🎈An Overview of Electron Labs

Electron Labs is building a universal ZK-proof aggregation infrastructure that compresses and verifies proofs from any protocol, rollup, or chain. By lowering verification costs and enabling native trust-minimized cross-chain communication, they aim to become the ZK backbone for modular blockchains.

🤕Problem

• Verifying ZK-proofs is computationally expensive on-chain.
• Most cross-chain systems still rely on centralized or multisig-based bridges
• Building ZK systems remains complex and niche.

💡 Solution

<aside> 🏆 Electron Labs develops an aggregation layer that allows chains to verify multiple zero-knowledge proofs efficiently using a single recursive "superproof".

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<aside> 🧪 Mission To abstract away the cost and complexity of ZK-proof verification and make zero-knowledge technology universally usable across L1s, rollups, and applications.

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<aside> 🧪 Vision To become the “ZK verification layer for all of crypto” powering the next generation of scalable, privacy-preserving, and interoperable Web3 infrastructure.

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🎗️How does it work?

Electron Labs uses recursive zero-knowledge proofs to aggregate multiple ZK proofs into a single, compact proof , reducing gas costs and simplifying on-chain verification.

Here's a simplified breakdown:

🧱 Step-by-Step Process

1. Multiple Proofs → One Superproof
   • Individual ZK-proofs (from rollups, chains, or apps) are collected
   • These are compressed into a single recursive proof using Electron’s Quantum engine
2. On-Chain Verification
   • Instead of verifying dozens of separate proofs, Ethereum or any L1 only needs to verify the single "superproof"
   • This drastically reduces gas usage (by 95%+)
3. L1 Agnostic, Modular Integration
   • Works across Ethereum, Cosmos, and any chain with ZK-verification capability
   • Integrates with other systems via Electron SDK