Mining Protocol Packet Interpretation for Secure Pool Routing
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Solution Overview
Problem
Cryptocurrency mining pools face issues such as cheating and attacks, leading to the dominance of large pools that threaten the security and stability of the Bitcoin ecosystem, and existing technical solutions have not effectively addressed these problems.
Innovation Solution
A node intermediates communications between miner clients and mining pools, interpreting and routing packet communications to prevent cheating and attacks by representing the miner client to the pool and vice versa, using a routing table and application programming interface to optimize pool selection based on profitability and availability.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If miners use large open pools, then they can operate at reasonable business risk with shared computing power, but the pools become vulnerable to attacks and cheating that threaten the security of the Bitcoin ecosystem
Solution Approach 1:
The patent introduces an intermediary node that sits between miners and pools, interpreting packet communications and routing them to appropriate pools. This intermediary layer enables miners to selectively connect to smaller, more secure closed pools while maintaining the benefits of pooled mining, thus resolving the contradiction between mining efficiency and pool security
2Object-generated harmful factors
If pools attack each other by pretending to work on their behalf, then attackers can take cuts of proceeds, but this creates an unstable balance where mutual retaliation reduces profitability for all pools
Solution Approach 1:
The patent extracts the attack mechanism from the pool-miner interaction by introducing a routing table and intermediary node that mediate communications. This extraction prevents pools from directly attacking each other while still allowing miners to select secure pools, thereby eliminating the harmful retaliation cycle and maintaining profitability
3Reliability
If miners choose closed pools that trust one another, then cheating and attacks are reduced, but the pool sizes become much smaller and mining power is concentrated in fewer groups
Solution Approach 1:
The patent introduces dynamic routing capabilities that allow miners to adaptively select pools based on real-time conditions. The routing table can be updated to direct miners to different pools, enabling dynamic distribution of mining power across multiple small closed pools rather than static concentration in large pools, thus achieving both security and distribution
Data Source
AI summary
A machine and a method of making and of using the machine. Illustratively, the machine includes, in a digital network, a node intermediate a miner client and a mining pool, the node representing the miner client to the pool, the node representing the mining pool to the miner client, the node implementing logic that: receives packet communications of a mining protocol from the miner client; interprets the packet communications to produce interpreted packet communications; routes new packet communications to the mining pool based on the interpreted packet communications; receives other packet communications of the mining protocol from the mining pool; interprets the other communications to produce other interpreted packet communications; and routes other new packet communications to the miner client based on the other interpreted packet communications.