Struct EvolutionaryGuard 

pub struct EvolutionaryGuard { /* private fields */ }

Evolutionary Guard - The self-evolving immune system

Learns from attacks, generates new defenses, and evolves constantly.

Implementations

impl EvolutionaryGuard

pub fn new() -> Result<Self, CryptoError>

Create new evolutionary guard

pub fn learn(&self, denial: &DenialProof) -> Option<SignedFilter>

Process a denial proof and learn from it

This is the core learning function.

pub fn should_block( &self, action_type: &ActionType, description: &str, ) -> Option<String>

Check if an action should be blocked by evolved filters

pub fn evolve(&self)

Evolve all filters (polymorphic mutation)

pub fn take_pending_broadcasts(&self) -> Vec<SignedFilter>

Get pending broadcasts (for mesh distribution)

pub fn receive_filter(&self, filter: SignedFilter)

Receive filter from mesh network

pub fn memory(&self) -> Arc<ImmunityMemory>

Get immunity memory

pub fn generation(&self) -> u64

Get current generation

pub fn filter_count(&self) -> usize

Get active filter count

pub fn id(&self) -> &str

Get guard ID

pub fn threat_stats(&self) -> HashMap<AttackCategory, u64>

Get threat statistics

pub fn broadcast_immunity(&self, sync: &SyncProtocol) -> usize

Broadcast immunity to the global mesh

This method integrates with the Genesis Protocol’s SyncProtocol to propagate learned threats across the entire mesh network.

Arguments

• sync - The SyncProtocol instance for mesh communication

Returns

Number of filters broadcasted

pub fn sync_from_mesh(&self, fingerprints: &[CompactedThreatFingerprint])

Sync immunity from the mesh

Receives and processes threat fingerprints from other nodes.

pub fn deactivate(&self)

Deactivate guard