Not Diamond
An intelligent AI model router optimizing cost, latency, and performance across LLMs.
What is Not Diamond?
Not Diamond is an advanced AI model router designed to maximize efficiency and LLM performance. Operating as a powerful multi-model infrastructure, notdiamond ai automatically analyzes your queries to determine the absolute best LLM for each specific task. Rather than sticking to a single provider, developers can use chat.notdiamond to seamlessly harness models like GPT-4o or optimize their applications with a specialized routing API. By choosing Not Diamond ai chat capabilities, users can achieve state-of-the-art results across benchmarks, improving overall accuracy by up to 25% while lowering operational costs up to 10-fold.
Category
Best Not Diamond use cases by task, role, industry, and platform
These use cases show where Not Diamond fits best, ranked by fit score before popularity or pricing.
Not Diamond Pricing Plans
Compare Not Diamond free options, Not Diamond paid pricing plans, and usage notes before you choose the best way to use this AI tool in 2026.
Free, Plus from $20/mo
Up to 100K monthly API routing requests, train 1 custom router, fallback rerouting, and cost/latency tradeoffs.
Plus $0.001 per API routing request after the first 100K free requests. Includes uncapped API routing requests, unlimited custom routers, and fuzzy hashing privacy.
Tailored individual pricing for VPC deployments, custom integration, router training support, and advanced permissions management.
Upgrade option for the standalone web chat application, which can also be used with basic access for free.
Pricing updated:Jun 12, 2026
Not Diamond AI Features
Not Diamond Pros and Cons
Pros
- Substantially reduces API costs and response latency
- Achieves higher benchmark accuracy by combining the strengths of various LLMs
- Agnostic to your orchestration pipeline and processes requests client-side
- Generous free tier providing up to 100K free routing requests monthly
Limitations
- Adds a small overhead latency of up to 100ms for router inference
- Advanced customization requires existing evaluation datasets