HiAPI

HiAPI is a transformative, developer-first AI API platform that unlocks the full potential of generative AI by providing a single, unified gateway to the world's leading models for image, video, and audio generation. This game-changing platform eliminates the traditional complexity of integrating with multiple AI providers, allowing developers to access powerful models like OpenAI's GPT Image 2, ByteDance's Seedream 5.0 Pro and Seedance 2.0, Google's Nano Banana 2, and MiniMax Music 2.6 with just one API key and a single, OpenAI-compatible request format. HiAPI is built for developers, AI agents, and engineering teams who demand production-grade reliability, persistent artifact storage, and predictable costs without the overhead of managing separate accounts, billing systems, or storage infrastructure. The platform's core value proposition lies in its ability to streamline the entire generative AI workflow from submission to result, offering a unified task API that handles job creation, status checking, callbacks, and durable artifact retrieval through a simple lifecycle. With transparent pay-as-you-go pricing, up to $1 in free credits for new users, and 24/7 support, HiAPI empowers teams to ship AI-powered features faster, scale confidently, and focus on building transformative applications rather than wrestling with API fragmentation. Whether you are creating dynamic marketing visuals, generating cinematic video content, composing original music, or building sophisticated AI agent workflows, HiAPI provides the foundational infrastructure that turns generative AI from a complex challenge into a seamless, game-changing capability.

Unified Task API for Every Generation Workflow

HiAPI revolutionizes generative AI integration with a single, transformative task API that standardizes the entire lifecycle of AI generation jobs. Instead of learning different endpoints, authentication methods, and response formats for each model provider, developers submit all requests to one POST /v1/tasks endpoint with a consistent schema. The API accepts a model parameter to route requests to the appropriate engine, an input object with model-specific parameters that are validated per request, optional route specifications for beta or extended features, storage settings for persistent artifact links, and callback URLs for asynchronous notifications. This game-changing approach means that switching from GPT Image 2 to Seedream 5.0 Pro or from FLUX 1.1 Pro to MiniMax Music requires only changing the model name, not rewriting integration code. The built-in idempotency key prevents duplicate task creation during retries, ensuring reliable submission even in distributed systems. This unified architecture dramatically reduces development time, simplifies maintenance, and accelerates the path from concept to production deployment.

Persistent Artifact Storage Without Extra Infrastructure

One of HiAPI's most transformative features is its built-in persistent storage capability, which eliminates the need for developers to build and maintain their own storage infrastructure for generated outputs. When developers set the storage parameter to "persistent" in their API requests, HiAPI automatically stores all generated images, videos, and audio files and returns durable, low-cost artifact links that remain accessible over time. This game-changing functionality solves a critical pain point in generative AI workflows: managing output files, ensuring they remain accessible for downstream applications, and handling storage costs and scalability. With HiAPI, every generated artifact comes back as a persistent URL that can be immediately used in web pages, mobile apps, marketing campaigns, or content management systems without additional processing or storage management. This feature is particularly valuable for production applications where artifacts need to be referenced repeatedly, shared with users, or integrated into complex workflows. By handling storage at the platform level, HiAPI allows development teams to focus on building transformative user experiences rather than wrestling with file management logistics.

AI Agent Ready with MCP, Skills, and llms.txt

HiAPI is fundamentally designed to unlock the potential of AI agents, offering multiple integration pathways that make it the most agent-friendly generative AI platform available. The platform supports Model Context Protocol (MCP) for agent-accessible tools, Skills for reusable agent instructions covering common workflows, and llms.txt for easy discovery and integration by any AI agent. This transformative approach means that agents like Claude, Cursor, and Codex can seamlessly discover, call, and compose HiAPI capabilities without manual configuration. Developers can simply paste the llms.txt prompt into their agent, which then understands the full HiAPI model catalog and API structure, and intelligently selects the best integration path whether that is Skills, Remote MCP, or direct API calls. This game-changing feature enables sophisticated autonomous workflows where AI agents can generate images for presentations, create video content for social media, compose background music, and orchestrate complex multi-step creative processes entirely through natural language instructions. HiAPI effectively transforms from a simple API into a composable AI infrastructure that adapts to how modern development teams work with intelligent agents.

