@everyone The Ceramic team is excited to share the new release of Ceramic which contains a new data synchronisation protocol, called Recon, and implemented in Rust. The new implementation of the Ceramic protocol unlocks data sharing between nodes and allows developers to run multiple nodes that stay in sync and are load balanced. All this enables highly available Ceramic deployments and reliable data sync. 
In order to utilise the Recon protocol for their applications, developers are provided with a binary called ceramic-one .
This new implementation of the Ceramic protocol, offers significant performance and stability improvements. Ceramic now supports up to 250 TPS, more than double the previous rate! This is crucial for data-heavy applications needing fast transactions. Horizontal scaling is now a reality! 
On top of that, this release marks a significant shift in making the Ceramic architecture more robust, allowing the team to iterate on and build new protocols in the future. 
Learn more about this release and how you can get started.
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Hi @Justina ,
The new release of Ceramic with the Recon protocol is truly exciting! The significant improvements in performance and stability, along with the ability to handle up to 250 TPS, open up incredible possibilities for data-heavy applications. For backup software, the enhanced data synchronization and load balancing capabilities could drastically improve the efficiency and reliability of distributed backup solutions.
I’m particularly interested in how the Recon protocol’s data sharing between nodes could be leveraged to optimize backup processes, especially in terms of reducing latency and ensuring data integrity across multiple locations. Additionally, with the increased TPS and horizontal scaling, how do you envision this impacting the scalability of backup systems that rely on Ceramic for data management?
Looking forward to exploring these new features and seeing how they can be integrated into our backup solutions.
Best,
George