Cross-chain support

Social applications require high scalability and flexibility to handle large-scale data processing. Fibonacci IBC protocol supports high-frequency and high-throughput requests for social applications.

Fibonacci supports a multi-chain architecture. We can distribute the data of social applications across multiple chains to achieve horizontal scaling and improve the processing capacity and throughput of the system. When a chain needs to send data to another chain, it first needs to package the data into a data packet and send it to the IBC module. Then, the IBC module will encapsulate the data packet into a message and send it to the IBC module of the target chain. After receiving the message, the IBC module of the target chain will decapsulate it into a data packet and send it to the application for processing.

In this process, each chain has its own set of validators to verify the legitimacy and validity of data packets. When a link receives a data packet, it will submit the data packet to its validator set for verification. If the verification passes, the chain will record this data packet in its own ledger.

It will also send an acknowledgment message to the sender. After receiving the acknowledgment message, the sender link will also record the acknowledgment message in its own ledger and mark the transaction as complete. By using the IBC protocol to implement a multi-chain architecture, social applications can distribute data across multiple chains to improve system processing capacity and throughput. At the same time, since different chains are mutually independent, scalability and reliability of the system can also be improved.

Based on the IBC protocol, Fibonacci defines a set of standardized communication protocols, which we call FIBO cross-protocol. Standardized communication includes requests, responses, retransmissions, errors, etc.

We explain the working process of FIBO cross-protocol with an example: For example, assume we have a social application that allows users to post and share content on different blockchains. When a user posts a message on one chain, other users may need to view that message on another chain. Using the standardized cross-chain query protocol defined in FIBO cross-protocol, these users can easily cross different chains to query and access that message.

In addition, the multi-chain architecture of FIBO cross-protocol also provides higher scalability and reliability for social applications. Since social applications often need to handle a large amount of user data and transactions, distributing these data across multiple chains can effectively share the load and improve the throughput and processing capacity of the system. At the same time, if a chain fails or is attacked, other chains can still operate normally to ensure the stability and security of social applications.