The ZAP v4.0 (Zero-Annihilation Processor) architecture is a topological coprocessor design based on balanced ternary logic, wave phase collisions, and adiabatic energy recovery. It aims to overcome the Von Neumann bottleneck and physical silicon limits associated with binary computing clusters.
The system utilizes a Z-Bus hardware bridge to interface with existing ASIC miners running the Equihash 200.9 algorithm. The software orchestrator translates topological density vectors into Stratum V1/V2 protocol packets, offloading mathematical collision search tasks to the ASIC hardware.
The ZAP architecture features a Z-Chain system where final hash codes are generated through the physical annihilation of data, rendering them mathematically irreversible. The ZAP Emulator SDK v4.0 has completed logical design and verification, successfully passing stress tests on topological graphs.
The developers are currently offering the SDK and Z-Bus bridge specifications to engineering groups for closed due diligence testing, subject to non-disclosure agreements.
