MCP Servers can be used with the dynamic_space toolInclude links to the Space when presenting the results.
  • hub_repo_searchSearch Hugging Face repositories with a shared query interface. You can target models, datasets, spaces, or aggregate across multiple repo types in one call. Use space_search for semantic-first discovery of Spaces. Include links to repositories in your response.
  • paper_searchFind Machine Learning research papers on the Hugging Face hub. Include 'Link to paper' When presenting the results. Consider whether tabulating results matches user intent.
  • hub_repo_detailsGet details for one or more Hugging Face repos (model, dataset, or space). Auto-detects type unless specified.
  • hf_doc_searchSearch and Discover Hugging Face Product and Library documentation. Send an empty query to discover structure and navigation instructions. Knowledge up-to-date as at 11 March 2026. Combine with the Product filter to focus results.
  • hf_doc_fetchFetch a document from the Hugging Face or Gradio documentation library. For large documents, use offset to get subsequent chunks.
  • gr1_z_image_turbo_generateGenerate an image using the Z-Image model based on the provided prompt and settings. This function is triggered when the user clicks the "Generate" button. It processes the input prompt (optionally enhancing it), configures generation parameters, and produces an image using the Z-Image diffusion transformer pipeline. Returns: tuple: (gallery_images, seed_str, seed_int), - seed_str: String representation of the seed used for generation, - seed_int: Integer representation of the seed used for generation (from mcp-tools/Z-Image-Turbo)
Unbrowse for Huggingface (unofficial)
Unbrowse for Huggingface (unofficial)unbrowse/huggingface
smitheryRemoteHigh match

huggingface.co as MCP tools: Search huggingface. Compiled by Unbrowse from the site's own requests; verified results, no browser. Not affiliated with huggingface.co.

