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What is Abstract Chain Protocol?

What is Abstract Chain Protocol? In today’s multi-chain world, interoperability is no longer a luxury—it’s a necessity. Users interact with dozens of blockchains daily, from trading on Ethereum to farming yields on BNB Chain or gaming on Avalanche. But the fragmented ecosystem often leads to high costs, poor user experience, and complex workflows. This is where Abstract Chain Protocols step in. Defining Abstract Chain Protocol An Abstract Chain Protocol (ACP) is a framework that abstracts away the complexity of interacting with multiple blockchains. Instead of users needing to switch networks, manage bridges, or juggle different tokens, ACPs act as a unified layer that simplifies transactions, liquidity movement, and contract execution across chains. In simpler terms: ACP makes blockchains talk to each other behind the scenes, so users don’t have to. Why It Matters Seamless Interoperability : No more manual bridging or worrying about which network an app supports. User-Centric Si...

StarkWare, Herodotus launch tech to verify data from any point in Ethereum's history

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Storage Proofs could prove useful for services like account recovery tapping into the ability to access and verify historical Ethereum data. A new zero-knowledge proof (ZK-proof) technology is set to improve the ability to access and verify historical data from the Ethereum (ETH) blockchain, with deep chain validation cited as a usability barrier of the network. Technology firm Herodotus has released its on-chain accumulator which uses storage proof cryptography, allowing users to verify data from any point of Ethereum’s blockchain without the need of a third-party. The solution makes use of StarkWare’s STARK proving, the ZK-proof technology co-invented by mathematician Eli Ben-Sasson. StarkWare presented Herodotus with a custom built instance of its shared prover service SHARP, which enables advanced scaling efficiency using recursive proofs. The latter allows for a virtual machine to provide “proofs of proofs”, by generating proofs of transactions or blocks in parallel and real t...