- Service Definition
- Ruggedized MIL-STD-810H electronics, export-compliant under EU 2021/821. Tactical comms to autonomous surveillance via EU partners.
Defense & Dual-Use Technology — Managed End-to-End
What is Defense & Dual-Use Technology?
Defense & Dual-Use Technology encompasses hardware and systems designed for both civilian and military applications. Examples include high-end FPGAs, thermal imaging, and secure communications equipment. In the EU, these technologies are strictly regulated under the Dual-Use Regulation (2021/821) to ensure EU hardware sovereignty.
Dual-use technology refers to hardware and systems designed for both civilian and military/defense applications. Under the EU Dual-Use Regulation (EU 2021/821), whose control list (Annex I) was replaced by Delegated Regulation (EU) 2025/2003 with effect from 15 November 2025, items including field-programmable logic devices above defined I/O-count or transceiver data-rate thresholds, cryptographic (“information security”) items, and quantum computers are subject to export authorisation requirements.
Inovasense manages projects delivering ruggedized, mission-critical hardware for demanding operational environments — from defense and aerospace to critical infrastructure, border security, counter-UAS, and industrial hazardous zones. We coordinate specialized EU-based engineering partners while our in-house team oversees architecture, compliance, and quality. Every project targets MIL-STD environmental standards while remaining export-compliant and adaptable for civilian deployment.
What Makes Defense-Grade Hardware Different?
Defense electronics must operate reliably in conditions that would destroy commercial-grade equipment:
| Parameter | Commercial | Industrial | Defense (MIL-STD) |
|---|---|---|---|
| Operating temperature | 0°C to +70°C | -40°C to +85°C | -55°C to +125°C |
| Vibration | Office environment | Factory floor | 20g, 10–2000 Hz (MIL-STD-810H Method 514.8) |
| Shock | Drop from desk | Forklift handling | 40g, 11 ms half-sine (Method 516.8) |
| Humidity | Controlled | Condensing | 95% RH, aggravated cycling (Method 507.6) |
| EMI/EMC | EN 55032 Class B | EN 55032 Class A | MIL-STD-461H RE102/RS103 |
| Sand & dust | N/A | IP65 | Blowing sand (Method 510.7) |
| Salt fog | N/A | Limited | 5% NaCl, 35°C (Method 509.7) |
| Altitude | Sea level | — | 40,000 ft (Method 500.6) |
| Design lifetime | 3–5 years | 7–10 years | 15–25 years |
Ruggedization Approach
Through our partner network, projects follow established defense-grade practices:
- Component derating — All components operated at ≤80% of rated maximum to ensure long-term reliability
- Conformal coating — Acrylic or polyurethane coatings (IPC-A-610 Class 3) protecting against moisture, fungus, and contamination
- Potting & encapsulation — Silicone or epoxy fills for extreme vibration environments
- Thermal management — Conduction-cooled designs eliminating fans and moving parts; CFD-validated thermal paths. See our Industrial Design capabilities.
- HALT/HASS — Highly Accelerated Life Testing during development, Highly Accelerated Stress Screening in production
- Radiation-tolerant design — SEU mitigation techniques for high-altitude and space-adjacent applications, leveraging FPGA TMR (Triple Modular Redundancy)
Defense & Dual-Use Application Areas
Our partner network has experience across the following domains:
Secure Communication Systems
End-to-end encrypted communication hardware leveraging Embedded Security principles:
- Hardware-encrypted radios — FPGA-based wideband SDR with encryption and post-quantum cryptography (ML-KEM, ML-DSA)
- Tactical mesh networks — Self-healing, frequency-hopping MANET nodes with anti-jam capabilities
- Satellite ground terminals — L-band, Ku-band, and Ka-band modem hardware for SATCOM, including LEO constellation terminals (Iris² program)
- Cross-domain solutions — Hardware-enforced data diodes and one-way transfer devices for classified network boundaries
- Quantum Key Distribution (QKD) — Integration readiness for emerging EuroQCI quantum communication infrastructure
FPGA-Based Defense Processing
Custom, deterministic real-time signal processing with no software attack surface:
- Radar signal processing — Pulse compression, MTI, CFAR detection, digital beamforming on platforms like AMD Versal AI Edge
- Electronic warfare — Wideband signal detection, direction finding, and response generation
- SIGINT — Wideband spectrum monitoring, protocol identification, cognitive electronic support measures (ESM)
- Navigation — GPS anti-jam (CRPA) processing, INS/GPS/Galileo fusion, spoofing detection, and PNT resilience
Counter-UAS Systems
Addressing one of the fastest-growing defense sectors — countering unmanned aerial systems:
- RF detection & classification — Wideband SDR-based detection of drone control links (2.4/5.8 GHz, 900 MHz)
- Radar integration — Compact mmWave radar for micro-drone detection
- Acoustic detection — MEMS microphone arrays with neural network-based drone signature recognition
- EO/IR tracking — Thermal and visible camera fusion with AI-powered tracking algorithms
- Electronic countermeasures — Protocol-aware jamming of commercial drone control channels
- Sensor fusion C2 — Command and control software integrating all sensor modalities into a common operating picture
Edge AI for Situational Awareness
On-device AI inference for real-time threat assessment:
- Video analytics — Person/vehicle detection and tracking on platforms like NVIDIA Jetson Orin in SWaP-constrained deployments
