History repeats: $BTC has survived multiple fork attempts claiming it was "too centralized."
Every few years someone tries to fork Bitcoin arguing the core dev process or mining distribution is too centralized. They launch with hype, promise better decentralization, then fade into irrelevance.
Why they fail: Bitcoin's network effect isn't just code - it's the accumulated hash power, node distribution, liquidity depth, and battle-tested consensus rules. You can't fork social consensus.
The pattern: Fork launches → Initial pump from speculators → Reality hits that you can't bootstrap trust overnight → Network dies or becomes a zombie chain.
Core insight: Decentralization isn't a checkbox you can claim by forking code. It emerges from years of adversarial testing, diverse stakeholder coordination, and economic incentives aligning correctly. Bitcoin's "centralization" criticisms often miss that its governance model - contentious but functional - has survived longer than any fork attempting to "fix" it.
Every few years someone tries to fork Bitcoin arguing the core dev process or mining distribution is too centralized. They launch with hype, promise better decentralization, then fade into irrelevance.
Why they fail: Bitcoin's network effect isn't just code - it's the accumulated hash power, node distribution, liquidity depth, and battle-tested consensus rules. You can't fork social consensus.
The pattern: Fork launches → Initial pump from speculators → Reality hits that you can't bootstrap trust overnight → Network dies or becomes a zombie chain.
Core insight: Decentralization isn't a checkbox you can claim by forking code. It emerges from years of adversarial testing, diverse stakeholder coordination, and economic incentives aligning correctly. Bitcoin's "centralization" criticisms often miss that its governance model - contentious but functional - has survived longer than any fork attempting to "fix" it.