Systems // Architectural_Model

Structured for Endurance

CrabL1 is built on a five-layer structural model designed to prevent cascade failure and maintain stability during extreme market events.

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Ingress Shell

The Ingress Shell acts as a distributed burst buffer. It utilizes adaptive rate-limiting and cryptographic challenges to absorb spam while ensuring legitimate transactions are prioritized.

DDoS MitigationBurst AbsorptionTransaction Filtering
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Sideways Routing Engine

Unlike traditional linear chains, the Routing Engine distributes transactions laterally across parallel lanes. Congestion in one lane never stalls the entire network.

Parallel Lane ExecutionDynamic Load BalancingLatency Isolation
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Crab Consensus

A survival-first consensus mechanism that prioritizes consistency and data integrity over pure burst speed. Optimized for node coordination during network degradation.

Gossip Protocol v4Byzantine Fault ToleranceStake Weighted Weighting
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Core Stability Zone

A shielded environment for high-security core operations. The Stability Zone is physically isolated from transaction noise and volatility.

Hardware IsolationPriority BandwidthSealed State Access
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Emergency Claw Mode

A final safety layer that can halt non-critical processes to preserve core stability. Guaranteed execution for critical emergency directives.

Circuit BreakersEmergency GovernanceState Rollback Protection

Mode_Switching // PROTOCOLS

Normal Mode

Default state optimized for balanced lateral load and consistency.

Hardened Mode

Automatic activation during spikes. Increases ingress filtering and isolates Core stability.

Claw Mode

Manual or algorithmic override. Halts all non-critical lanes to protect state integrity.

Failure_Isolation // DESIGN

Crab Layer 1 utilizes "Containment Seals" between operational layers. A failure in Layer 01 (Ingress) triggers a seal that prevents Layer 02 (Routing) from being flooded, effectively isolating the failure and preserving the network state.