Hylé (Hyli) — a next-generation blockchain platform built on the concept of “proof-powered L1.” It moves computation off-chain while the network itself focuses on just three core functions: transaction ordering, proof verification, and data availability. This architecture enables Hyli to achieve scalability, privacy, and high throughput without excessive state growth. At its core lie the Autobahn consensus and pipelined proving mechanism, ensuring smooth interaction between users and decentralized applications in the Web3 ecosystem.
The project stands out by transforming blockchain from a storage tool into a system of trust that validates the correctness of all off-chain computations. This opens the door to thousands of parallel dApps without overloading the network. Hyli becomes the connective layer linking private computation, user experience, and cryptographic security.
- Concept and Rebranding of Hylé to Hyli
- Network Architecture and Operating Principles
- Development Tools and Opportunities for Builders
- Testnets, Results, and Hyli Metrics Table
- Ecosystem, Partners, and Future Roadmap
Concept and Rebranding of Hylé to Hyli
The Hylé project was initially conceived as a minimalist blockchain platform that removed the need for smart contract execution at the base layer. In 2025, it was rebranded to Hyli, preserving the philosophy of the Greek term “hylé,” meaning “primordial matter.” The rebranding reflects a move toward a simpler and more globally recognizable identity.
Hyli’s goal is not to compete with traditional Layer-1s but to rethink their architecture. Here, the blockchain is not the “world computer” but rather an “arbiter of proofs.” Applications execute off-chain, and the network only validates the correctness of computed states. This removes bottlenecks associated with on-chain storage and enables horizontal scalability—growth without performance loss.
Hyli rejects rigid virtual machine logic, turning the blockchain into a modular layer for ZK-Proofs. Any ecosystem can integrate its own logic and data structures while remaining interoperable with the network’s global state. The team also plans to introduce a migration tool to port dApps from other chains, easing the transition from EVM systems to Hyli’s proof-based model. This hybrid format makes the project especially appealing to Web3 infrastructure developers.
Network Architecture and Operating Principles
At the heart of Hyli lies the radical idea of simplifying the blockchain’s role: it ceases to be a computation node and becomes a verification layer. The network doesn’t execute code but validates off-chain computed states. This approach removes node overload and creates an architecture capable of processing thousands of parallel data streams independently. It reflects the project’s philosophy—replacing trust in code with mathematical proof.
Hyli’s architecture revolves around separating transactions and proofs. Each operation has two stages:
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Blob Transaction — records the order and expected effect.
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Proof Transaction — submits a validity proof and updates the state.
This model, known as pipelined proving, allows users to interact with applications instantly. The network doesn’t wait for proof generation—validation occurs asynchronously. If a proof fails, the system automatically reverts the state, maintaining data integrity.
The Autobahn mechanism is a dual-layer protocol combining parallel data dissemination and block finalization. This design ensures resilience against censorship and network failures. It also provides the foundation for data “lanes,” enabling millions of transactions to be processed concurrently. Hyli further implements external state storage: only hashes or proofs are stored on-chain, while actual data resides on IPFS, Arweave, or Filecoin. This balance between security and accessibility makes Hyli a flexible platform for large-scale computation.
Development Tools and Opportunities for Builders
Hyli provides a flexible development environment supporting multiple proof systems and frameworks. Developers can use:
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Noir — for private, state-light scenarios.
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Risc0 — for heavy computation and complex logic.
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SP1 — for large-scale, high-interaction applications.
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Proof Composition — combines multiple proof schemes into a single verifiable state.
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Identity Abstraction — allows digital signatures and Web2 authentication without wallet binding.
This architecture creates an ecosystem where developers aren’t limited by a specific VM or programming language. Hyli handles proof validation, while applications run freely off-chain. For users, this means faster, safer interactions without the burden of full on-chain execution.
Beyond its core tools, Hyli is developing an SDK, CLI, and visual builders for rapid app deployment. Developers can test logic locally and move it to the network without rewriting code. This creates a seamless bridge between Web2 services and blockchain verification, where UX remains intuitive while trust is cryptographic.
Testnets, Results, and Hyli Metrics Table
In 2025, Hyli launched a large-scale public testnet that gathered thousands of participants and millions of verifications. The project demonstrated that ZK-proofs could be generated even on smartphones without compromising performance. One highlight was FibRace—a proof-generation challenge where participants computed locally on their own devices.
| Metric | Value |
|---|---|
| Participants | 6,047 players from 99 countries |
| Total Proofs | 2.19 million |
| Median Proof Time | 6.3 seconds |
| Peak Load | 260,000 proofs per hour |
| Average Device Memory | 3 GB RAM |
These results proved that mobile devices can independently generate and submit proofs to the network without servers. This validates the viability of the proof-powered L1 concept and paves the way for mass adoption in gaming, social, and DeFi applications with high TPS and privacy.
The testnet also confirmed the stability of asynchronous proof processing—no loss of finality occurred under heavy load. The Hyli team plans another test with Autobahn 2.0 integration and an expanded reward system to test scalability under hundreds of thousands of active users.
Ecosystem, Partners, and Future Roadmap
Hyli is building a strong partner network including ZK technology providers (Risc0, SP1, StarkWare, Succinct) and teams advancing DeFi and on-chain gaming. Planned use cases include autonomous AI funds, on-chain MMORPGs, UBI systems based on stablecoins, and infrastructure for asset tokenization.
The project is progressing toward a public mainnet focused on permissionless deployments. The team is also developing an SDK, API, and Explorer panel to make integration possible without deep cryptographic expertise. The primary goal is improving the developer ecosystem and user experience where privacy and scalability coexist with Web2 simplicity.
In the long term, Hyli aims to implement multi-chain integrations enabling cross-chain proof verification. This will make it a central hub for proof-based applications and unify trust across ecosystems. Ultimately, Hyli seeks to become the foundation of the next generation of Web3—interoperable, scalable, and verifiably secure.
