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DSC-1 / Daugherty Engine
Solve Million-Variable Problems in Minutes, Not Months
The DSC-1 Daugherty Engine v3.0.0 uses simulated bifurcation — a classical method rooted in Hamiltonian mechanics where coupled oscillators evolve through adiabatic dynamics to find ground states of Ising spin systems. It outscales specialized quantum systems (D-Wave: 5,627 qubits) while running on commodity NVIDIA GPUs at $1.57/hour. Exposed via a REST API with PQC (Dilithium/ML-DSA) authentication, SHA3-256 hashing, and rate-limited tier access. All claims are blockchain-anchored on BSV with public verification tools and deployment certification.
0
Ising Variables
Full connectivity — no embedding overhead
0%
3-SAT Solution Rate
At phase transition boundary
$0/hr
GPU Cost
NVIDIA RTX A6000
<0 min
Solve Time
1M spins to ground state
Key Features
Simulated Bifurcation
Hamiltonian oscillator adiabatic dynamics evolve coupled oscillators through bifurcation points to find Ising ground states
Full Connectivity
No embedding overhead — every variable connects to every other variable
Blockchain Verification
All benchmark results and deployment runs certified on BSV blockchain with public transaction IDs
Post-Quantum Auth
Dilithium/ML-DSA cryptography with SHA3-256 hashing for API authentication
Public Benchmarks
Open-source problem generators and solution validators for independent verification
Spectral Analysis
28,160 Lehmer pair predictions with Monster Group moonshine peaks
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Tech Stack
CUDA
GPU Acceleration
PyTorch
ML Framework
NVIDIA A6000
Hardware
BSV Blockchain
Verification
Dilithium
Post-Quantum Auth
SHA3-256
Cryptography
FastAPI
API Framework
Use Cases
Combinatorial optimizationDrug discovery molecular dockingPortfolio optimizationSupply chain routingConstraint satisfaction
Related Research
Published research connected to this product.
Ready to try DSC-1 / Daugherty Engine?
Solves 1,000,000-variable optimization problems in under 40 minutes on commodity GPUs at $1.57/hr — outscaling D-Wave quantum hardware at a fraction of the cost. No specialized hardware required.