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TrustedRouter Review

TrustedRouter is a privacy-first AI gateway that routes requests across multiple providers through a single OpenAI-compatible API without logging prompt or output content.

shipped Sep 1, 2026codepaid
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TrustedRouter — product screenshot

Why it matters

1Routes requests to over 600 AI models from 81+ providers via one OpenAI-compatible API.
2Employs a 'privacy-first' approach with an attested gateway running in a Trusted Execution Environment (TEE).
3Raised $1.25 million in seed funding on August 31, 2026, from investors including Sam Lessin and Bill Tai.
4Offers 100% open-source frontend, backend, gateway, infrastructure, and SDKs for verifiable transparency.

About TrustedRouter

Business Model
Usage-Based (Pay Per Use)
Usage Pricing
Variable, based on provider prices and routing costs per request
Platforms
Web
Target Audience
Developers and teams needing verifiable privacy and access to multiple AI models.

Pricing Plans

Pay as you go
Variable based on usage / per-request
  • • No subscriptions
  • • Bring your own provider key
  • • Automatic refill with a saved card
  • • Migration credits by approval

Cost Examples

  • • Costs depend on the model and provider used, exact pricing not specified.
API DocsGitHubOpen Source

Specs

API Available

Yes, public API

Screenshots

overview

What is TrustedRouter?

TrustedRouter is an AI gateway tool developed by Lore-Hex that enables teams and developers to route AI requests across many providers through one OpenAI-compatible API. It ensures verifiable privacy and zero-data-retention for AI model inference by not logging prompt or output content.

The platform aggregates access to over 600 AI models from more than 81 providers, offering a unified interface for diverse AI capabilities. TrustedRouter focuses on cost optimization through dynamic load-balancing and semantic query routing, alongside enhanced reliability via provider failover and regional routing. Its core functionality is built around a privacy-first architecture, utilizing an attested gateway that runs in a Trusted Execution Environment (TEE) to provide cryptographic proof that the running code matches its public open-source version. This design addresses critical concerns for organizations handling sensitive data, allowing them to leverage AI models while adhering to strict privacy policies. The platform also facilitates easy migration for users of existing OpenAI SDK or OpenRouter setups by simply requiring a change in the base URL.

features

Key Features of TrustedRouter

TrustedRouter provides a comprehensive suite of features designed to optimize AI model usage, enhance data privacy, and streamline developer workflows. Its core capabilities revolve around multi-model orchestration, verifiable privacy, and operational reliability.

  • Access to over 600 AI models from more than 81 providers.
  • OpenAI-compatible API for unified model access and simplified integration.
  • Zero content logging for prompts and outputs, ensuring data privacy.
  • Attested gateway running in a Trusted Execution Environment (TEE) for verifiable privacy.
  • Multi-cloud reliability with provider failover and regional routing.
  • 100% open-source frontend, backend, gateway, infrastructure, and SDKs.
  • Cost optimization through automated, dynamic load-balancing and semantic query routing.
  • User-provided model registration, allowing users to host and monetize their own models.
  • LLM Advisor feature for selecting the most appropriate model for specific tasks.
  • Integration with AnyEval.com for open-source AI model evaluations and comparisons.

use cases

Who Should Use TrustedRouter?

TrustedRouter is designed for organizations and developers who require robust AI model access with a strong emphasis on data privacy, cost efficiency, and operational reliability. Its architecture supports various demanding applications.

  • Teams needing verifiable privacy and zero-data-retention for AI model inference, especially with sensitive data.
  • Developers and AI infrastructure engineers seeking a unified API to access hundreds of AI models without vendor lock-in.
  • Businesses aiming to optimize AI model costs and performance through dynamic routing and diverse provider choices.
  • Organizations requiring reliable AI inference with automatic provider fallback and multi-cloud deployment.
  • Legal and compliance teams processing sensitive documents, as demonstrated by a customer processing 170,974 legal documents.

how to use

How to Use TrustedRouter

TrustedRouter simplifies access to a multitude of AI models through a standard OpenAI-compatible API. Users can integrate the service by modifying their existing OpenAI SDK configurations.

  • 1Sign up for a TrustedRouter account at trustedrouter.com.
  • 2Obtain your API key from the TrustedRouter dashboard.
  • 3Configure your existing OpenAI SDK or client to point to the TrustedRouter API endpoint (e.g., change the base URL).
  • 4Specify desired AI models and routing policies (e.g., cost, privacy, geography) in your API requests.
  • 5Send requests to the TrustedRouter API, which will intelligently route them to the optimal provider and model.
  • 6Monitor usage and performance through the TrustedRouter platform.

pricing

TrustedRouter Pricing & Plans

TrustedRouter operates on a usage-based pricing model, allowing users to pay only for the AI model inference they consume. The costs are variable, depending on the specific AI model and provider selected for each request, as well as any associated routing costs. This 'Pay as you go' structure is designed to offer flexibility and cost efficiency, particularly for teams with fluctuating AI usage requirements. While specific per-token or per-request pricing examples are not publicly detailed, the overall cost is influenced by the underlying provider prices and TrustedRouter's routing overhead. Users can register their own HTTPS endpoints, set a price, and retain 70% of what callers pay, introducing a revenue-sharing model for custom models.

  • Pay as you go: Variable based on usage (per-request, dependent on model and provider costs).

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Pros

  • +Verifiable privacy through an attested gateway running in a Trusted Execution Environment (TEE).
  • +Access to over 600 AI models from 81+ providers via a single OpenAI-compatible API.
  • +100% open-source codebase (frontend, backend, gateway, infrastructure, SDKs) for transparency.
  • +Cost optimization features including dynamic load-balancing and semantic query routing.
  • +Enhanced reliability with multi-cloud deployment, provider failover, and regional routing.
  • +Allows users to register and monetize their own AI models, retaining 70% of revenue.

Cons

  • −Specific per-token or per-request pricing examples are not publicly detailed, making cost estimation potentially complex.
  • −As a relatively new platform (seed funding announced August 2026), long-term stability and community support are still developing.
  • −Requires integration with an existing OpenAI SDK, which might involve minor configuration changes for new users.
  • −While offering a broad range of models, the performance and latency for all 600+ models may vary significantly across providers.

Policies

Pricing Page

View Pricing→

Similar Tools

TrustedRouter vs Competitors

TrustedRouter differentiates itself in the AI gateway market primarily through its verifiable privacy guarantees and open-source transparency, contrasting with other solutions that offer similar routing capabilities.

1
LiteLLM Proxy↗

Provides an OpenAI-compatible API endpoint for over 100 LLMs, allowing self-hosting for full data control and privacy.

While offering similar routing capabilities and privacy through self-hosting, LiteLLM Proxy requires more setup and maintenance compared to TrustedRouter's managed service. It might lack some of the advanced enterprise features or dedicated support of a commercial product.

2

Offers an AI gateway with observability, caching, and routing, explicitly designed for privacy with no prompt or response logging by default.

Portkey.ai offers a broader suite of features beyond just routing, such as observability and caching, which can add complexity if only a simple privacy-focused router is needed. While it has a free tier, advanced features are paid, similar to TrustedRouter's model.

3

Provides an AI gateway with a focus on observability, caching, and rate limiting, with a strong emphasis on not storing user prompts or responses by default.

Helicone.ai, like Portkey.ai, provides a comprehensive set of features that extend beyond just a privacy-first router, potentially introducing more overhead. Its free tier and pricing structure are comparable to TrustedRouter, but its core strength leans more towards monitoring and optimization.

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