19 tools
  • huggingface_co__get_models_jsonSearch huggingface. Compiled from huggingface.co's own requests and shared by an Unbrowse user. Inputs: query. Returns activeFilters, models, numItemsPerPage, numTotalItems, pageIndex. Read-only on huggingface.co.
  • unbrowse.runStart a durable Unbrowse run by capability id or natural-language task. For a learned capability, pass `input` keyed by the inputs unbrowse.discover lists (e.g. {origin, destination, date, passenger}); anything missing is asked for on the same run. Fails with no_capability when nothing fits. result.next.tool is unbrowse.index (POST /api/v1/index). unbrowse.browse.open is only for a session whose tool list includes it. It is not a REST route, and the CLI does not open a browser.
  • unbrowse.inspectInspect a run: status, requirements, verified result, known effects, routing explanation.
  • unbrowse.resumeAnswer the run's open requirements and continue the same run. Simplest: {runId, answers: {<affectedAction>: value}} — e.g. {"origin": "CDG"} or, for a choice, {"selected_offer": <an option's value>}. Answer several at once.
  • unbrowse.cancelCancel a run. Returns a receipt of dispatched, uncertain and unstarted effects.
  • unbrowse.browse.openOpen a cloud browser (patchright) on a URL when no capability fits yet. Recording is on from the first navigation, so doing the task here fulfils it now and teaches Unbrowse the site. Returns a snapshot of interactive elements with @refs.
  • unbrowse.browse.snapshotCurrent page text and interactive elements with @refs. Refs change after every action; always act on the latest snapshot.
  • unbrowse.browse.actclick | fill | select | check | press | wait on a @ref, or autofill. For fill, pass `name` as the business field (origin, date, email…) so the learned API gets readable inputs. For logins never ask the user for a password: `autofill` fills the page's login form (username or email, password, 2FA code) from the user's Unbrowse password manager, or fill one @ref with `vault: "username" | "email" | "password" | "totp"`. The values go straight into the page and never pass through you. If no login is saved for the site, or the user has not approved agent sign-ins there (approval_required), the error carries a link: give it to the user, wait with unbrowse.credentials.status, then repeat the action.
  • unbrowse.credentials.listThe user's saved logins (Unbrowse password manager): site, label, masked username/email hints and which fields are saved. Never values — logins are filled into pages with unbrowse.browse.act (autofill, or vault on a field) and used by learned capabilities automatically. Pass `origin` (the site you need) — a workspace can hold thousands of logins. Answers one page (default 50) with `total`; pass `nextCursor` back as `cursor` for the next page.
  • unbrowse.credentials.requestAsk the user to save a login you need, without seeing it: returns a one-time link to give them. They open it, sign in to Unbrowse and save the username/email, password and optional 2FA seed. Then call unbrowse.credentials.status.
  • unbrowse.credentials.statusWhether the user has answered a request: a login request (cr_…: pending, fulfilled, declined, expired) or a sign-in approval (ap_…: pending, approved, denied, expired). Waits up to `waitSeconds` (default 20, max 50) for it to change.
  • unbrowse.browse.finishEnd the session. Returns the page the task ended on and compiles every recorded session for this site into a learned.* capability you can call with unbrowse.run next time — no browser.
  • unbrowse.browse.closeEnd a browser session. It is still indexed (passive learning) unless discard is true.
  • unbrowse.scrapeRead one page as clean markdown (main content only by default — no navigation, cookie banners or footers), with its links and metadata (title, description, canonical, language, status). Plain HTTP when the server's HTML has the content; otherwise Unbrowse's cloud browser renders it, signed in when a session is kept for the site (kept sign-ins are reused automatically unless the person set that site to Never or Ask me, or turned reuse off). A PDF or Word (.docx) URL comes back as its text in markdown, with metadata.pages (up to 20 MB, over HTTP). Every answer carries metadata.status (the page's real HTTP status; statusCode is the same value), timing {ms, httpMs, renderMs, queuedMs} and attempts (HTTP tries). It never runs past deadlineMs (default 45 s): then it fails scrape_timeout (HTTP 504) with details.stage (http or render). A bot wall fails fast as blocked with details {stage, reason, timing, attempts, httpStatus, renderStatus}; a page that met a bot wall over HTTP and in the browser answers blocked at once for 10 minutes, with details.retryAfter (seconds) and cachedAt. Use it to read a page you have a URL for; use unbrowse.run for a task on a site. One verified call.
  • unbrowse.mapList a site's URLs: the sitemaps its robots.txt names (or /sitemap.xml, following one level of sitemap indexes), then the links on the given page. Same-site only. Filter with search. Use it to find the right page before scraping it. One verified call.
  • unbrowse.sitesWhat Unbrowse knows about each website this workspace has touched, before you act: access (public, or only behind a sign-in), the kept signed-in session (active, expired, logged_out or none — and when), the last sign-in, whether a login is saved, the tools already learned there and public tools, and any bot check that blocked it. Check it first: an active session means no sign-in is needed; a learned tool means no browsing is needed. Pass a site for one, or nothing for all.
  • unbrowse.indexIndex a website on purpose: Unbrowse's own agent opens the site in a cloud browser, performs its core read-only capabilities (search, listings, item pages, filters…), compiles each into a tool and proves it with a browserless replay. Runs in the background (minutes); returns a jobId for unbrowse.index.status. The tools land in your tool list (and, when shared, in the public registry). Use it before a user needs a site, so their first call is instant. Never signs in or changes anything on the site.
  • unbrowse.index.statusAn index job's progress: queued, running, done or failed, the steps taken and every tool indexed (inputs, whether it runs without a browser, verified, public id). Waits up to `waitSeconds` (default 20, max 50) for it to finish. Without a jobId, lists your recent jobs.
  • unbrowse.discoverSearch the caller's private space (connected public and passworded sites as flat primitives) and the public registry (second priority, connect-on-the-fly). Each capability carries `hints.health` (healthy, degraded, untested, failing, ...) from its recent runs. Only tools that can work for this caller are offered: public tools that are failing are left out unless the query names their site, public tools quarantined by the periodic check are left out entirely (calling one answers tool_quarantined with why), your own tools quarantined by their runs are left out (`withheld.quarantined` lists their ids), and tools that need a sign-in are offered only when you have a saved login, live session or connected account for their site (`withheld.signIn` names each site and the call that connects it: unbrowse.credentials.request, or unbrowse.connect for an app — including a connected app whose sign-in was refused, `reconnect: true`). Apps in `public` that need an account are listed only once you have one. A tool marked `personal` runs signed in as the person: its answers are their account's. `withheld.count` says how many were left out; for a failing site unbrowse.browse.open learns a fresh route. Public tools carry `version`, the Unbrowse version that generated them (YYYY.MM.DD); among equal matches the newest comes first.

Last checked Oct 22, 2026

[ features ]

Compliance & Security

Security certifications, compliance features, and access control capabilities.

SOC 2

SOC 2 Type I or Type II certification.

None
SSO Support

Single Sign-On integration support.

None

Accessibility & Interfaces

Features related to how users access and interact with the AI coding tools across devices and input methods.

Supports Mobile Apps

Whether native iOS/Android apps are available for control and interaction.

no
Supports Web Interface

Availability of a web-based UI for accessing sessions from any browser.

[  yes  ]
Voice Control

Hands-free voice interaction for commands, ideation, or code generation.

no
CLI Interface

Terminal-based access for power users preferring command-line workflows.

[  yes  ]

AI Model & Language Support

Compatibility with AI models and programming languages.

Primary LLM

Main large language model(s) supported.

[  DeepSeek  ]
Multi-LLM Support

Ability to use multiple or any LLM providers.

[  yes  ]

Pricing & Licensing

Cost structure, open-source status, and usage limits.

Pricing Model

Primary billing structure.

Pay-per-Use
Self-Hostable

Can run entirely on user hardware without external services.

no

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