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Fundamentals: Bridges In this article we will explore what blockchain bridges are, the challenges of cross-chain interoperability, bridge aggregation, and more
A Case for Richer Cross-Layer Abstractions: Bridging the Semantics Gap . . . Highlight:This paper proposes Expressive Memory (XMem), a memory framework for passing high-level software semantics information to the underlying hardware by tagging the address space with metadata The paper is motivated by the fact that program metadata can be helpful in many scenarios, while in reality, they are difficult to obtain or infer from untagged memory The paper uses two examples
A Cautionary Perspective on Cross Layer Design Recently there has been increased interest in protocols for wireless networks which rely on significant interactions between various layers of the network stack Generically termed cross layer design, many of these proposals are aimed at achieving performance improvements, though, as we will argue, often at the cost of good architectural design This has prompted us to take a step back and
The Complete Guide to Arbitrum Bridge: How to Execute Secure and . . . Imagine transferring assets from Ethereum to a high-speed Layer 2 network in just 30 seconds, with fees under 1% This isn’t a vision of the future—it’s the reality of thousands of transactions happening every day through the Arbitrum Bridge
SoK: Cross-Chain Bridging Architectural Design Flaws and Mitigations To research bridge architectures and their exploits and design flaws, we chose to use the cross-chain communication protocols stack proposed in the Cross-Chain Risk Framework [16], shown in Figure 1, as the starting point
A case for richer cross-layer abstractions | Proceedings of the 45th . . . This paper makes a case for a new cross-layer interface, Expressive Memory (XMem), to communicate higher-level program semantics from the application to the system software and hardware architecture XMem provides (i) a flexible and extensible abstraction, called an Atom, enabling the application to express key program semantics in terms of how the program accesses data and the attributes of
Distributed reinforcement learning for heterogeneous blockchain . . . The rapid evolution of blockchain ecosystems has highlighted the necessity for efficient interoperability across heterogeneous blockchain networks However, the dynamic and decentralized nature of multi-chain systems introduces substantial challenges in optimizing cross-chain communication, transaction routing, and resource coordination Conventional reinforcement learning (RL) algorithms
Invited: Cross-layer approximate computing: From logic to architectures To enable cross-layer approximate computing, bridging the gap between the logic layer (i e arithmetic blocks) and the architecture layer (and even considering the software layers) is crucial Towards this end, this paper introduces open-source libraries of low-power and high-performance approximate components
How Does Orbiter Finance Improve Cross-Chain Asset Transfers in the . . . Orbiter Finance is a decentralized cross-rollup bridge that streamlines the transfer of Ethereum-native assets across various Layer 2 networks and EVM-compatible chains By utilizing a unique mechanism involving "Makers" and "Senders," it ensures secure and efficient asset transfers without smart contracts on the source chain The platform supports multiple networks and has launched its native