⬡ Client → Control Plane
Valiant Connect
Problem Ingestion
Enterprise workloads enter the platform through domain-specific connectors. The customer submits a business problem — no quantum knowledge required. Garm will analyze the computational structure.
Active Workload: Supply Chain Optimizer
Ingested via SAP S/4HANA Connector
// Workload specification — ingested from client ERP
{
"source": "sap-connector-eu-de-7",
"workload_class": "supply-chain-optimization",
"client_ref": "ACME-SCO-2026-Q1",
"problem": {
"type": "mixed-integer-linear-program",
"variables": 12847,
"constraints": 34291,
"binary_vars": 4096,
"objective": "minimize total logistics cost",
"domains": ["warehouse-allocation", "route-optimization", "inventory-scheduling"]
},
"classical_solver": "CPLEX 22.1",
"classical_runtime": "4h 23m (avg)",
"sensitivity": "commercial-confidential"
}
12,847
Decision Variables
4,096
Binary Variables
4h 23m
Classical Avg Runtime
⬡ Control Plane — querying HPC Registry
Garm Engine
Quantum Reconnaissance
Garm decomposes the workload into subproblems, scans for quantum-amenable mathematical structure, and cross-references hardware capabilities from the live HPC Registry to assess feasibility.
GARM ANALYSIS LOG
⬡ Control Plane
Valiant Vault
Data Anonymization
Before the problem leaves the control plane toward an HPC edge agent, Vault strips all business-sensitive identifiers. The edge agent and QPU receive only abstract mathematical structure.
Anonymization Report
GDPR-compliant data transformation — audit trail preserved
| Field | Original | Anonymized | Status |
|---|---|---|---|
| Client ID | ACME-SCO-2026-Q1 | VQ-7f3a-anon | stripped |
| Source System | SAP S/4HANA EU-DE-7 | src-erp-anon | stripped |
| Domain Labels | warehouse-allocation, route-opt… | domain-A, domain-B, domain-C | remapped |
| Variable Names | depot_munich_03, route_HAM→FRA… | x_0001 … x_0087 | remapped |
| QUBO Matrix | 87×87 symmetric | preserved (mathematical structure) | retained |
| Constraint Coefficients | float64 values | preserved (computation requires exact values) | retained |
TRANSPORT ENCRYPTION
TLS 1.3 + ML-KEM-768
Quantum-safe key encapsulation
AUDIT TRAIL
SHA-256 Signed
Full compliance log for BaFin / GDPR
⬡ Control Plane ← Edge Agent heartbeats
HPC Registry + Valiant Broker
Capacity Matching
Broker queries the live HPC Registry — a real-time database fed by calibration heartbeats from Arvak edge agents deployed at each HPC site. It matches the job to the optimal backend.
HPC Registry — Live Heartbeats
Arvak edge agents reporting calibration data
IQM Garnet @ FZ Jülich
— 2Q fidelity 99.4% · T1 87μs · queue: 3
2s ago
IBM Eagle r3 @ IBM Frankfurt
— 2Q fidelity 99.1% · T1 112μs · queue: 11
5s ago
CUDA-Q Simulator @ LRZ Munich
— ideal simulation · 40 GPU-nodes · queue: 0
1s ago
⬥ BACKEND CANDIDATES — RANKED BY FIT
IQM Garnet
Edge agent: FZ Jülich — EuroHPC
Qubits150
2Q Gate Fidelity99.4% (live)
ConnectivityHeavy-hex
Queue Depth3 jobs (live)
Est. Turnaround18 min
Est. Cost€127.40
94% match score
IBM Eagle r3
Edge agent: IBM Cloud — Frankfurt
Qubits127
2Q Gate Fidelity99.1% (live)
ConnectivityHeavy-hex
Queue Depth11 jobs (live)
Est. Turnaround47 min
Est. Cost€189.20
76% match score
CUDA-Q Simulator
Edge agent: LRZ Munich — EuroHPC
Qubits (sim)87 (exact)
Noise ModelIdeal
Queue Depth0 jobs (live)
Est. Turnaround6 min
Est. Cost€34.80
68% — simulation only
⬡ Control Plane
Valiant Contract
Service Agreement
Automated SLA generated from Garm's resource estimate, live Registry data, and Broker's backend selection.
Quantum Compute Service Agreement
Contract VQ-2026-00847 — Auto-generated
BackendIQM Garnet — FZ Jülich (EuroHPC)
AlgorithmQAOA (depth p=4, 87 qubits)
Shots10,000
Max Turnaround30 minutes (SLA-guaranteed)
Quality Guarantee≥99.0% 2Q gate fidelity or credit
Data HandlingEU jurisdiction — GDPR Art. 28 compliant
Compute Cost€127.40
Platform Fee (18%)€22.93
Total
€150.33
⬡ Control Plane → Edge Agent
Arvak Compiler (Control Plane) → Arvak Edge Agent (FZ Jülich)
Compile & Execute
The Arvak Compilation Service pulls IQM Garnet's current topology and noise profile from the Registry, compiles the QAOA circuit, then dispatches to the edge agent at Jülich for execution.
Job VQ-2026-00847 — Execution Timeline
Arvak Compiler → Edge Agent @ FZ Jülich → IQM Garnet
CIRCUIT DEPTH
247
After Arvak optimization (orig: 1,042)
2Q GATES
892
After topology mapping (orig: 2,318)
⬡ Edge Agent → Control Plane → Client
Vault (de-anonymize) → Connect (deliver)
Results Delivered
Results return from the edge agent, are verified against noise characterization, de-anonymized by Vault, re-mapped to client identifiers, and delivered through the SAP connector.
4.7×
Speedup vs. Classical Solver
Route subproblem: 47s quantum vs. 3m 41s CPLEX
€150
Total Cost of Execution
vs. ~€380/run on reserved HPC (est.)
Delivery Summary
Job VQ-2026-00847 — Completed
Optimal Route ConfigurationDelivered to SAP
Solution Quality (CVaR)0.947 (classical: 0.932)
Execution Time14m 22s (within 30m SLA)
Data De-AnonymizationComplete — identifiers restored
Audit TrailSHA-256 signed, archived
Edge Agent VerificationNoise within calibrated spec
Garm RecommendationRecur — schedule weekly execution
⬥ GARM ADVISORY
This workload demonstrated consistent quantum advantage on the routing subproblem. Garm recommends scheduling weekly execution aligned with your supply chain planning cycle. The HPC Registry shows IQM Garnet's fidelity has been stable over the past 14 days — recurring jobs can target this backend with high confidence. Garm will continue monitoring the inventory scheduling subproblem (Finding #2) and alert when edge agent calibration data indicates hardware fidelity thresholds are met for Grover-type acceleration.