Team is excited to engage the Gitcoin developer community in their quest to accelerate network security on PoW blockchains. Team’d love to hear from developers, researchers, entrepreneurs, and innovators about improvements that could be made to the Ethereum Classic protocol and other mechanisms relevant to the Ethereum Classic blockchain that could improve the consensus and finality technology.
Team're curious to hear about what you think is possible when you explore the tradeoffs between:
If you were to make extensions to, assumptions and modifications to the GHOST protocol, a new economic mechanism(s), or create an external system; how would you leverage the changes to make PoW blockchains better?
In particular, team are interested in detection, analytics, and deterrence tools and systems and are looking for a request for proposal (RFP) for a research topic you'd like to explore that would move things forward.
Implement winning RFP’s in the most effective and efficient way.
Phase 1: The best proposal ideas will receive ETC, ETH or Cash and an invitation to hackathon phase II.
Designing systems and tools that will make 51% attacks less harmful and harder to execute. This includes ghostwriting tools to support the detection, provide analytics, and deterrence of adversarial network participants.
51% attacks are difficult to detect in PoW systems let alone forecast. Team are looking for tools that can be used to provide a warning about future 51% attacks. Examples might be but not limited to systems that are used to detect offline mining, abnormal mining pool behavior, etc. These tools might be systems or algorithms that can be implemented to warn about potential 51% attacks.
A quantifiable metric or set of metrics on which to predict that an attack may happen, visualization of a potential attack scenario and detection scenario, a specification of how the algorithms/systems can be implemented.
Team are looking for systems that help deter adversarial network participants from being potential bad actors on the network. For this proposal, team’d like to see algorithms, and schemes that can help encourage better network participation and discourage network manipulation. One example of an idea would be proposal that have a scope similar to this deterrence of selfish mining paper. http://www.cs.cornell.edu/~ie53/publications/btcProcFC.pdf
Team’d like to see a brief white paper of a proposal for ETC that demonstrates a quantifiable
improvement in deterring bad network behavior, whether it’s improved block times, reduced chain bloat, reduced spam or any behavioral metric of your choosing. Ideally, they’d like the paper to include the following. Implementable description of the algorithm and system, as well as metrics on how the algorithm deters adversarial behavior
team are looking for you to propose a feature for ETC, that would result in an improved network for network participants, particularly on a security front. These can vary wildly and they would like to see what aspects you could improve. For example, network block propagation, Kademlia improvements, state management improvements, block sealing ethash improvement analysis, fundamentally improving network connectivity, are only tangentially related to security, but can result in an improvement.
Team'd like to see a white paper of a proposal specifically for ETC that states clearly what aspect of ETC you’d like to improve, how it will affect security, and a clear description of how to implement the improvement.
Ethereum Classic Labs is seeking proposals for the following RFPs above. The deadline for proposals is
Nov 20th, 2020 at 23:59 PDT for priority consideration.
Overall theme: Designing systems that will make 51% attacks less harmful and harder to execute by creating early warning tools and systems.
Proposals should include:
1. Project Description
3. Milestones & Funding requested
Proposals should include a value proposition about how it will benefit the Ethereum Classic ecosystem, technical detail about what your team intends to build and evidence your team is capable of creating good, re-usable open source code, compelling product demos and great documentation, and a reasonable technical development plan broken down into milestones.