CodableAI - Your Ultimate Vector Database Platform

CodableAI Your Ultimate Vector Database Platform

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#vector database
#embedding generation
#FAISS
#Real-time search
#data management
#text processing

What is CodableAI?

CodableAI is a cutting-edge vector database platform that empowers businesses with advanced AI-driven data solutions. The platform excels in creating, managing, and scaling vector databases for applications in document search, chat analysis, and AI model integration, offering sub-50ms search response times and the ability to process up to 80,000 tokens per file.

Built on FAISS technology, CodableAI provides a robust infrastructure for high-performance vector processing and real-time search capabilities. The platform supports enterprise-level applications with its ability to handle up to 50 million vectors while maintaining optimal performance and accuracy, making it an ideal solution for businesses seeking to leverage AI-powered data management.

Features

Token Processing: Handle up to 80K tokens per file with 1.5 seconds processing time per 10,000 tokens
Search Performance: Sub-50ms response times for queries across 10 million vectors
Unified API Integration: Single API call for handling multiple data types
Scalability: Support for up to 50 million vectors
Real-time Search: Instant availability of newly embedded vectors
FAISS Integration: Optimized search performance using Facebook AI Similarity Search

Use Cases

Document search and retrieval
Chat analysis and processing
AI model integration
Large-scale data operations
Real-time data insights
Enterprise-level vector database management

FAQs

What is the maximum token processing capacity per file?

CodableAI can process up to 80,000 tokens per file, which is approximately equivalent to 240 pages.
How fast are the search response times?

CodableAI provides sub-50ms response times for search queries, even in databases containing up to 10 million vectors.
What is the maximum vector capacity of the platform?

The platform can seamlessly scale to handle up to 50 million vectors without compromising performance, speed, or accuracy.