On June 29, 2026, Gate market data shows that Heima (HEI) is priced at $0.14509, with a 24-hour increase of 3.40% and a 7-day surge of 64.42%. This price movement isn’t just an isolated market fluctuation—it’s part of a larger structural narrative: the deep integration of AI and blockchain infrastructure is transitioning from proof-of-concept to large-scale implementation.
According to Gate market data, as of June 26, 2026, the global cryptocurrency market capitalization stood at approximately $2.14 trillion. In Q1 2026, global crypto trading volume reached $20.57 trillion, with AI-generated trading activity accounting for over 15% of decentralized exchange volume—a significant jump from 3% a year earlier. Since 2025, more than 17,000 AI agents have been deployed on-chain, and automated activity now represents about 19% of all on-chain transactions.
Against this backdrop, a fundamental question emerges: Are traditional Layer 1 blockchain architectures sufficient to support a future dominated by AI agents? The answer points to a systemic overhaul from the foundational architecture to the application layer—modular blockchains, AI execution layers, and decentralized compute networks are collectively redefining blockchain design paradigms. Heima is one of the flagship projects in this wave of transformation.
Modular Blockchains: The "Lego-Style" Foundation for the AI Era
Traditional monolithic chain architectures concentrate all functions—consensus, execution, data availability, and settlement—within a single network layer. While this design offered simplicity in blockchain’s early days, it has become a bottleneck as use cases have grown more complex, leading to scalability limits, high fees, and reduced flexibility.
By 2026, public blockchains are shifting from monolithic designs to modular architectures, decoupling consensus, execution, data availability, and settlement into distinct layers. The core concept of modular blockchains is to break the system into four independent modules: the consensus layer handles network-wide consensus and security; the data availability layer stores raw on-chain data, ensuring it’s auditable and verifiable; the execution layer processes transactions and smart contract computations; and the settlement layer finalizes transaction confirmation and asset clearing.
This architecture delivers a step-change in performance. Compared to traditional monolithic blockchains, modular designs boost overall transaction throughput by more than threefold and reduce on-chain fees by up to 70%. New chain deployment cycles shrink from six months to two weeks, cutting costs by 85%. With independent data availability layers, solutions like EigenDA have slashed on-chain storage costs by 90%, supporting millions of TPS.
Modular architecture is especially significant for the AI ecosystem. AI agents require high-frequency, low-cost transaction environments for micropayments, data procurement, and compute settlement—these scenarios demand much higher throughput and fee sensitivity from the execution layer than traditional DeFi applications. Modular blockchains make it possible to tailor execution layers for AI use cases, enabling the scalable deployment of AI-native applications.
Heima’s positioning within this trend is noteworthy. Its Layer 1 network is built on the Substrate framework, inherently modular by design. As a chain abstraction coordination layer, Heima doesn’t aim to rebuild an all-encompassing monolithic chain, but rather to construct a "network of networks" that connects and coordinates multiple modular chains. Users don’t need to worry about which chain their assets reside on or plan cross-chain steps themselves—they simply submit their end goal, and the network handles execution automatically.
AI Execution Layer: From Assistive Tool to Autonomous Economic Actor
If modular blockchains answer "how can the base layer be more efficient," then the AI execution layer addresses "how does the upper layer operate."
Between May 2025 and April 2026, AI agents completed roughly 176 million transactions across multiple blockchain networks, settling over $73 million in total, with median payment amounts per transaction ranging from $0.31 to $0.48. By Q1 2026, more than 104,000 AI agents had registered. These figures reveal a clear reality: AI agents are evolving from information processing tools into independent economic participants.
This shift creates a core infrastructure demand—the execution layer. Traditional transaction infrastructure was designed around a "human interface"—market displays, order confirmations, asset transfers—each step paced and structured for human cognition and behavior. But as participants shift from humans to AI, these assumptions break down. AI requires programmatic interfaces, low-latency execution, and programmable payment primitives—not graphical interfaces and manual confirmations.
This is the core focus of Heima. Heima’s Omni Executor is an intent-driven execution layer, able to automatically break down users’ high-level goals (such as swaps, staking, or cross-chain operations) into optimal multi-step execution paths. More importantly, Heima leverages TEE (Trusted Execution Environment) to secure the execution process, protecting sensitive user logic and private memory.
In March 2026, Heima announced its entry into the Agentic Economy, aiming to build a non-custodial infrastructure that allows AI agents to freely transact within a verifiable on-chain economy. Within this framework, autonomous AI agents can not only assist users but also make decisions independently, execute trades, pay service fees, coordinate with other agents, and interact directly with on-chain protocols. The essence of the agentic economy is to make AI agents independent economic actors, not just tools to be called upon—this shift imposes new requirements on the execution layer: verifiability, automation, and low friction.
Decentralized Compute Networks: From Identity Aggregation to Chain Abstraction
Heima originated as Litentry, a network focused on decentralized identity aggregation. In early 2024, the project underwent a brand upgrade, shifting its strategic focus from on-chain identity aggregation to chain abstraction infrastructure. This transformation wasn’t just a business expansion—it was a deep response to industry trends.
By mid-2024, Heima expanded its infrastructure beyond identity aggregation, introducing AI-driven predictive analytics, chain abstraction technology, and cross-chain bridges. In Q4 2024, Heima completed its chain abstraction infrastructure, enabling users to connect once and seamlessly access all chains. In Q1 2025, Heima launched Omni Account, which allows users to conduct multi-chain transactions through a single account.
