Mission Capabilities

Engineered for the forward edge.

Four capability domains where mobile, room-temperature quantum computing changes what is operationally possible.

Battlefield Quantum Computing

Forward-deployed quantum compute that operates at the tempo of mission. Tactical decision-support, classified workload acceleration, and on-platform inference for next-generation defense systems.

→ Tactical decision support
→ On-platform classified inference
→ Edge AI acceleration

Quantum-Secure Communications

Post-quantum cryptographic validation, quantum key distribution research, and tactical comms hardening for the contested electromagnetic environment.

→ Tactical comms hardening
→ Key generation in denied environments
→ PQC algorithm validation

Sensing & Precision Navigation

NV-center magnetometry delivers ultra-sensitive detection of magnetic anomalies — enabling GPS-denied navigation, submarine and submerged-target detection, and underground structure mapping.

→ A-PNT (Assured PNT)
→ Anti-submarine warfare
→ Subterranean operations

Logistics & Optimization at the Edge

Quantum-classical hybrid optimization for the world's hardest scheduling, routing, and resource allocation problems — solved at the operational tempo of mission, not the timeline of the cloud.

→ Theater logistics
→ Fleet routing
→ Multi-domain operations planning

Applications

Demonstrated on room-temperature hardware.

Quantum-enhanced image classification demonstration

Quantum chemistry calculation of hydrogen energy levels

Current Systems

Named platforms.

EntangliX QS delivers SaxonQ's named NV-center diamond systems — built on semiconductor-compatible manufacturing and protected by more than 100 technology and production patents.

SXQ 128

Available Now

Three-month lead time on the shipping configuration · per SaxonQ's published specifications

→ 128 qubits · sixteen 8-qubit quantum cores in one base unit
→ Room-temperature operation at 18–27 °C · no cryogenics, no vacuum
→ Operates from a single standard wall outlet
→ Parallel job execution across independent cores
→ Freely programmable with Qiskit and OpenQASM via GEMSTONE

SXQ 512

Scheduled Availability

Scheduled availability · per SaxonQ's published specifications

→ 512 qubits · thirty-two 16-qubit quantum cores in one base unit
→ Same room-temperature, rack-mount architecture
→ Coherence measured in multiple seconds
→ Expanded capacity for demanding research and applied workloads
→ Freely programmable with Qiskit and OpenQASM via GEMSTONE

Roadmap & Vision

Development continues toward data-center-ready quantum co-processors and chip-scale embedded processors for edge platforms. These represent roadmap direction, not present-day capability.