Distributed computing system with token-based selection frequency control independent of consensus weight

Abstract

A distributed computing system implements consensus where token holdings determine node selection frequency but not voting weight. Unlike proof-of-stake systems coupling stake with power, all selected nodes receive equal consensus voting weight regardless of tokens held (zero to millions). The system may employ multi-bucket partitioning preventing plutocratic control by dividing nodes based on aggregate stake thresholds. Zero-token nodes can participate and earn rewards. Transaction fees may be eliminated through staking-for-throughput allocation where tokens provide bandwidth rights. Applications may define custom consensus rules while base layer maintains voting equality. Operating on consumer hardware without specialized equipment, the system decouples economic incentive from political power, solving blockchain plutocracy while enabling true decentralization without capital barriers. An index token mechanism may link base token value to aggregate application activity.

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