# Governance Fork Process # Enables users to choose governance ruleset while preserving consensus governance_fork_overview: description: "Users can fork governance rules while keeping same Bitcoin consensus" key_properties: - "Consensus layer unchanged (same Bitcoin validation)" - "Governance state tracked separately from consensus state" - "Users explicitly opt into alternative ruleset" - "Both rulesets validate same Bitcoin consensus (same blockchain)" - "Users can switch rulesets without re-syncing blockchain" - "Node software supports both rulesets simultaneously" fork_trigger_conditions: tier_5_governance_change: description: "Tier 5 governance change with split support" process: "Normal Tier 5 process, but if community splits → fork" maintainer_abuse: description: "Maintainer abuse pattern with community support for reform" process: "Community can initiate fork to replace governance" irreconcilable_disagreement: description: "Irreconcilable disagreement about governance direction" process: "Multiple governance approaches can coexist" technical_implementation: configuration_export: description: "Export complete governance configuration as single file" format: "YAML file with all governance rules" includes: - "Action tier specifications" - "Maintainer public keys" - "Time windows" - "All governance parameters" versioning: "Each ruleset has version identifier and cryptographic hash" node_configuration: flag: "--governance-ruleset=[A|B|custom]" default: "Existing ruleset (users need not act)" custom: "Users can specify custom governance file" switching: "Users can switch rulesets easily" persistence: "Configuration choice saved locally" network_announcement: description: "Nodes announce governance ruleset in P2P messages" purpose: "Enable network to form clusters around governance preferences" privacy: "Announcement is optional (can run silently)" coordination: "Helps users find nodes with same governance preferences" adoption_measurement: measurement_period: "180 days" daily_snapshots: node_count: - "Count nodes signaling ruleset A" - "Count nodes signaling ruleset B" - "Geographic distribution tracked" primary_metric: node_and_operator_signals: "100% weight: Node adoption and operator-reported ruleset choice" purpose: "Observable network alignment with a governance track" transparency: - "Transparent public dashboard" - "Real-time adoption statistics" - "Historical trends" - "Geographic distribution" - "Independent verification (anyone can audit)" resolution_scenarios: scenario_1_clear_winner: condition: ">90% adoption of one ruleset" outcome: "Ruleset with >90% adoption becomes standard" minority_handling: "Losing ruleset deprecated (sunset period: 90 days)" sunset_period: "Allows graceful migration" after_sunset: "Minority ruleset discontinued" learning: "Successful governance changes can unify" scenario_2_strong_majority: condition: "60-90% adoption" outcome: "Continue measuring for additional 180 days (360 days total)" rationale: "Allow time for network to converge" re_evaluation: "Re-evaluate at 360 days using same criteria" success_criteria: "If still >60%: Becomes standard at 360 days" learning: "Major changes need time to prove value" scenario_3_split_community: condition: "Neither >60% adoption" outcome: "Both rulesets continue indefinitely" result: "Permanent fork in governance (not consensus)" development: "Each community develops independently" market_determination: "Market determines long-term viability" possible_outcomes: - "One ruleset proves superior over time (2-3 years)" - "Both survive serving different use cases" - "Third ruleset emerges and wins" - "Rulesets eventually converge (fork heals)" learning: "Diversity can be permanent and healthy" scenario_4_minority_ruleset: condition: "<10% adoption" outcome: "Automatic deprecation at 180 days" result: "Failed experiment ends gracefully" migration: "Users migrate to majority ruleset (or new alternative)" impact: "No harm to Bitcoin consensus layer" learning: "Bad governance ideas die quickly" long_term_dynamics: fork_philosophy: - "Forks are not failures - they're options" - "User sovereignty means choosing governance model" - "Successful experiments can fork back together" - "Failed experiments die naturally through adoption" - "Innovation happens through governance competition" - "Market determines best governance over time" healing_forks: condition: "Forked rulesets converge toward common best practices" process: "Communities can merge governance back together" requirements: - "Both sides agree to unified constitution" - "Process: Tier 5 governance change in both rulesets" result: "One Bitcoin, one governance (again)" permanent_forks: condition: "Communities have irreconcilable values" outcome: "Better to fork governance than consensus" result: "Each community gets governance matching their values" consensus: "All still validate same Bitcoin (same money)" philosophy: "Diversity is feature, not bug" transparency_and_coordination: during_fork_period: - "Both rulesets maintain public dashboards" - "Adoption statistics updated daily" - "Community forums for governance discussions" - "Neutral arbiter publishes independent analysis" - "No pressure or coercion to choose sides" - "Users free to switch rulesets anytime" - "Market freely determines winner through adoption" example_scenarios: emergency_response_dispute: situation: "Maintainers invoke Tier 4 for controversial change" community_split: "Community disagrees (not real emergency)" fork_creation: ruleset_a: "Emergency change stays, current process" ruleset_b: "Emergency change reverted, stricter Tier 4 rules" measurement: "180-day measurement period" outcome: "Ruleset B wins (80% adoption)" learning: "Community prefers stricter emergency powers" result: "Unified governance with improved Tier 4 process" threshold_debate: situation: "Some want higher thresholds (more conservative)" disagreement: "Others want lower thresholds (more agile)" fork_creation: ruleset_a: "Current thresholds (3/4/5-of-5)" ruleset_b: "Higher thresholds (4/5/5-of-5)" measurement: "180-day measurement: Neither >60%" outcome: "Permanent split: 45% A, 40% B, 15% other" learning: "Different users have different risk tolerances" result: "Multiple governance models coexist permanently" governance_fork_benefits: user_sovereignty: - "Users choose governance that serves their needs" - "No coercion - only competition and persuasion" - "Exit is always available (fork-ready architecture)" - "Governance serves users, not vice versa" capture_resistance: - "Makes capture uneconomical (captors lose user base)" - "Provides ultimate accountability (users can exit bad governance)" - "Creates competitive pressure (governance must serve users)" - "Aligns with Bitcoin ethos (user sovereignty, market selection)" innovation_enablement: - "Allows experimentation with governance models" - "Market determines best practices over time" - "Successful innovations can be adopted by other rulesets" - "Failed experiments die naturally through adoption" implementation_requirements: governance_app_features: - "Configuration export functionality" - "Ruleset versioning system" - "Adoption tracking dashboard" - "Network announcement support" - "Multi-ruleset configuration management" node_software_features: - "Governance ruleset selection" - "P2P governance ruleset announcement" - "Configuration import/export" - "Ruleset switching without re-sync" - "Multi-ruleset support" community_infrastructure: - "Public adoption dashboards" - "Governance discussion forums" - "Independent analysis and reporting" - "Neutral arbitration services" - "Transparent measurement tools"