Alphea Launches AI-Native Layer 1 Blockchain with Autonomous Agent Execution

Gate News message, April 27 — Alphea, a newly unveiled Layer 1 blockchain platform designed for AI infrastructure, officially presented its decentralized execution environment at Hong Kong Web3 Festival 2026. The platform integrates execution, persistent memory, and verifiable computation as foundational blockchain-level features rather than optional application-layer components, enabling autonomous AI agents to operate independently.

A core innovation is Delta, a packaging mechanism that converts AI-generated outputs into self-contained executable units. These units arrive on the network with all necessary context for immediate autonomous execution without requiring manual configuration, authorization, or resource allocation. The platform employs a dynamic storage model where frequently accessed data stays close to execution environments while less active data moves to durable storage layers. Each computational workload is paired with a proof of execution, verifying not only task completion but also how it was executed and resources consumed.

Alphea's economic structure links token usage directly to resource consumption, positioning the platform as an operational infrastructure marketplace. AI agents are charged proportionally based on computations, data storage, and network bandwidth usage, creating a sustainable framework aligned with actual resource costs.

The company is led by Henry Park (CEO, formerly of Gala Lab), David Bae (partnerships and capital strategy), Kevin Oh (sustainability and financial structuring), and James Lee and Dee Lee (technology and product). The team plans to release detailed technical documentation and roadmap in coming months, inviting developers and partners to early-stage collaboration.