A repository for Helium Improvement Proposals (HIPs), the formal governance mechanism for proposing and implementing changes to the Helium Network.
Helium Improvement Proposals (HIP) is a governance repository for the Helium Network, a decentralized wireless infrastructure. It is the formal mechanism for proposing, discussing, and implementing changes to the network's protocol, token economics, and operational rules. It functions as the core unit of change, allowing the community to steer the network's development transparently.
Helium Network participants, including token holders (HNT, IOT, MOBILE), hotspot operators, developers, and manufacturers who want to propose changes or participate in the governance of the decentralized wireless network.
It provides a standardized, transparent, and democratic process for evolving a complex decentralized network, ensuring changes are community-driven, well-documented, and publicly accountable, unlike ad-hoc or opaque governance models.
Helium Improvement Proposals
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
HIP 7 defines a clear, standardized process for managing proposals, ensuring consistency and transparency from ideation to deployment.
The repository uses badges to publicly display proposal statuses (e.g., Deployed, Rejected), providing real-time auditability for all network changes.
It supports proposals across Helium's sub-networks (IoT, Mobile, WiFi), enabling tailored governance for different wireless technologies.
Voting is linked to network tokens (HNT, IOT, MOBILE), aligning governance decisions directly with stakeholder economic interests.
The process from proposal to deployment can be lengthy, with many proposals stuck in 'Closed' or pending statuses, delaying critical network updates.
Engaging requires understanding specific tokens, voting mechanisms, and GitHub workflows, which may deter casual users from contributing.
Approved proposals must be implemented in separate codebases (e.g., blockchain-core), adding complexity and potential execution bottlenecks.