What is Delegated Proof of Stake?

Consensus mechanisms are the backbone of every blockchain. They determine how transactions get validated, how fast the network runs, and how much energy it consumes. QuarryChain uses Delegated Proof of Stake — and it changes everything.

The Evolution of Consensus

Proof of Work (Bitcoin) requires miners to solve computational puzzles. It's secure but slow (3-7 TPS), energy-intensive, and increasingly centralized around large mining operations.

Proof of Stake (Ethereum 2.0) replaces mining with staking. Validators lock up capital to earn the right to produce blocks. It's more energy-efficient but can concentrate power among wealthy stakers.

Delegated Proof of Stake takes a different approach entirely.

How DPoS Works on QuarryChain

The process has four steps. First, stakeholders freeze QRY tokens to gain Quarry Power — the voting weight that determines their influence. Second, the community uses that power to vote for Quarry Miners. Third, the top 27 elected miners produce blocks in 3-second rounds. Fourth, both voters and miners earn block rewards.

Why 27 Miners?

Twenty-seven is the balance point between decentralization and performance. Enough nodes to prevent collusion, few enough to maintain 100,000 TPS throughput. Elections use time-based voting, so underperforming miners get replaced quickly.

The Energy Advantage

DPoS doesn't require computational puzzles or massive capital lockups. Block production is lightweight and predictable. The result is a blockchain that runs at enterprise scale while consuming a fraction of the energy of PoW networks.

For the full technical breakdown, visit the technology page or read the whitepaper.