- Acoustic threat detection — Gunshot detection, explosion classification, drone acoustic signature recognition
- Multi-sensor fusion — EO/IR, radar, acoustic, and RF data fusion for comprehensive situational awareness
- Predictive maintenance — Vibration and thermal anomaly detection for vehicle and equipment health monitoring
- Autonomous navigation — SLAM, visual odometry, and path planning for UGV/UAV platforms
Export Compliance & Regulatory Framework (2026)
| Regulation | Scope | How We Help |
|---|---|---|
| EU Dual-Use Regulation (EU 2021/821) | Export of dual-use items from EU | Classification against Annex I, export license support |
| 2025 Control List Update (Delegated Regulation (EU) 2025/2003) | New entries incl. quantum computers (4A506) and assemblies with user-configurable FPLDs with an aggregate LUT input count ≥ 1 800 000 (3A502.i); FPGA ICs with more than 700 I/Os or an aggregate transceiver data rate of 500 Gb/s or more (3A001.a.7) | Proactive monitoring and classification |
| Wassenaar Arrangement | Multilateral export controls | Alignment with all categories |
| NATO STANAG | Interoperability standards | Design to STANAG specs (e.g., 4609, 4586, 5066) |
| EU Cyber Resilience Act | Connected defense products sold commercially | CRA-compliant development lifecycle |
| ITAR considerations | US-origin technology restrictions | EU-origin design approach minimizes ITAR entanglement |
Classification & Licensing Support
We assist clients with:
- Dual-use classification (Annex I control entry) for all hardware subsystems
- End-use statement preparation and documentation
- Technology transfer documentation for international programs
- Catch-all clause assessment for emerging technology exports
- Intangible technology transfers — Compliance for electronic transmission of controlled technical data
EU Defense Industrial Programs
Inovasense monitors and aligns with the EU’s growing defense industrial base:
- EDIP (European Defence Industry Programme) — EU funding until the end of 2027 for defense industrial reinforcement, common procurement and European Defence Projects of Common Interest (Regulation (EU) 2025/2643)
- EDIRPA — European Defence Industry Reinforcement through common Procurement Act (Regulation (EU) 2023/2418); ran until 31 December 2025, with common procurement continuing under EDIP
- Permanent Structured Cooperation (PESCO) — Support for PESCO member state projects
- European Defence Fund (EDF) — Collaborative research and capability development
- NATO DIANA — Deep-tech innovation accelerator for dual-use technologies
Why Work With Inovasense on Defense Projects?
- EU-based & sovereign — Projects developed within the EU, ensuring ITAR independence and data sovereignty
- Regulatory navigation — Deep understanding of FPGAs, cryptographic accelerators, and sensor systems under the 2025 dual-use control list
- Single point of contact — We manage the full project lifecycle from concept through MIL-STD-810H environmental testing to production transfer
- Vetted partner network — Access to specialized defense engineering capabilities across the EU without building your own vendor management
- Cross-domain synergies — Defense projects benefit from civilian IoT, embedded security, and Edge AI advances in our partner network
- Flexible engagement — From consulting and architecture reviews to full project management
Applications
- Counter-UAS — Multi-sensor drone detection, tracking, and electronic countermeasure systems
- Unmanned Autonomous Systems (UAS) — UAV avionics, ground robot control, autonomous waypoint navigation
- Secure Communications — PQC-encrypted tactical radios, satellite terminals, network-centric warfare
- ISR (Intelligence, Surveillance, Reconnaissance) — Multi-sensor fusion platforms, persistent surveillance
- Critical Infrastructure Protection — Perimeter security, SCADA/ICS hardening, resilient communications
- Electronic Warfare — SDR platforms, SIGINT, cognitive electronic support, spectrum monitoring
- Border Security — Ground-based sensor networks, maritime domain awareness, mobile surveillance units
Sources & Official References
- Cyber Resilience Act — Regulation (EU) 2024/2847 — EUR-Lex (Official Journal of the EU)
- EU Dual-Use Regulation — Regulation (EU) 2021/821 — EUR-Lex (Official Journal of the EU)
Guides in this area
Frequently Asked Questions
What is dual-use technology?
Dual-use technology refers to hardware and systems that have both civilian and military applications — such as high-end FPGAs, cryptographic accelerators, thermal imaging, and secure communications equipment. In the EU, these technologies are regulated under the Dual-Use Regulation (EU 2021/821) and require export licenses for certain destinations.
What is MIL-STD-810H?
MIL-STD-810H is the US Department of Defense standard for environmental engineering testing. It defines test methods for extreme temperature (-55°C to +125°C), vibration (20g), shock (40g), humidity, sand, dust, salt fog, and altitude. Inovasense manages projects delivering ruggedized electronics that meet MIL-STD-810H requirements for defense and harsh environment deployments.
How does Inovasense handle export compliance for dual-use items?
Inovasense assists with classification against Annex I of the EU Dual-Use Regulation (2021/821), end-use statement preparation, technology transfer documentation, and catch-all clause assessment, in line with the Wassenaar Arrangement. Our EU-origin approach minimizes ITAR entanglement.