Acurast
Acurast Redefining computing by leveraging billions of smartphones—without data centers. This verifiable, scalable, and confidential computing network enables developers to run secure applications at scale on decentralized infrastructure without compromising speed or privacy.Acurast Already connected globally to 250,000 over computing units, making it the most decentralized verifiable computing network currently available. These computing resources already support mission-critical workloads and meet stringent security and AI requirements, with applications ranging from REST application programming interfaces and webhooks to LLM AI inference and confidential data processing. This is not merely another decentralized physical infrastructure network protocol, but a fundamental rethinking of how the world computes.Acurast Rather than relying on data centers—or even servers—it leverages the world's most abundant, powerful, and secure form of computing: smartphones. The architecture prioritizes scalability and data privacy, enabling applications to execute tasks securely across decentralized infrastructure.
Overview
Acurast Redefining computing by leveraging billions of smartphones—without data centers. This verifiable, scalable, and confidential computing network enables developers to run secure applications at scale on decentralized infrastructure without compromising speed or privacy.Acurast Already connected globally to 250,000 over computing units, making it the most decentralized verifiable computing network currently available. These computing resources already support mission-critical workloads and meet stringent security and AI requirements, with applications ranging from REST application programming interfaces and webhooks to LLM AI inference and confidential data processing. This is not merely another decentralized physical infrastructure network protocol, but a fundamental rethinking of how the world computes.Acurast Rather than relying on data centers—or even servers—it leverages the world's most abundant, powerful, and secure form of computing: smartphones. The architecture prioritizes scalability and data privacy, enabling applications to execute tasks securely across decentralized infrastructure.