Single API across multiple AI services
Use one REST API to access multiple supported services, including Google Flow, Flow Music, Dreamina, Kling, Runway, MiniMax, PixVerse, Mureka, TemPolor, and InsightFaceSwap.
useapi.net
Claimuseapi.net is a paid REST API for automating video, image, music, speech, and face-swap AI workflows through one integration.
useapi.net
useapi.net is a subscription-based REST API that lets developers automate a set of AI services for video, images, music, speech, and face swapping. The site positions it as a way to connect your own AI website accounts to a unified API and use multiple providers from one integration.
The service centers on supported providers such as Google Flow, Flow Music, Dreamina, Kling, Runway, MiniMax, PixVerse, Mureka, TemPolor, and InsightFaceSwap. The documentation also shows a model matrix with many named models and capabilities, plus setup pages for each service so users can configure the provider they want before making requests.
The main value proposition is operational simplicity: instead of integrating each provider separately, teams can subscribe to useapi.net, configure the underlying service accounts, and work through a shared REST surface with account management, generation, and job endpoints. The docs also note automated load balancing across multiple accounts per service.
Pricing is presented as a paid subscription, with a first plan at $15 per month and additional subscriptions adding account capacity for more of your own accounts per service. The site also references support channels and a refund policy for qualifying initial purchases.
Features
Account connection with load balancing
The subscription docs say the API connects your website accounts to a REST API and includes automated load balancing across multiple accounts per service.
Broad modality coverage
The model matrix shows coverage across video, image, music, speech, audio, and other utilities such as face swap, upscaling, lip sync, and video effects.
Service-specific setup guides
Setup is organized by service, with separate start-here and setup pages for each supported provider, which suggests a workflow built around connecting your own accounts before calling the API.
Operational and job management endpoints
The documentation exposes a large endpoint surface, including account management, generation, editing, download, scheduler, and job-status endpoints for each API family.
Provider-specific capability notes
Some models and capabilities are tied to underlying plan conditions, such as unlimited modes or exploreMode for specific services, based on the provider and plan described in the matrix.
Use cases
Unify multiple AI providers behind one API
Build one backend integration that can route work to several AI providers instead of wiring each vendor separately. This is useful when your product needs multiple generation types, but you want one API surface and one subscription entry point.
Balance load across multiple accounts
Set up a production workflow that spreads requests across multiple accounts for the same service. The subscription docs say automated load balancing is included, which is relevant when you need to manage throughput across your own accounts.
Support mixed media generation
Ship applications that generate videos, images, songs, speech, or face swaps from a shared service layer. The model matrix shows support across these modalities, so teams can choose the provider and model that fits a given task.
Follow provider-specific setup guides
Onboard a service-specific integration by following the dedicated setup page for the provider you want to use. This fits developers who prefer a documented, step-by-step setup flow rather than discovering endpoints ad hoc.
Compare supported models before building
Evaluate which provider and model to use for a particular job by reviewing the model matrix before implementation. This is especially relevant when compatibility depends on the provider plan, region, or model variant.
Pros and Cons
Pros
- One subscription exposes a wide set of AI services through a single REST API.
- The docs cover multiple modalities, including video, images, music, speech, audio, and face swap.
- Multiple accounts per service are supported, with automated load balancing included.
- The documentation is organized with dedicated setup pages, which should make service-by-service onboarding clearer.
- The pricing page describes a straightforward subscription model rather than a custom sales process.
Cons
- The product depends on subscribing to both useapi.net and the underlying AI service accounts.
- Capability details vary by provider and plan, so users need to check the model matrix and setup pages before assuming a specific model or mode is available.
- The provided pages do not describe a free tier.
FAQ
Do I need both a useapi.net subscription and the underlying AI service account?
Yes. The docs say you must set up and configure the target AI service and subscribe to useapi.net before using the experimental API.
How does account capacity work across subscriptions?
The subscription page says a first $15/month subscription lets you connect up to 3 of your own accounts per service, and additional subscriptions add 3 more accounts per service for $10/month each.
What is the setup workflow after purchase?
After payment processing, the site says your API token is emailed in less than a minute, and you can then proceed to the setup docs for the service you want to use.
What kinds of workflows does useapi.net cover?
The service is presented as a single REST API for supported AI services including video, image, music, speech, and face-swap workflows.
Is there a free plan?
The site does not present a free tier on the pages provided. It describes a paid subscription model with a refund policy for initial purchases that meet the stated conditions.
Quick Facts
- Category
- Developer Tool
- Primary use
- AI API aggregation and automation
- Platform
- Web documentation and REST API
- Source domain
- useapi.net
- Pricing shape
- Paid subscription; first plan listed at $15/month
- Setup model
- Configure your underlying AI service, then use the useapi.net API token and docs