AI & Quantum Solutions for
Defense Superiority
Transforming Defense
Readiness with AI
Empower Decision-Making, Readiness, and Resilience
Modern defense operations demand more than data—they require foresight, speed, and strategic clarity. At Multiverse Computing, we deliver trusted AI & Quantum solutions that help defense organizations anticipate threats, optimize missions, and dominate complex, multi-domain environments—including scenarios where connectivity is unavailable or on-premises operations are essential.
CompactifAI is the ideal partner for:
Defense contractors building autonomous or semi-autonomous platforms
Military R&D groups prototyping low-SWaP (Size, Weight, and Power) systems
Agencies modernizing cybersecurity, electronic warfare, and logistics
Integrators designing real-time data fusion pipelines in hostile environments
CompactifAI delivers drastically reduced deployment costs—without compromising
the accuracy or robustness needed in mission-critical contexts.
2x faster inference
Achieve mission-critical insights in real time. Our compressed models reduce inference time by half—enabling faster decisions in high-pressure, low-latency environments like ISR operations and autonomous systems.
50% lower operational & energy costs
Optimize performance without straining your infrastructure. CompactifAI minimizes compute and energy consumption by up to 50%, making it ideal for battery-powered and remote deployments—from UAVs to tactical edge hardware.
AI That Fits in Your Hardware. And Your Budget.
Deploy state-of-the-art models without needing high-end GPUs or expensive infrastructure. CompactifAI brings high-performance AI to low-SWaP systems, dramatically reducing hardware costs while maintaining accuracy.
Operational Success Stories
Quantum-Inspired Satellite Imagery Processing for Intrusion Monitoring
A global defense organization needed to process high-resolution satellite images—covering over 670,000 km² with RGB, infrared, and synthetic aperture radar (SAR)—to detect potential intrusions in near real-time. The challenge was the massive data volume, high image resolution (30 cm/pixel), and the need for frequent analysis (4 times/hour/location), all while reducing latency and infrastructure costs.
We applied quantum-inspired compression to the YOLOv8-x computer vision model, making it 80% smaller and deployable on low-resource edge devices like the NVIDIA Jetson Nano, with no loss in precision.
- Inference latency reduced by 43%
- Power consumption lowered by 55%
- Yearly operational cost reduced from $459M to $63M
Fast Radar Signal Detection on Edge Military Devices
A European defense entity required fast and reliable radar signal classification under highly noisy conditions. The system had to work in milliseconds and fit on photonic or ultra-light edge hardware.
Using our Singularity deep learning platform and advanced electromagnetic modeling, we developed a signal detection model that trains 100× faster and uses 100× fewer parameters than existing state-of-the-art (SOTA) benchmarks.
- 95–99% accuracy even at high noise levels (+5 dB)
- Outperformed SOTA across all signal-to-noise ratios, especially at extreme noise (–5 dB to –20 dB)
- Patent pending
Stratospheric Object Detection with Compressed YOLOv8n
A defense-focused research initiative aimed to detect vessels using aerial images captured from stratospheric balloons. The primary constraint: run on low-energy, low-memory FPGA platforms.
We combined Singularity deep learning with compression and quantization techniques to fit modern YOLO architectures into constrained memory (DPU) environments, using the ShipRSImageNet dataset.
- Achieved up to 30% model compression
- Model size reduced from 6.3 MB to 4.2 MB
- Detection accuracy remained stable across different levels of image degradation (mAP@IoU > 0.67)
Optimized for Performance and
Efficiency
Maximum Efficiency, Tactical Precision
In defense, every decision counts—and so does every watt of power. CompactifAI empowers defense organizations to deploy cutting-edge AI models that are not only highly performant, but also lightweight, energy-efficient, and cost-effective. Furthermore, our models can run without connectivity and on-premises, ensuring security and reliability in any environment.
Edge-Ready AI Without the Trade-Offs
Our compressed AI models retain state-of-the-art accuracy while dramatically reducing memory and compute requirements. Whether in aerospace, surveillance, threat detection, logistics optimization, or autonomous systems, CompactifAI enables you to run advanced AI workloads at the tactical edge, in real time, with lower power and hardware costs.
Smarter Decisions, Built for the Battlefield
CompactifAI empowers defense teams to make faster, smarter decisions through cutting-edge AI optimization built for real-world constraints and strategic complexity.
Applications
Secure and On-Device AI
With reduced need for cloud dependence, CompactifAI supports on-device inference, enhancing security and reliability in sensitive operations.
Peak Performance in Compact Form
Achieve near-lossless accuracy across NLP, vision, and time-series models—delivered in up to 95% smaller formats compared to traditional AI.
Energy-Efficient Execution in the Field
Optimize for battery-powered and resource-constrained environments, from drones and submarines to mobile command systems.
Reduced Latency and Faster Decisions
Enable real-time inference and decision-making, with minimal processing overhead—ideal for ISR (intelligence, surveillance, reconnaissance) and combat scenario modelling.
Cost-Effective AI at Scale
Cut cloud costs and minimize your hardware footprint—deploy powerful models on existing infrastructure or low-power edge devices.
C5ISR and information superiority
Tactical and strategic communications
Cyber defense and post-quantum cryptography
Governance and advanced data analysis
Robotization and human-machine interfaces
Persistent platforms and space infrastructure
Edge computing and efficiency in operating environments
Multiverse Computing?
Multiverse Computing delivers powerful, domain-aware AI with the speed, security, and
scalability defense operations require. Whether optimizing logistics on the ground or
simulating future conflicts in the cloud, our CompactifAI and Singularity platforms offer
unmatched performance, explainability, and adaptability.
- CapTech Communication Information Systems and Networks
- CapTech System of Systems, Battlelab, and Modelling & Simulation
- CapTech Cyber Research & Technology
- Transatlantic Quantum Community (TQC)
- Research Task Group (RTG): Investigations of Military Applications of Quantum Computing
- Proven deployments across aerospace, logistics, and cybersecurity domains
- Cross-functional teams of quantum scientists, AI experts, and defense strategists
- Member of Fundación Círculo - Spanish Defense Ecosystem
AI for readiness. AI for deterrence. AI for dominance.
Let’s shape the future of defense—together.