Welcome

Welcome to UltraSafe AI Documentation

UltraSafe AI is a leading AI research and development company, creating advanced AI models for a wide range of applications. Our platform enables developers and enterprises to build innovative products and applications powered by UltraSafe AI's state-of-the-art models.

UltraSafe AI Large Language Models (LLMs)

We offer a variety of models, from general-purpose to highly specialized, driving innovation and convenience for our developer community. Our models excel in multilingual capabilities, code generation, mathematics, and advanced reasoning.

State-of-the-art generalist models

• EUS1: Our flagship auto-regressive language model, based on Autoregressive Transformer Architecture with expert routing capabilities. Last updated on 23 July 2024.

• EUS Mega: An advanced multimodal AI model for complex tasks with extensive context understanding.

• EUS Flash: A high-speed text model for rapid processing, efficient for small-scale applications.

Specialized models

UltraSafe AI offers a range of specialized models to cater to specific industry needs:

• UltraSafe AI - Healthcare

• UltraSafe AI - Finance

• UltraSafe AI - Code

• UltraSafe AI - Conversational

• UltraSafe AI - Education

• UltraSafe AI - Media

• UltraSafe AI - Legal

• UltraSafe AI - Cyber Security

• UltraSafe AI - Translation Engine

• UltraSafe Image Generation

• UltraSafe Document Analyzer

• UltraSafe Data Reranker

Learn more about our models here.

Explore the UltraSafe AI APIs

The UltraSafe AI APIs empower LLM applications via:

• Text generation: Enables streaming and provides the ability to display partial model results in real-time.

• Code generation: Empowers code generation tasks, including fill-in-the-middle and code completion.

• Embeddings: Useful for RAG where it represents the meaning of text as a list of numbers.

• Multilingual capabilities: Understands and generates in 100+ human languages and 80+ programming languages.

• Mathematical problem-solving: Strong performance in reasoning and mathematical tasks.

• Expert routing: Token-level query routing to multiple expert models.

• Iterative learning: Capabilities for new tasks, styles, and languages.