One API for all AI models—image, video, music and text generation
The intelligent automation platform that connects systems, automates workflows, and governs AI at scale
Stage
Not given
Established
Founded
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Based in
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US
Pricing model
Freemium
Not given
Pricing
From $0.015/s for video to $0.290/s; image models from $0.030 to $0.107 per image; music from $0.210/song; text-to-speech from $0.125/1K characters. 200 free credits on signup; no minimum spend.
Celigo offers three platform editions: Standard Edition, Professional Edition, and Enterprise Edition. Pricing is based on endpoints and flows with no per-task or transaction fees. The Enterprise Edition includes unlimited endpoints. Specific plan prices are not listed on the website.
Key features
Unified API endpoint for image, video, audio, and text models
Persistent artifact storage with durable links
Async task API with callback support
Availability-first routing across model providers
MCP, Skills, and llms.txt for AI agent integration
Model playground for testing before integration
Transparent pay-as-you-go pricing with no minimums
Image cost calculator tool
24/7 production support
Access to 15+ leading generative models
Natural language interface (Celigo Ora)
Error management and auto recovery
Role-based access controls and SSO
Prebuilt connectors and integration apps
Sandbox development environment
What makes it different
Single API key to access all major image, video, and audio generation models from OpenAI, Google, Runway, and others
Persistent artifact links eliminate need to build custom storage infrastructure
Transparent, usage-based pricing visible before integration with no per-token billing
Native support for AI agents through MCP, Skills, and standardized prompts
Production-grade async API designed for long-running generation tasks with callbacks
Unified platform for integrations, workflows, and AI agents under one governance system
Accessible to business teams while maintaining enterprise-scale robustness
Flat-rate pricing with no per-task or transaction overages
Controlled AI deployment through least agency principle