The interop overview discusses the possibility of using interop protocol to find bottlenecks in smart contract systems and horizontally scale them. Interop protocol can fundamentally change the developer experience for smart contract applications by providing an equivalent experience between end-end chains. The author believes that it will always be cheaper and simpler to do interop between two op stack chains than between an orbit or P stack chain. The Ethereum Community is supportive of low Laten interoperability between ecosystems, but it's unclear if incentives are set up for it to happen. Interoperability solutions that work between cross-r frameworks will be developed and tested to see which ones are cheaper and which ones will win. The bottleneck for scaling is vertical scaling, and it's going to be difficult to scale to the entire world no matter how much vertical scaling is done. The Interop overview aims to attack both vertical and horizontal scaling problems by implementing new standards for interop implementation and implementing new interoperability solutions. The article also discusses the need to avoid state filters and filters for state and state-of-the-table transactions, as well as the use of pre-distributed and distributed ledgers and blockchains. Additionally, the article discusses the importance of using pre-chain and pre-blockchain transactions to improve the scalability and scalability of the Ethereum network.
What is the problem?
Blockchains currently don't scale well. When there's a lot of activity, the network can become congested and slow.
Existing smart contracts are monolithic, meaning all the code is on one chain. This makes it difficult to scale them horizontally (adding more processing power).
What is the solution (Interop Protocol)?
This protocol allows different blockchains to communicate and share data with each other.
Smart contracts can be broken down into smaller, more manageable pieces that can be deployed on different chains.
This allows for horizontal scaling by distributing the workload across multiple chains.
What is the goal of the interop protocol?
The goal is to horizontally scale smart contract systems by identifying and sharding the most gas-intensive parts across multiple chains.
What are initiating and executing messages?
Initiating messages are events emitted from a source chain, while executing messages contain the event and are sent to a destination chain.
How does the interop protocol address denial of service attacks?
Scalable defenses, such as horizontally scaling backend infrastructure and rate limiting, can help mitigate denial of service attacks.
What is the cross L2 inbox?
The cross L2 inbox is a new predeployment that enforces rules for initiating messages, including dependencies and time constraints.
What are the challenges in implementing the interop protocol?
Challenges include denial of service attacks, which require scalable defenses, and the need to rethink smart contract development to enable horizontal scaling.