Chromia's EVAL by Virtuals

Chromia's EVAL by Virtuals is a decentralized framework called the EVAL Engine, designed to evaluate AI agents with a particular focus on crypto-native agents. Utilizing Chromia's gas-free relational blockchain, it provides verifiable real-time assessments coupled with continuous learning capabilities to ensure transparent, immutable, and cost-effective evaluations.

The EVAL Engine benefits AI agent evaluation by offering a decentralized approach that ensures transparency and immutability. Using large language models as judges and social engagement metrics, the system facilitates continuous reinforcement learning and adapts to evolving performance standards, all while remaining cost-effective due to its gas-free blockchain usage.

EVAL ensures transparency in its evaluations through Chromia's relational blockchain technology, which provides an immutable and verifiable framework. This setup allows assessments to be conducted in real-time and verified for accuracy, leveraging feedback loops and reward systems to ensure a transparent evaluation process that evolves with performance standards.

The roadmap for EVAL Engine's development includes several key phases: API development, data preparation, model development, and deployment. These steps are designed to enhance the system's infrastructure and expand its capabilities for evaluating AI agents more efficiently and effectively.

Unlike traditional AI evaluation methods, EVAL uses a decentralized approach leveraging Chromia's gas-free blockchain for transparent and cost-effective assessments. It integrates large language models and social metrics to provide continuous learning capabilities, ensuring accurate, secure, and adaptable AI agent evaluations in real-time.

If you encounter issues with the EVAL Engine, it is recommended to contact the support team through their official channels. Additionally, reviewing any available documentation or community forums may provide insights into common troubleshoots and solutions related to the EVAL Engine.