- The trust-minimized, zero-knowledge bridging protocol, designed for . . .
About The trust-minimized, zero-knowledge bridging protocol, designed for censorship resistance, extremely high security, and usage in decentralized finance
- Intent based bridge between L2s and Ethereum powered by multi-proof . . .
Authors: @rcatalan98 and @unbalancedparenthese tldr: Bridges are generally insecure and economically inefficient They exhibit an asymmetry between users and bridge operators, where users can easily lose funds We propose a bridge design that is simple, modular, and utilizes multi-storage proofs and the native messaging system between Ethereum and Layer 2 networks (L2s) as a fallback mechanism
- Zero-Knowledge Bridges: Bridging Trust and Scalability for Blockchains
Zero-Knowledge Bridges: Bridging Trust and Scalability for Blockchains Explore how zero-knowledge proofs (ZKPs) enhance the security and scalability of blockchain bridges Learn about projects and their potential for unified liquidity pools
- Mapping the Evolution of Blockchain Bridges
The subtle but important implication of this standardization is that more native and trust-minimized methods of bridging, such as lightclients relays, become much easier to implement across the entire ecosystem as a result
- Clusters: how trusted trust-minimized bridges shape the multi-chain . . .
Verifying data availability is a part of state verification 3 We can define a cluster as a set of chains that communicate with each other (intra-cluster communication) with trust-minimized cross-chain communication including using trust-minimized state verification, such as fraud proofs, validity proofs, or directly validating transactions
- Supra L1 Ecosystem: Powering the Next-Gen Super dApps
Explore the dApps building on Supra Layer-1 with integrated cross-chain services, oracles, and automation Build secure, high-performance Super dApps on Supra
- LI. FI - LI. FI 2. 0: Expansion
It supports any verification system (messaging, proofs, or oracles), ensuring that it always uses the most efficient solution for intent settlement, free from bias Trust minimized – Users only need to trust the protocol used for verification of the intent Modular – Every component of the stack is modular
- 7 Myths About Modular Blockchains
The blockchain ecosystem is complex and ever-evolving, and has recently made incredible strides towards scalability Modular blockchains bring a number of key benefits, including reduced developer complexity, enhanced scalability and performance, better adaptability, and financial efficiency
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