TM1 - The World's Leading Level 2 AI Metamodel

Empower your AI solutions with the unparalleled reasoning capabilities and cost-efficiency of Agentic Pipelines as a Service (APAS)

Turbocharge Your AI Projects

  • Achieve breakthrough performance with industry-leading accuracy scores
  • Slash costs with 33x more cost-effective inference
  • Simplify complex AI processes with a single, powerful API call
  • Scale effortlessly with enterprise-grade infrastructure

Level 2 AI Superpowers

  • Enhance decision-making with reflective reasoning
  • Improve output quality through deliberate processing
  • Leverage advanced meta-cognitive abilities for superior results
  • Tackle complex challenges with multi-step problem-solving

Experience the power of Agentic Pipelines

APAS

(Agentic Pipelines as a Service), a  pipeline coordinating multiple AI agents, enabling multi-step reasoning processes that enhance output quality with high performance and low cost.

Touchcast TM1

The world's first production APAS based API for a high-performance Meta-LLM agentic, reasoning system that leverages multiple frontier models to deliver superior responses.

CogCache

Agentic Pipelines as a Service), a  pipeline coordinating multiple AI agents, enabling multi-step reasoning processes that enhance output quality with high performance and low cost.

Agentic Flows

Dynamic systems where multiple AI agents collaborate seamlessly to tackle complex problems, enhancing overall output quality.

Reflective Pipeline

A multi-layer structure that improves output quality through stages like proposal, aggregation, and synthesis.

Cross-Validation

Compares outputs from various models to detect inconsistencies and hallucinations, ensuring reliable responses.

Consensus Building

Enhances accuracy by focusing on areas where multiple models agree, leveraging their collective strengths.

Model Updates

Allows for the seamless integration of new or updated models into the pipeline, maintaining system relevance and performance.

Task-Specific Optimization

Dynamically adjusts model emphasis depending on their strengths for each specific task, optimizing the overall performance.

Fallback Mechanisms

Ensures consistent quality by relying on alternative models if one fails or produces subpar output.

Emergent Capabilities

Enables the system to perform tasks or provide insights that individual models alone cannot achieve.

Intelligent Model Selection

Selects the most appropriate models dynamically for each subtask, ensuring optimal performance and accuracy.

Parallel Processing

Employs multiple models simultaneously, reducing response time significantly and improving efficiency.

Adaptive Caching

Implements smart caching strategies to store and reuse prior results, enhancing system efficiency.

Seamless Scaling

Facilitates easy integration of new or updated models into the meta-model, ensuring scalability and flexibility.

Single API Call

Enables simple interaction with T1, which returns superior responses from the combined strengths of various models.

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