Kaspa on Rust — Improving Performance

It is Better to Rust Out than to Wear Out

Kaspa is currently in the development stage of rewriting its current Golang programming language to Rust. A well-known language for its memory safety and performance. A Rusty Kaspa will benefit the blockchain by making it more efficient, operations with tighter performance, and is less prone to memory-related errors. In addition, the new codebase will boast improved performance and more network security. Rust also has a growing ecosystem and developer community, which could make it easier for developers to contribute to and build on simplified and modularized Kaspa.

90% into the Development Stage

Using Rust for the Kaspa platform may also improve its scalability. For example, Rust’s ownership model and low-level control over memory management can make writing concurrent and parallel code easier, which can help the platform handle more transactions and users without slowing down. Pushing speeds of up to 32 BPS and 6,400 TPS; potentially upwards to 20,000 TPS. Rust also has built-in error handling and can also make the code more robust and less prone to bugs.

Another advantage of using Rust is that it is a systems programming language. It is designed to be efficient and low-level, making it a good choice for applications that handle large amounts of data or perform complex operations. As Kaspa is a blockchain that needs to handle large data and complex functions, using Rust will enhance efficiency and operation.

Rusty Kaspa will enhance the platform in terms of performance, security, scalability, reliability, and maintainability. This can make the platform more attractive for developers, users, and businesses and help Kaspa grow and evolve over time.

Here’s to a Rusty Future!

As a testament to Kaspa’s adaptability and forward-thinking ethos, DAGKNIGHT will be built on Rusty Kaspa, enhancing the chain’s solution to the blockchain trilemma and bolstering the network’s decentralization, security, and scalability.