Activity of lightninglabs/neutrino repository
Evolving ✨
Contribution activity is growing
Why lightninglabs/neutrino is evolving?
The result is based on ratio of number of commits and code additions from initial and final time ranges.
Initial time range – from 14 Aug, 2023 to 14 Nov, 2023
Final time range – from 15 May, 2024 to 14 Aug, 2024
Additions and deletions stats are not available for this repository due to GitHub API limitations.
Bus factor
What is Bus factor?
It is basically a number of most active contributors responsible for 80% of contributions.
Bus factor tries to assess "What happens if a key member of the team is hit by a bus?". The more there are key members, the lower the risk.
The lightninglabs/neutrino repository has a bus factor of 5.
Medium risk, some knowledge concentrated in a few people
Bus factor was measured on 14 Aug 2024
Summary of lightninglabs/neutrino
Neutrino is a Bitcoin light client that connects to the Bitcoin network using the bitcoin protocol. It is developed by Lightning Labs.
Neutrino allows users to interact with the Bitcoin blockchain with increased privacy compared to traditional SPV clients. Unlike traditional clients, Neutrino requires no centralized server to operate and can connect to the network via peers. Users control the entire transaction process, from creating transactions to signing them.
The goals of Neutrino are:
- Requires no trust in any particular node.
- Users maintain control of their own keys.
- Users can verify the chain of proof of work.
- Low bandwidth, storage, CPU usage.
More detail about how Neutrino works can be found in the BIPs BIP 157 and BIP 158.
One thing to note is that this is not a wallet, but rather a backend service. For a Neutrino-backed Bitcoin wallet, see lightninglabs/lightning-app, which packages Neutrino into an easy-to-use bitcoin wallet.
This project is still in the experimental stage, so using it in production or with large amounts of bitcoin is not recommended at this time.
The repository contains a Go reference implementation of Neutrino. In order to build or use the neutrino library, the Go language must be installed on the system.
