Local LLM routing layer for Claude Code, Codex, and OpenCode
OpenAI-compatible API gateway for 400+ AI models, billed in Indian rupees via UPI
Stage
Startup
Not given
Founded
Not given
Not given
Based in
US
IN
Pricing model
Freemium
Paid
Pricing
Free: $0 per month with 50M tokens a month and 2 connected devices. Pro: $30 per month with unlimited tokens and 5 connected devices.
Pay-per-token in Indian rupees. Minimum top-up ₹50. Example prices: GPT-5 Mini ₹24.70 per 1M input tokens, ₹197.58 per 1M output tokens; Claude Sonnet 4.6 ₹296.37 per 1M input tokens, ₹1,481.86 per 1M output tokens; Gemini 2.5 Flash ₹29.64 per 1M input tokens, ₹246.98 per 1M output tokens. Billing f
Key features
Routes to 293 models from 24 providers
Automatic fallback across providers
Included inference on all plans
End-to-end encrypted key vault
Shared memory across agents
OpenAI and Anthropic compatible APIs
Context.dev integration for web data
Works with Claude Code, Codex, OpenCode and other tools
Browser chat with voice transcription
Cost and usage analytics
Access to 400+ AI models from OpenAI, Anthropic, Google, DeepSeek, Mistral, and xAI
OpenAI-compatible endpoint with no SDK changes required
Pay per token in Indian rupees with UPI top-ups from ₹50
Budget and rate limit controls per API key
Team wallet sharing with per-member spending caps
Automatic failover across providers with circuit breaker
Streaming support via Server-Sent Events
GST invoices for every top-up
Real-time cost visibility per request in rupees
What makes it different
First request works with no setup or keys required
All your keys and models accessible through one layer
Zero-knowledge encryption keeps your keys private
Users can bring their own AI to power your apps
No code changes required to route through OpenLLM
Only LLM gateway that accepts UPI and rupee payments for Indian developers
Single API key and endpoint for 400+ models across multiple providers
Live forex rates updated every 10 minutes with transparent 5% buffer
Automatic provider failover and circuit breaker for reliability
OpenLLM
AICredits