From an architectural perspective, Heima has built a four-pillar system: the Heima Layer 1 network serves as the coordination and registration layer, ensuring all participants and executions are traceable, verifiable, and cross-domain auditable; Omni Account unifies user identity across multiple chains; Intent infrastructure eliminates the need for users to understand or manage different networks; and Agent Hub acts as a permissionless marketplace for agents and bots. These four components are modular yet tightly integrated, collectively forming a chain-agnostic, intent-driven automation ecosystem.
The value of this architecture lies not just in solving the technical problem of "how to go cross-chain," but in redefining how users interact with blockchains. Traditional blockchains require users to understand underlying network structures, manage multiple wallets, and hold different gas tokens—these barriers are systematically removed in Heima’s chain abstraction model. Users only need to express their end goal, and the system automatically coordinates the underlying chains and execution processes.
Heima’s Market Performance and Ecosystem Progress
As of June 29, 2026, Heima (HEI) is priced at $0.14509, with a 24-hour trading volume of about $930,200 and a market cap of approximately $9.81 million. Its 7-day price increase stands at 64.42%, with a 30-day gain of 22.80% and a 90-day rise of 83.51%.
Recent key ecosystem developments include: In June 2026, the Heima community voted to approve a proposal to "burn 16.5 million HEI tokens." This plan calls for the permanent destruction of 16.5 million HEI from the ecosystem allocation, including 12.05 million locked HEI and 4.45 million unlocked but unused HEI tokens. The burn will be executed 288,000 blocks after the referendum passes. This deflationary mechanism aims to reduce circulating supply and enhance long-term ecosystem value.
It’s worth noting that on May 15, 2026, Binance delisted HEI margin trading pairs. This move reduced access to leveraged trading and potential liquidity depth, impacting short-term market structure. However, from both a technical and fundamental perspective, Heima’s core narrative—the fusion of chain abstraction infrastructure and the agentic AI economy—continues to attract market attention.
Conclusion
Traditional Layer 1 blockchain designs were born in a "human-centric" era. Back then, the blockchain’s core mission was to carry human users’ transactions, store their assets, and execute smart contracts written by people. But as AI agents enter the chain by the tens of thousands each month, as machine-to-machine payments account for nearly one-fifth of on-chain transactions, and as the median value per AI transaction falls below $0.50—the limitations of traditional architectures become clear.
Modular blockchains provide foundational "Lego-like" flexibility, AI execution layers deliver high-frequency automation at the upper layer, and decentralized compute networks weave it all into a unified user experience. Heima stands out by spanning all three dimensions: a Substrate-based modular Layer 1, an Omni Executor-powered AI execution layer, and a decentralized compute network focused on chain abstraction.
From Litentry to Heima, from identity aggregation to chain abstraction, from human users to AI agents—this evolutionary path reveals a broader trend: blockchain infrastructure is shifting from "designed for humans" to "designed for machines." This isn’t just a technical adjustment; it’s a fundamental reconfiguration of the underlying logic of the crypto economy. In this transformation, networks that can simultaneously harness modularity, execution layers, and decentralized computation may become the backbone of the next generation of AI-native crypto economies.
FAQ
What is the key difference between Heima and traditional Layer 1 blockchains?
Traditional Layer 1 chains (like Bitcoin and Ethereum) primarily solve asset transfers and smart contract execution, requiring users to manage wallets, gas, and cross-chain operations themselves. Heima acts as a chain abstraction coordination layer—users simply submit their intent, and the system automatically plans execution paths, manages cross-chain liquidity, and handles gas payments. The core difference is a shift from "user-driven execution" to "intent-driven execution."
How does Heima’s Omni Executor ensure the security of AI transactions?
Omni Executor uses TEE (Trusted Execution Environment) to secure the execution process, protecting sensitive user logic and private memory. All execution records are anchored to the Heima Layer 1 network for verification and audit, enabling traceable and verifiable on-chain execution. This design allows AI agents to freely transact in a non-custodial infrastructure while reducing risks of hacking and asset theft.
How does Heima’s modular architecture support the high-frequency trading needs of AI agents?
Heima Layer 1 is built on Substrate, inherently modular. Its intent-driven architecture breaks down complex cross-chain tasks into parallelizable subtasks, coordinated by Agent Hub across execution nodes. This enables AI agents to conduct high-frequency micropayments and data procurement at low cost and low latency, without relying on centralized cloud platforms.
What role does the HEI token play in the Heima network?
HEI serves as both the governance and utility token for the Heima network. Holders can participate in on-chain governance votes to decide protocol parameters and ecosystem fund allocation. In June 2026, the community approved a proposal to burn 16.5 million HEI as a deflationary measure. Additionally, HEI is used to pay network transaction fees and incentivize execution nodes.
How does Heima differ from Particle Network in the chain abstraction space?
Both operate in the chain abstraction space, but their abstraction targets differ. Particle Network primarily abstracts accounts and liquidity layers, focusing on "how users manage multi-chain identities and assets." Heima abstracts not only accounts and assets but also the execution process itself, focusing on "how users complete cross-chain tasks." In short, Particle Network emphasizes unified entry points, while Heima emphasizes unified execution.
