KAGOME is a C++ implementation of the Polkadot Host that is protocol compatible with the original implementation in Rust and can already be used to run Relay chain validators and syncing nodes. With KAGOME and other client implementations we bring client diversity to Polkadot, mitigating risks of fatal bugs in a single client implementation, bringing innovations and broadening the development community. You may watch the most recent presentation during Polkadot Decoded 2023 to learn more about KAGOME.
During previous work as part of Kusama treasury grant, the following results were achieved:
In addition to features that were planned during the previous proposal our team achieved the following:
The goals of this proposal are to prepare KAGOME for the upcoming features of Polkadot, such as asynchronous backing, SASSAFRAS, BEEFY, and so on. We also plan to further improve KAGOME by improving RPC and WASM performance. Additionally, we plan to conduct an external security audit to build confidence in KAGOME among node operators. To achieve all of this, the work on the new proposal scope will be a joint effort between Quadrivium, Soramitsu, and SRLabs:
In addition, Web3 Foundation will be participating as technical advisor and will provide mentoring and technical support to ensure the completeness of milestones and conforming the specification.
The scope of this proposal:
Requested DOT: 253862
Please review the full proposal with detailed tasks descriptions and price breakdown:
https://docs.google.com/document/d/17ZmueuaMjXY3_SRBHxWtKNHzpLNtSd_KGVfeTII6Nbc/
KAGOME is a computer program that helps run the Polkadot blockchain. It is made using a programming language called C++. It can be used to run Relay chain validators and syncing nodes. KAGOME helps to make Polkadot safer by having different client implementations. KAGOME has many features like Parachains protocol integration, Light clients compatibility, and support for fast and warp synchronizations. The team behind KAGOME plans to improve it by optimizing Merkle storage, improving RPC, and conducting a security audit. They also plan to work with other companies like Quadrivium, Soramitsu, and SRLabs to achieve their goals.
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