TrustedRouter

Privacy-first LLM router: one OpenAI-compatible API reaching 600+ models with provider failover.

Visit Website ↗ by Lore Hex Corp

What is TrustedRouter?

TrustedRouter is an OpenAI-compatible large-language-model router from Lore Hex Corp that exposes hundreds of models from dozens of providers through a single endpoint, with automatic provider failover. Routing policies such as auto, fast, cheap, zero-data-retention, confidential-compute, and EU let users optimize per request for cost, latency, or compliance. Its core differentiator is verifiable privacy: the gateway runs in hardware-attested secure enclaves, the full stack is open source, and prompts and outputs are not logged.

Key features

  • One OpenAI-compatible endpoint for 600+ models from 80+ providers
  • Routing policies: auto, fast, cheap, zdr, e2e, and eu
  • Automatic per-request provider failover
  • Zero-data-retention and confidential-compute routes
  • Bring-your-own-key (BYOK) support
  • Hardware-attested gateway; no prompt or output logging
  • Fully open-source infrastructure and client SDKs
  • Official Python and JavaScript/TypeScript SDKs

Pros

  • One API key and endpoint replace dozens of provider integrations
  • Privacy claims are verifiable via attestation, unlike conventional routers
  • Routing policies cover cost, speed, and compliance needs
  • Usage-based billing with no subscription or seat fees

Cons

  • Usage costs add a markup on top of underlying provider prices
  • Smaller ecosystem and community than incumbent routers
  • Developer-focused; no consumer-facing app

TrustedRouter at a glance

PricingPaid
CategoryCoding & Development
Platformsweb, api
CompanyLore Hex Corp
Official websitetrustedrouter.com
llm routerapi gatewaymodel routingprivacyopen sourcefailovermulti-modeldeveloper api

How to choose the right Coding & Development tool

The right coding tool depends on where you write code and how much of your codebase it can understand. IDE integration is the first filter — a tool that lives in your editor, sees your project files and respects your stack will help far more than a general chatbot you paste snippets into. Look for accurate completions, clear explanations of suggested changes, and strong refactoring and debugging support for your main languages. Privacy deserves real attention: check whether your code is used for training, and whether a self-hosted or enterprise option exists for sensitive projects. Price against the hours it actually saves — most developers feel the difference within the first week of real use.

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TrustedRouter FAQs

What is TrustedRouter?

TrustedRouter is an OpenAI-compatible large-language-model router from Lore Hex Corp that exposes hundreds of models from dozens of providers through a single endpoint, with automatic provider failover. Routing policies such as auto, fast, cheap, zero-data-retention, confidential-compute, and EU let users optimize per request for cost, latency, or compliance. Its core differentiator is verifiable privacy: the gateway runs in hardware-attested secure enclaves, the full stack is open source, and prompts and outputs are not logged.

What are the main features of TrustedRouter?

TrustedRouter offers One OpenAI-compatible endpoint for 600+ models from 80+ providers, Routing policies: auto, fast, cheap, zdr, e2e, and eu, Automatic per-request provider failover, Zero-data-retention and confidential-compute routes, Bring-your-own-key (BYOK) support, Hardware-attested gateway; no prompt or output logging, Fully open-source infrastructure and client SDKs and Official Python and JavaScript/TypeScript SDKs.

How much does TrustedRouter cost?

TrustedRouter is a paid product. Prices and plans change over time, so check its official website for the current pricing before you buy.

What are the pros and cons of TrustedRouter?

Strengths of TrustedRouter include One API key and endpoint replace dozens of provider integrations; Privacy claims are verifiable via attestation, unlike conventional routers; Routing policies cover cost, speed, and compliance needs. On the downside, Usage costs add a markup on top of underlying provider prices; Smaller ecosystem and community than incumbent routers; Developer-focused; no consumer-facing app.