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G2: Phase Evolution

Source: G2_ Phase Evolution.pdf Status: 🚧 Extraction in Progress Roadmap: Governance & Operations Roadmap

Overview​

This specification defines the phase evolution system that structures the growth and development of the Radium ecosystem through defined phases.

Phase Definition​

Phase Structure​

Phase Components

pub struct Phase {
    pub id: PhaseId,
    pub name: String,
    pub description: String,
    pub criteria: PhaseCriteria,
    pub features: Vec<Feature>,
    pub governance_rules: GovernanceRules,
    pub duration: Option<Duration>,
}

Phase Criteria

pub struct PhaseCriteria {
    pub user_count: Option<u64>,
    pub component_count: Option<u64>,
    pub transaction_volume: Option<TokenAmount>,
    pub network_health: Option<HealthScore>,
    pub governance_maturity: Option<MaturityLevel>,
}

Phase Transition Mechanisms​

Transition Types

  • Automatic (criteria-based)
  • Manual (governance decision)
  • Time-based
  • Event-triggered

Transition Process

pub struct PhaseTransition {
    pub from_phase: PhaseId,
    pub to_phase: PhaseId,
    pub trigger: TransitionTrigger,
    pub criteria_met: Vec<Criterion>,
    pub approval: Option<Approval>,
    pub timestamp: DateTime<Utc>,
}

Phase-Specific Features​

Feature Gating

pub struct PhaseFeatures {
    pub phase_id: PhaseId,
    pub enabled_features: Vec<Feature>,
    pub disabled_features: Vec<Feature>,
    pub experimental_features: Vec<Feature>,
}

Feature Availability

  • Phase 1: Core features only
  • Phase 2: Core + advanced features
  • Phase 3: Core + advanced + experimental
  • Phase 4: All features

Phase Governance Rules​

Governance by Phase

pub struct PhaseGovernance {
    pub phase_id: PhaseId,
    pub voting_threshold: f64,
    pub proposal_requirements: ProposalRequirements,
    pub treasury_limits: TreasuryLimits,
    pub decision_authority: DecisionAuthority,
}

Evolution Framework​

Automatic Phase Progression​

Progression Logic

pub trait PhaseProgression {
    fn check_criteria(&self, phase: &Phase) -> CriteriaStatus;
    fn should_progress(&self, phase: &Phase) -> bool;
    fn progress(&mut self, from: &PhaseId, to: &PhaseId) -> Result<PhaseTransition>;
}

Progression Conditions

  • All criteria met
  • Minimum duration elapsed
  • Governance approval (if required)
  • System stability verified

Phase Milestone Tracking​

Milestone Types

  • User milestones
  • Component milestones
  • Transaction milestones
  • Governance milestones
  • Technical milestones

Milestone Tracking

pub struct MilestoneTracker {
    pub phase_id: PhaseId,
    pub milestones: Vec<Milestone>,
    pub progress: ProgressMetrics,
    pub completion: f64,
}

Phase-Specific Operations​

Operations by Phase

  • Phase 1: Basic operations, limited features
  • Phase 2: Standard operations, core features
  • Phase 3: Advanced operations, full features
  • Phase 4: Enterprise operations, all features

Operation Configuration

pub struct PhaseOperations {
    pub phase_id: PhaseId,
    pub allowed_operations: Vec<Operation>,
    pub rate_limits: RateLimits,
    pub resource_limits: ResourceLimits,
}

Phase Rollback Mechanisms​

Rollback Conditions

  • Critical system issues
  • Governance decision
  • Security concerns
  • Economic instability

Rollback Process

pub trait PhaseRollback {
    fn can_rollback(&self, phase: &Phase) -> bool;
    fn rollback(&mut self, from: &PhaseId, to: &PhaseId) -> Result<RollbackResult>;
}

Growth Management​

Scaling Strategies per Phase​

Phase 1: Foundation

  • Focus on core functionality
  • Limited scalability
  • Single deployment
  • Basic monitoring

Phase 2: Growth

  • Horizontal scaling
  • Distributed deployment
  • Advanced monitoring
  • Performance optimization

Phase 3: Scale

  • Multi-region deployment
  • Auto-scaling
  • Comprehensive monitoring
  • Advanced optimization

Phase 4: Enterprise

  • Global deployment
  • Enterprise-grade infrastructure
  • Full observability
  • Maximum performance

Resource Allocation by Phase​

Resource Planning

pub struct PhaseResources {
    pub phase_id: PhaseId,
    pub compute_resources: ComputeResources,
    pub storage_resources: StorageResources,
    pub network_resources: NetworkResources,
    pub budget: Budget,
}

Feature Gating by Phase​

Feature Release Schedule

  • Phase 1: Core features (0-20%)
  • Phase 2: Core + Standard (20-60%)
  • Phase 3: Core + Standard + Advanced (60-90%)
  • Phase 4: All features (90-100%)

Feature Gate

pub trait FeatureGate {
    fn is_enabled(&self, feature: &Feature, phase: &PhaseId) -> bool;
    fn enable_feature(&mut self, feature: &Feature, phase: &PhaseId) -> Result<()>;
}

Community Growth Management​

Growth Phases

  • Phase 1: Early adopters
  • Phase 2: Community building
  • Phase 3: Mass adoption
  • Phase 4: Ecosystem maturity

Growth Management

pub struct GrowthManagement {
    pub phase_id: PhaseId,
    pub growth_targets: GrowthTargets,
    pub growth_strategies: Vec<GrowthStrategy>,
    pub metrics: GrowthMetrics,
}

Phase Definitions​

Phase 1: Foundation​

Characteristics

  • Core functionality
  • Limited features
  • Small community
  • Basic governance

Goals

  • Establish core platform
  • Build initial community
  • Validate concepts
  • Set foundation

Phase 2: Growth​

Characteristics

  • Expanded features
  • Growing community
  • Enhanced governance
  • Improved infrastructure

Goals

  • Scale user base
  • Expand component ecosystem
  • Improve governance
  • Optimize performance

Phase 3: Scale​

Characteristics

  • Full feature set
  • Large community
  • Mature governance
  • Enterprise infrastructure

Goals

  • Mass adoption
  • Global reach
  • Enterprise customers
  • Ecosystem maturity

Phase 4: Maturity​

Characteristics

  • Complete platform
  • Thriving ecosystem
  • Advanced governance
  • Enterprise-grade operations

Goals

  • Market leadership
  • Sustainable growth
  • Innovation
  • Long-term viability

Implementation Status​

🔮 Future​

  • Phase structure and criteria
  • Phase transition mechanisms
  • Phase-specific features
  • Phase governance rules
  • Automatic phase progression
  • Phase milestone tracking
  • Phase-specific operations
  • Phase rollback mechanisms
  • Scaling strategies per phase
  • Resource allocation by phase
  • Feature gating by phase
  • Community growth management

Note: This specification is extracted from the OpenKor G2 document. Detailed phase criteria may need manual review from the source PDF.