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Higgsfield API

Higgsfield API gives developers one API and catalog for image and video generation models, with searchable model details, playgrounds, and usage-based pricing. It supports application workflows such as prompt-based generation, image transformation, video creation, and selected editing or extension tasks.

Higgsfield API

What is Higgsfield API?

Higgsfield API is a developer platform that provides a single API and catalog for image and video generation models. Its Explore catalog lets users search models by modality, review available controls and per-use pricing, and open models in a playground before building an integration.

The catalog covers provider models and Higgsfield workflows for creating images, transforming source images, generating videos from prompts or stills, and editing or extending video on supported models. Requests are asynchronous: an application submits a generation job, tracks its request ID, and retrieves the generated file URL when processing completes.

Core capabilities

Multi-model catalog

The catalog brings image and video generation models from providers such as ByteDance, Kling, Alibaba, xAI, Ideogram, Recraft, MiniMax, Lightricks, and Higgsfield into one searchable model directory.

Configurable generation

Model entries expose modality, supported modes, pricing, and selected controls. Examples include duration, resolution, aspect ratio, output format, audio generation, batch size, seeds, and image influence, depending on the model.

Image and video workflows

Video options include text-to-video, image-to-video, reference-to-video, video editing, and video extension on selected models. Image options include text-to-image, image editing, transformation, and campaign-image workflows.

Workflow-oriented tools

The platform includes ready-to-use workflow entries such as Marketing Studio Image, Product shots, Graphic ads, and Genjutsu, alongside individual generation models.

Usage-based pricing visibility

Pricing is presented per use, with video prices commonly shown per second and image prices per image. The catalog also provides comparison views against other vendors for selected models.

Asynchronous request handling

The quick-start material describes asynchronous generation: submit a request, retain its request ID, then poll for a terminal result or use a webhook when supported by the surrounding application.

Practical use cases

  • Prompt-based video creation

    An application can let users turn written prompts into short videos, with model-dependent controls for duration, resolution, aspect ratio, audio, and multi-shot sequences.

  • Animating images and references

    Teams can animate supplied stills or use reference inputs to create motion content, using models that expose image-to-video or reference-to-video modes.

  • Marketing and product content

    Creative tools can generate campaign visuals, product imagery, or graphic advertisements through the catalog’s workflow entries, including Marketing Studio Image, Product shots, and Graphic ads.

  • Asset transformation and video editing

    A media pipeline can transform or refine existing images, or edit and extend video where the selected model supports those operations.

  • Multi-model application backends

    Developers can compare models and route different generation jobs through a single service instead of building separate initial integrations for every catalog provider.

Pros and Cons

Pros

  • One API and catalog cover a broad selection of image and video generation models.
  • The catalog exposes useful comparison data, including modality, supported modes, resolution or duration information, and usage pricing.
  • The platform supports both individual models and higher-level workflows such as marketing images, product shots, and graphic ads.
  • The documented asynchronous request pattern is suitable for applications that need to manage generation jobs rather than wait synchronously for a response.

Cons

  • Capabilities, controls, output formats, and limits vary by model, so applications need model-specific request handling.
  • The source material does not establish a single universal output specification or a complete integration and rate-limit policy for every model.
  • Displayed discounts are presented as launch or model-specific offers and may not represent standard long-term pricing.

FAQ

What is Higgsfield API?

Higgsfield API provides one API for image and video generation models. Developers submit a generation request, and the service handles queueing and GPU scaling before returning a generated file URL.

How does Higgsfield API pricing work?

The catalog and pricing pages show per-use pricing for image and video models. Video models are generally listed by second, while image models are listed per image; displayed launch discounts may be limited-time offers.

What kinds of generation workflows are available?

The catalog includes text-to-image, image transformation or editing, text-to-video, image-to-video, reference-to-video, video editing, and video extension capabilities across different models. Exact inputs and outputs depend on the selected model.

How is a typical API generation request handled?

The quick-start flow directs users to create an API key and configure it in their environment. The documented REST example uses the Higgsfield API endpoint with server-side credentials, and generation is handled asynchronously through a request ID and polling or webhooks where appropriate.

Quick Facts

Category
Developer tool; AI image and video generation API
Platform
Web catalog and REST API
Primary workflow
Submit generation request, track request ID, retrieve generated file URL
Pricing model
Usage-based; video commonly priced per second and images per image
Catalog scope
Image, video, and workflow entries from multiple providers
Source domain
console.higgsfield.ai
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