Boson Consensus: Scaling EVM via Sharding
summary
QuarkChain’s Boson design shards execution into N+1 homogeneous chains where each shard runs its own consensus and a root chain anchors shard headers by recording header hashes so a single canonical history is chosen. A first-apply-root-then-local rule forces reorgs to respect root-chain ordering, blocking simple shard-only double-spend attacks. Current implementation uses proof-of-work, is EVM-compatible and integrates Chainlink oracles, and the open-source cluster reports measured up to 55,000 tx/s in benchmarks.
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chapters (13)
- 0:00Boson Consensus intro
- 1:11Block size limits
- 2:56Sharding problems
- 4:08Boson design
- 5:32Security with fork choice
- 8:54Comparison with GHOST
- 10:21Token economics
- 11:25Cross-shard transactions
- 12:47Flexible consensus
- 13:33Security proofs
- 14:56Performance metrics
- 15:39EVM compatibility
- 16:23Q&A








