Description:
This screenshot captures a critical milestone for the Overpass Channels protocolβan end-to-end integration test showcasing its ability to securely manage state transitions and anchor data directly to Bitcoin.
β’ The protocol creates the 1st purely trustless Layer 2 environment for Bitcoin, leveraging cryptographic proofs and Sparse Merkle Trees (SMTs) for scalable and verifiable state management.
β’ It does this in a way previously thought to be impossible in computer science in distributed systems using a method dubbed "Perfect Mathematical Composability"
β’ This test demonstrates:
β’ Successful state transitions between channel participants.
β’ Cryptographic state hashing and proof verification.
β’ Secure anchoring of channel state to Bitcoin via OP_RETURN transactions.
β’ Outcome: The test passed flawlessly, validating the trustless anchoring process and scalability potential of Overpass Channels.
This marks a significant step toward enabling scalable, private, and immutable Bitcoin-based applications.overpass.network
overpass.network
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π¦ Overpass Channels: Scaling Bitcoin βΎοΈ with pure math off-chain, unilateral updates
πͺ¬ Privacy | π Scalability | β‘ Instant Finality
π Powered by βΏ, SMTs & ZKPs
Description:
This screenshot captures a critical milestone for the Overpass Channels protocolβan end-to-end integration test showcasing its ability to securely manage state transitions and anchor data directly to Bitcoin.
β’ The protocol creates the 1st purely trustless Layer 2 environment for Bitcoin, leveraging cryptographic proofs and Sparse Merkle Trees (SMTs) for scalable and verifiable state management.
β’ It does this in a way previously thought to be impossible in computer science in distributed systems using a method dubbed "Perfect Mathematical Composability"
β’ This test demonstrates:
β’ Successful state transitions between channel participants.
β’ Cryptographic state hashing and proof verification.
β’ Secure anchoring of channel state to Bitcoin via OP_RETURN transactions.
β’ Outcome: The test passed flawlessly, validating the trustless anchoring process and scalability potential of Overpass Channels.
This marks a significant step toward enabling scalable, private, and immutable Bitcoin-based applications.