Production-Grade Reliability and Transparent Pricing

HiAPI delivers enterprise-grade reliability with availability-first routing, comprehensive callback mechanisms, and 24/7 support designed to handle real production loads. The platform's architecture ensures that requests are intelligently routed to maintain high availability, while callback URLs provide asynchronous notification when generation tasks complete, eliminating the need for polling and reducing system overhead. This game-changing infrastructure means developers can confidently deploy HiAPI in mission-critical applications where uptime and performance are non-negotiable. Complementing this reliability is HiAPI's commitment to transparent, predictable pricing. Every model lists its price upfront on the platform, allowing developers to accurately estimate costs before integrating any model. This transformative approach to pricing eliminates the surprise bills and opaque cost structures that plague many AI API platforms. With pay-as-you-go billing, unified invoicing across all models, and free credits for new users, HiAPI makes it easy to start small, experiment freely, and scale cost-effectively. Teams can confidently size their usage during development, understand their cost per generation, and build business models around known, predictable expenses.

Dynamic Marketing Content Generation

Marketing teams can leverage HiAPI to transform their content creation workflows by generating stunning images, engaging videos, and original audio assets through a single API integration. Using models like GPT Image 2 for sharp text rendering in social media graphics, Seedream 5.0 Pro for flagship image generation with precise brand aesthetics, and MiniMax Music 2.6 for creating custom background tracks, marketers can produce complete campaign assets in minutes rather than days. The persistent artifact storage feature ensures that all generated content is immediately available with durable links that can be embedded in email campaigns, websites, and digital advertising platforms. This game-changing capability allows marketing departments to iterate rapidly on creative concepts, A/B test different visual approaches, and maintain brand consistency across all channels without relying on external design agencies or complex approval workflows. The unified billing and predictable pricing make it easy to budget for AI-generated content at scale.

AI-Powered Video Production Pipeline

Content creators and media production teams can build transformative video generation pipelines using HiAPI's unified task API, particularly leveraging Seedance 2.0 for cinematic video with native audio and multi-shot consistency. This game-changing use case enables creators to submit text prompts or storyboards and receive complete video sequences that maintain character and scene coherence across multiple shots. The callback mechanism allows production systems to be notified automatically when videos are ready, enabling seamless integration into editing workflows and content delivery networks. With persistent storage, every generated video clip comes with a durable link that can be directly used in final productions, shared with collaborators, or published to streaming platforms. This capability democratizes video production, allowing small teams and individual creators to produce high-quality video content that previously required significant budgets, specialized equipment, and extensive post-production expertise.

Automated Music and Audio Composition

Musicians, game developers, and content creators can unlock transformative audio generation capabilities by integrating MiniMax Music 2.6 through HiAPI's single endpoint. This use case allows users to generate complete songs from text prompts and lyrics, with options for instrumental mode, making it ideal for creating custom soundtracks, background music for videos, or unique audio branding elements. The unified task API handles everything from submission to callback, with persistent storage ensuring that generated audio files remain accessible for future use. This game-changing capability is particularly valuable for indie game developers who need original soundtracks without hiring composers, podcasters who want custom intro and outro music, and video producers who require royalty-free background tracks that perfectly match their content's mood and pacing. The transparent pricing model means creators can estimate costs upfront and generate as many variations as needed to find the perfect sound.

