According to Cardano founder and IOHK CEO, Charles Hoskinson, the IOHK team invested 18 months to rewrite this Byron era blockchain node. And this significant investment will provide the network-critical infrastructure for the low-risk transition to the fully decentralized blockchain of the Shelley era.
A Modular approach
In the last 18 months, the IOHK team used its evidence-based software development methodology to develop fresh code for this Byron reboot. Using Haskell’s functional programming to its advantage, the revised codebase has been written with a modular approach. Effectively, this will add to the agility and extensibility of Cardano in the future.
This upgrade is major because multiple components of Cardano will receive incremental updates. Right from making the codebase modular, it will also separate other network components of the node like the LEDGER and consensus. Altogether, this modular segregation will smoothen the transition to the Shelley era. As a result, each module can now be upgraded without affecting others.
There is much more
Apart from the node, the Cardano Explorer, the Daedalus wallet and the backend will also see changes in the new code. All in all, this upgrade will bring in
- Node improvements
- Easy to use Explorer
- Updated visual design
- Third-party developer engagement
- Extended APIs for larger exchanges
- Yoroi wallet support
- Transaction filtering
- Parallel wallet restoration
What follows this upgrade is even more interesting. Once the upgrade is complete, the Haskell Shelley testnet will go live. This will trigger the onboarding of stakepool operators from the Incentivized Testnet. And everything comes together leading up to the release of Shelley on mainnet.
What Hoskinson had to say
“At the most fundamental level, the Byron reboot will improve the performance of the entire Cardano network. Transaction throughput capacity will significantly increase, and the network will be able to handle much higher demand and transactions per second. The node improvements also make the node more efficient and reliable in terms of memory usage, increasing the viability of running a Cardano node on a low-spec machine or in poor network conditions, which, in turn, enables more users to participate in the Cardano network across the world.
“I am extremely proud of the IOHK developer team’s endeavors to rewrite the Byron era node from the ground up. Their work represents a significant investment in the network-critical infrastructure required to support the Shelley era of Cardano as we move forward on our mission to build a global-scale financial and social operating system.”
Previously, we covered the Cardano Voltaire release utilizing the governance research by Harvard University.
