AIBoox is a fast and affordable LLM API service that offers global cost optimization by routing to best-priced regions and provides seamless integration with OpenAI's API.
Access AI compute power from cost-optimized regions worldwide, reducing your AI costs by at least 50%.
Our global network acceleration ensures response times on par with leading providers.
Provides 100% API compatibility with OpenAI, allowing projects to migrate in minutes with minimal code changes.
Automatically routes requests to the most cost-effective regions in real-time.
Offers a 99.9% uptime SLA with built-in failover across global data centers.
Monthly subscription with predictable costs and no credit management or overage charges.
The model has improved capabilities to follow complex instructions, making it ideal for tasks that require precise guidance.
Fully open-sourced under the MIT license, allowing developers to freely use, modify, and distribute the model.
This feature generates reasoning content before outputting the final answer, providing a transparent explanation process.
Supports context lengths of up to 128K tokens, allowing for extensive input processing in various applications.
Allows seamless integration with OpenAI SDK, letting developers make use of existing tools while working with AIBoox.
Enables real-time streaming of chat completions, allowing for interactive and instantaneous feedback during API usage.
Offers the ability to adjust parameters such as `temperature`, `max_tokens`, and `top_p` to fine-tune response creativity, length, and diversity.
Offers production-ready APIs for deploying AI models, ensuring they can handle large-scale operational demands.
Provides a robust infrastructure to run custom artificial intelligence models, which enables users to build and deploy their unique solutions.
Includes tools for the seamless deployment and management of AI models, simplifying the process from development to production.
The models can process a large context window of up to 64K tokens, allowing for more comprehensive understanding and processing of input data.
Supports both text and text+vision modalities, enabling complex reasoning and multi-step tasks that require integration of visual and textual data.