AI Agent Orchestration for Creative Workflows

Developers building sophisticated AI agent systems can leverage HiAPI's MCP, Skills, and llms.txt capabilities to create transformative autonomous creative workflows. An AI agent can be instructed to generate a product image using Seedream 5.0 Pro, create a promotional video using Seedance 2.0, compose background music using MiniMax Music 2.6, and then compile all assets into a complete marketing package, all through natural language instructions and a single API integration. This game-changing use case represents the future of creative production, where AI agents act as autonomous creative directors, coordinating multiple generative models to produce complex, multi-format outputs. The persistent storage feature ensures that all generated artifacts are immediately available for the agent to reference in subsequent steps, while the callback mechanism enables asynchronous orchestration of long-running video and audio generation tasks. This capability transforms how development teams approach content creation, enabling unprecedented levels of automation and creative exploration.

HiAPI operates on a transparent, pay-as-you-go pricing model designed to be predictable and developer-friendly. Every model on the platform lists its specific price per generation upfront, allowing developers to understand costs before integrating any capability. The platform provides unified billing across all supported models, meaning users receive a single, consolidated invoice regardless of whether they used GPT Image 2, Seedream 5.0 Pro, Seedance 2.0, MiniMax Music 2.6, or any other model. New users signing up for HiAPI receive up to $1 in free credits, providing a risk-free opportunity to test the platform, experiment with different models, and verify integration before committing to paid usage. This game-changing pricing structure eliminates the surprise bills and opaque cost structures common with other AI API platforms, empowering development teams to budget accurately, scale confidently, and build sustainable business models around known, predictable expenses per generation.

How does HiAPI's unified API work with different AI models?

HiAPI's transformative unified API works by standardizing all model interactions through a single POST /v1/tasks endpoint with a consistent JSON schema. Developers specify the desired model using a simple name parameter like "gpt-image-2/text-to-image" or "seedream-5.0-pro/text-to-image", and HiAPI automatically routes the request to the appropriate underlying AI engine. All requests share the same authentication, error handling, and response format, while the input object allows model-specific parameters to be passed naturally. This game-changing approach means developers can switch between models or even between entirely different modalities like image generation and audio composition by simply changing the model name parameter, dramatically reducing integration complexity and accelerating development.

What does "persistent storage" mean and how does it work?

Persistent storage in HiAPI means that when you set the storage parameter to "persistent" in your API request, all generated artifacts images, videos, and audio files are automatically stored on HiAPI's infrastructure and returned as durable, long-lasting URLs. This transformative feature eliminates the need for developers to build their own storage systems, manage file uploads, or worry about link expiration. The artifact links are designed to be low-cost and reliable, suitable for direct use in production applications, websites, and content delivery. This game-changing capability allows development teams to focus on building user experiences rather than managing file storage infrastructure, while ensuring that every generated asset remains accessible for future reference, sharing, or reuse.

Can I use HiAPI with AI agents like Claude or Cursor?

Absolutely. HiAPI is fundamentally designed to be AI agent friendly and supports multiple integration pathways specifically for intelligent agents. The platform provides Model Context Protocol (MCP) for agent-accessible tools, Skills for reusable agent instructions covering common workflows, and llms.txt for easy discovery and integration. This transformative approach means that agents like Claude, Cursor, and Codex can automatically discover HiAPI's capabilities, understand the available models and their parameters, and intelligently choose the best integration method. Developers can simply paste the llms.txt prompt into their agent, and the agent will understand the full HiAPI ecosystem and begin generating content immediately, making HiAPI the most game-changing platform for building autonomous AI-powered creative workflows.

How does HiAPI handle billing and pricing?

HiAPI offers a transparent, pay-as-you-go pricing model where every model lists its price upfront, allowing developers to know the exact cost before making any API call. The platform provides unified billing across all models, meaning developers receive a single invoice for all their generative AI usage regardless of which underlying model was used. New users receive up to $1 in free credits to explore the platform and test integrations without financial commitment. This game-changing approach to pricing eliminates the complexity of managing multiple accounts and billing systems for different AI providers, while the transparent pricing ensures predictable costs for production deployments. Developers can accurately estimate expenses during development and scale with confidence knowing exactly what each generation will cost.