Explore Auto Router by OpenRouter

Optimize text inputs with Auto Router's model routing.

Input: text Output: text Context: 2,000,000 tokens Release: 2023-11-08

Auto Router, developed by OpenRouter and released in November 2023, is designed to optimize text-based inputs by intelligently routing them to one of several models. With a substantial context length of 2,000,000 characters, it efficiently processes extensive inputs. This model operates in a text-to-text modality, accepting text inputs and providing text outputs. The Auto Router leverages a meta-model powered by Not Diamond, guiding inputs to models like GPT-5, Claude, and Gemini, among others. This routing mechanism ensures that each input is matched with the most suitable model, enhancing the quality and relevance of the output. Whether you're working with large text datasets or seeking refined text generation, Auto Router offers a versatile solution.

Use Cases

Here are a few ways teams apply Auto Router in practice—from fast drafting to multimodal understanding. Adapt these ideas to your workflow.

Enhance text generation quality

Process large text datasets efficiently

Select the best model for specific tasks

Improve relevance of text outputs

Key Features

A quick look at the capabilities that make this model useful in real projects.

Routes to various models for optimal output

Handles extensive text inputs with 2,000,000 context length

Text-to-text processing for versatile applications

Powered by Not Diamond meta-model

Supports diverse model options like GPT-5 and Claude

Specs

Overview

Vendor
openrouter

Model ID
openrouter/auto

Release
2023-11-08

Modalities & context

Input
text

Output
text

Context
2,000,000 tokens

Parameters & defaults

Supported parameters: —

Defaults: temperature 0.2, top_p 0.95

Benchmark tests: Auto Router

We ran this model against a few representative prompts to show its range. Review the outputs below and be the judge.

Text

Prompt:

Write 150 words on how AI might positively upend work, leisure and creativity

AI has the potential to significantly reshape work, leisure, and creativity in positive ways. One of the most profound impacts is in work, where AI can automate repetitive tasks, freeing up human time for more complex, creative, and strategic work. This could lead to increased job satisfaction and productivity. In leisure, AI can personalize entertainment experiences, such as recommending movies or music tailored to individual tastes. It can also facilitate new forms of leisure, like AI-generated art or virtual reality experiences. In creativity, AI can act as a collaborator, providing new ideas or helping to refine existing ones. It can also democratize creativity by making tools previously only accessible to experts available to everyone. For instance, AI can help in writing, composing music, or designing graphics. Moreover, AI can help preserve and promote cultural heritage by analyzing and restoring old artworks or preserving languages through AI-driven translation tools. However, it's crucial to ensure these advancements are equitable and beneficial to all, addressing potential issues like job displacement and data privacy.

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up.end

/ˌəpˈend/

verb

To “upend” means to completely disrupt, overturn, or drastically change the established order or structure of something. It implies a significant shift or alteration that can potentially have far-reaching consequences. When something is upended, it is turned upside down or transformed in a way that challenges conventional norms or expectations. The term often carries a sense of innovation, transformation, and sometimes even a hint of upheaval, indicating that the changes are not just minor adjustments but rather a fundamental reimagining of the status quo.

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