ALPHEA Web3 Festival Debut: AI Agent Infrastructure Takes Shape from Generation to Execution

The new decentralized runtime environment is designed to run autonomous AI agents with long-term memory, verifiable execution, and usage-based economic models.

[Dee Lee, Chief Publishing Officer and Head of the UAE Office at ALPHEA, introduces the company and its vision]

Hong Kong, April 24, 2026 — ALPHEA, a new Layer 1 blockchain project focused on AI infrastructure, today launched a decentralized execution environment designed specifically for autonomous AI agents. The platform made its public debut at the 2026 Hong Kong Web3 Festival. Unlike many projects chasing grand narratives, ALPHEA aims to solve a very specific, even slightly mundane, problem: how to build a foundational environment for these AI agents with “persistent memory” and “native execution capabilities.”

The event was hosted by Dee Lee, Chief Publishing Officer of ALPHEA and Head of the UAE office, who, rather than immediately presenting complex charts, began by discussing a shift in perspective: AI is evolving from a "passive tool" into an "active agent."

In today’s AI infrastructure, although AI models have become highly capable at generating outputs, the systems they rely on—cloud computing, storage, billing, and coordination—are still designed around human users and centralized control. As autonomous agents shift from generating outputs to independently executing tasks, existing infrastructure will be unable to support the continuous, autonomous agent-to-agent operations these systems require.

Henry Park, Founder and CEO of ALPHEA, said: “Today’s AI can generate almost anything, but it still requires human involvement to deploy, operate, and maintain. We are building a layer that enables AI not just to produce work, but to live and function—meaning execution, memory, and economic models must be rethought from the ground up.”

At the core of the ALPHEA architecture is Delta, a packaging format that transforms AI-generated outputs into self-contained executable units. Delta packages carry all the context needed for autonomous execution across the network, without requiring manual deployment, authorization, or resource allocation.

Storage on ALPHEA is dynamically managed: active data is stored near the execution environment, while less frequently used data is moved to more sustainable layers. Each workload includes an execution proof that verifies not only whether the task was executed, but also how it was executed and which resources were consumed. This enables the network to verify decentralized execution without relying on a single point of trust.

On the ALPHEA platform, the economic model directly ties token activity to resource usage. Agents that run computations, store data, or consume bandwidth pay proportionally based on the infrastructure they consume, giving ALPHEA the characteristics of an operational infrastructure market rather than a speculative token economy.

ALPHEA is led by a team with extensive experience operating large-scale consumer platforms. Henry Park previously served as CEO of Gala Lab, overseeing game operations across dozens of international markets. David Bae manages partnerships and capital strategy. Kevin Oh focuses on long-term sustainability and capital structure. Technology and product development are led by James Lee and Dee Lee, who bring comprehensive expertise in traditional gaming, live operations, and Web3 infrastructure.

David Bae, Head of Strategy and Partnerships at ALPHEA, said: “The problem we solve at ALPHEA is operational, not theoretical. Our team has been running real systems globally for years. This operational discipline is exactly what this new type of AI infrastructure truly needs.”

AlpheA's debut at the 2026 Hong Kong Web3 Festival marks a milestone as the project's first public appearance. The company plans to release additional technical documentation and roadmap details over the coming months. Developers and partners interested in early collaboration can reach out through the company's website.

ALPHEA is a Layer 1 blockchain project dedicated to building a decentralized operating environment for autonomous AI agents. The platform integrates native execution, dynamic storage, proof of execution, and a usage-based economic model into a single infrastructure layer, designed to support large-scale agent-to-agent operations.