LayerEdge Building in Stealth, the First Modular Timestamping Protocol on Bitcoin with Aggregated Proofs

Key Highlights:
- LayerEdge is developing the first bitcoin verification later leveraging timestamping using zero-knowledge aggregated proofs.
- The protocol aims to enhance security and efficiency for Rollups & PoS-based chains.
- Integration with leading blockchain frameworks and Data Availability layers.
LayerEdge has revealed its pioneering achievement in developing the first timestamping protocol on Bitcoin using zero-knowledge aggregated proofs.
LayerEdgeโs HMDA is a verification layer that leverages Bitcoinโs PoW security without the limitations of Bitcoin, founded by former Samsung Senior Engineer Ayush Gupta. The protocol verifies zero-knowledge/validity proofs and aggregately timestamps it to Bitcoin bringing down the cost tenfold. It is designed to provide high throughput, cost-efficient proof verification with low latency.
Secure and Verifiable Proofs
The protocol is designed to push proofs using ZK by timestamping them on Bitcoin. This is achieved through the use of ZK proofs, which ensure the integrity of the data without compromising its confidentiality. The result is a highly secure timestamping system that provides rollups and PoS-based chains and rollups with the confidence of Bitcoinโs PoW security.
Cost-Efficient Timestamping Solution
Timestamping on Bitcoin can be prohibitively expensive due to high transaction fees and tight space constraints. LayerEdgeโs protocol addresses this challenge by using zero-knowledge aggregated proofs, which significantly reduce the cost of timestamping. For example, typical annual timestamping fees incur substantial fees, and with LayerEdge these costs can be reduced to just 10% of the original cost.
Technicals Integrations
LayerEdge has integrated its protocol with leading blockchain frameworks and Data Availability (DA) layers, such as Arbitrum Orbit Stack and Avail DA. These integrations ensure that LayerEdgeโs timestamping protocol is compatible with a wide range of blockchain platforms, enhancing its scalability and versatility.
Key Features of LayerEdgeโs Timestamping Protocol
- Zero-Knowledge Aggregated Proofs: Utilizes advanced cryptographic techniques to ensure data integrity without revealing the data itself, enhancing security and privacy.
- Cost Efficiency: Significantly reduces the cost of timestamping on Bitcoin, making it accessible for a broader range of use cases.
- Scalability: Seamlessly integrates with major blockchain frameworks and DA layers, ensuring wide compatibility and scalability.
- Enhanced Security: Provides robust protection against tampering and fraud, ensuring that all timestamped proofs are secure and verifiable.
About LayerEdge
LayerEdge HMDA is a modular timestamping protocol for settling data on Bitcoin via existing data availability solutions. The protocol is designed as a plugin that can be compatible with multiple frameworks & DA layers, enabling Bitcoin as a source of truth for PoS-based chains and rollups to enhance integrity and security, opening up many conveniences such as quick unlinking, new zone launch, and transaction protection.
Founded by Ayush Gupta, former Gnosis Tech Lead and Senior Engineer at Samsung R&D. While at Samsung, Ayush wrote a SW to authenticate & authorize access to various services that run on all Samsung smart devices.
Conclusion
LayerEdgeโs development of the first timestamping protocol on Bitcoin (HMDA) using zero-knowledge aggregated proofs marks a significant milestone in Bitcoin space. By leveraging advanced cryptographic techniques, LayerEdge is poised to deliver a secure, verifiable, and cost-efficient timestamping solution that will set new industry standards.
For more information, please visit layeredge.io or contact [email protected]
Disclaimer and Risk Warning
The content provided on Coinpedia's information pages is intended to be informative and accurate to the best of our knowledge. However, Coinpedia does not guarantee the completeness, accuracy, or reliability of any information presented. The information is subject to change without notice, and readers are encouraged to conduct their research and consult with relevant professionals before acting on any details or advice. Coinpedia is not liable for any errors, omissions, or actions resulting from the use of the information provided on these pages.