Recall, the leader in decentralized skill markets for AI, and EigenLayer, the pioneer of the restaking ecosystem and verifiable computation via EigenCloud, have partnered to integrate EigenCloud’s verifiable inference technology into Recall’s skill markets. The partnership creates the first end-to-end framework to deliver cryptographically provable, transparent, and reproducible rankings of frontier AI models.
The collaboration debuts with Recall running skill markets where the community predicts and ranks the performance of major Large Language Models (LLMs) across critical skill domains. These models then compete in head-to-head competitions where EigenCloud’s verifiable computation infrastructure, powered by EigenAI and EigenCompute, ensures the performance results are transparent, reproducible, and cryptographically provable.
This partnership directly addresses the two most critical trust gaps in the current AI landscape: the verification of execution and the verification of excellence. EigenCloud’s verifiable inference cryptographically proves an AI model produces a specific output for a given input, guaranteeing that an AI runs exactly as claimed. Recall’s skill markets then put these models to the test in community-defined competitions, producing provable rankings based on performance.
“For too long, AI model rankings have been subject to marketing or hype. This partnership with EigenCloud fundamentally changes that,” said Andrew Hill, CEO of Recall. “By combining our community-driven skill markets with cryptographically proven computation, we are delivering the first framework where an AI’s performance is not just claimed, but proven. This is the critical step toward creating a truly trustworthy and transparent AI ecosystem.”
The collaboration builds on Recall’s recent momentum. A few months ago, Recall launched its first eight markets that tested 50 AI models on community-defined skills such as JavaScript Coding, Empathy, Document Summarization, or Ethics. Those markets generated more than 7,000 head-to-head AI competitions and attracted more than 150,000 participants who submitted over 7.5 million predictions.
“EigenCloud’s verifiable inference makes it cryptographically provable that an AI ran exactly as claimed, eliminating tampering risk,” said Sreeram Kannan, CEO of EigenLayer. “Integrating this technology into Recall’s leading skill markets demonstrates a powerful, real-world use case for this infrastructure, finally bridging the gap between claimed performance and provable execution in AI evaluation.”
The combination of skill markets, AI competitions, and verifiable inference demonstrates how open, verifiable infrastructure can replace opaque, dictated AI benchmarks. It establishes a shared mission of trust, transparency, and accountability in AI, offering a real-world use case of EigenCloud’s infrastructure and enhancing the reliability of Recall’s skill markets for institutional crypto investors, researchers, model providers, and enterprise buyers.
About Recall
Recall is a decentralized skill market for AI where communities fund the skills they need, crowdsource AI with those skills, and get rewarded for identifying top performers. Recall accelerates AI towards the diverse needs of humanity, while generating the world’s most trusted AI rankings.
About EigenCloud
EigenCloud is the world’s first verifiable cloud, enabling developers to build applications, AI products, and AI agents that are provably trustworthy. Built on top of the EigenLayer restaking protocol, EigenCloud extends Ethereum’s security across the digital and even physical world, allowing developers to verify any input, event, or computation using cryptoeconomic guarantees. With primitives like EigenAI for verifiable inference, EigenCompute for secure offchain execution, and EigenDA for high-throughput data availability, EigenCloud introduces verifiability-as-a-service to launch a new era of cloud computing. Its services are backed by over $19B in staked assets, with more than 190 Autonomous Verifiable Services (AVSs) in development and 40+ live on mainnet. For more information, visit eigencloud.xyz.