SandboxAQ for National Defense

Contact Our Defense Team

National defense requires technologies that accelerate modernization, strengthen resilience, and support decision-making under real-world constraints. SandboxAQ integrates physics-based modeling, quantum-inspired algorithms, and scalable AI to advance materials discovery for armored vehicles, predict equipment performance, optimize power and logistics planning, secure communications, and navigate in GPS-degraded environments with confidence.

Core Defense Capabilities

Advanced Materials and Alloys

SandboxAQ partners with U.S. Army DEVCOM GVSC to accelerate alloy discovery for next-generation armored vehicles. Our Quantitative AI platform trains deep learning models on quantum-level chemistry data to identify materials that improve performance, safety, and sustainment while addressing cost, supply chain, and environmental factors.

Discover AQBioSim

Battery Intelligence and Power Systems

Predictive models forecast multi-year battery health and storage performance with high accuracy. This supports deployment planning, sustainment decisions, and logistics readiness.

Discover AQChemSim

Secure Communications and Quantum-Resilient Cryptography

Unified cryptography management and post-quantum readiness to protect sensitive defense networks and infrastructure. Identity and encryption solutions designed for evolving threat environments.

Discover AQtive Guard

Navigation in GPS-Denied and Contested Environments

AQNav provides resilient navigation for aircraft, UAS, maritime assets, and ground forces using magnetic-field signatures instead of GPS.

Discover AQNav

SandboxAQ Partners with DoW’s Defense Innovation Unit to Advance Development of Magnetic Navigation Systems

SandboxAQ Selected to Join NATO’s 2025 Defence Innovation Accelerator for the North Atlantic (DIANA) Cohort

SandboxAQ Reaches Significant Milestone in Advancing Battery Shelf-Life Testing and Predictive Maintenance for the U.S. Army

U.S. Air Force Extends Contract with SandboxAQ to Further Develop AQNav Technology to Address GPS Jamming and Spoofing

SandboxAQ Partners with U.S. Army DEVCOM to Support AI-Enabled Materials Discovery to Advance Armored Vehicle Alloys and Battery Design

SandboxAQ Announces AQNav – World's First Commercial Real-Time Navigation System Powered by AI and Quantum to Address GPS Jamming

SandboxAQ and U.S. Army Mark Major Advance in Predicting Long-Term Battery Health and Readiness

SandboxAQ and Acubed Achieve Remarkable Progress in Magnetic Navigation

The Hidden Vulnerability-America’s GPS Dependency as a National Security and Economic Risk

Strengthening Government Cybersecurity Through Unified Cryptography Management

The Growing Threat to GPS That Policymakers Can’t Ignore

The Strategic Imperative for Cryptographic Reform in the U.S. Government

SandboxAQ Completes Major AQNav Milestones with the USAF

Beyond GNSS/GPS: magnetic navigation and multisensor resilience in contested skies

American quantum tech: A game-changer for military navigation

US Army Uses AI to Improve Battery Life, Performance

GPS Is Vulnerable to Attack. Magnetic Navigation Can Help

NATO Selects SandboxAQ For Defence Innovation Accelerator (DIANA)

SandboxAQ Bares Research for AI Applications in Navigation

SandboxAQ, Defense Innovation Unit advance quantum navigation for GPS-denied operations

Can quantum sensing improve magnetic navigation? Pentagon thinks one company is on the right track

SandboxAQ joins DIU’s TQS program

The Secret to Better Airplane Navigation Could Be Inside the Earth’s Crust

SandboxAQ, Army Complete AI-Powered Campaign to Improve Battery Health Monitoring, Mission Readiness

AI model predicts battery health with precision

SandboxAQ Unveils Cyber Platform to Help Address AI Agent-Related Threats

Core Defense Capabilities

A Physics-Driven Platform for Defense

Engaging at the Reagan National Defense Forum

Connect With Our Defense Team