Displaying 4 - 6 of 12
| ID# | Organization type | Agency interests | Capabilities offered | Equipment & facilities | Organization area of interest(s) | Other offerings | Partner capabilities sought | Partner type | Partner area of interest(s) | Other partner skills sought |
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| Small Business | Orchestration software for the exchange, transformation, and interpretation of regulated logistical data sets. Our production software is currently utilized by pharmaceutical manufacturers to meet federal regulations for the precise tracing of serialized products moved throughout the United States. |
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We are seeking an academic institutional partner. | Academic research partner |
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| Small Business | We develop explainable AI/ML solution to uncover actionable insights from multimodal data to drive predictive analytics. |
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Mined XAI is a veteran-owned explainable AI company based in Dayton, Ohio, specializing in integrating multi-modal data to uncover insights and build predictive models. Born out of a DARPA program and spun out of the Air Force Research Laboratory, Mined XAI has developed solutions across diverse use cases, including human performance, life sciences, materials science, and manufacturing. We have current and past performance working with DoD and academic partners on contracts and grants. | We are looking to partners with academic institutions interested in topic 2 (round 7) on human performance. | Both academic and industry partners |
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| Small Business | We design and manufacture fixed-wing and VTOL drones optimized for ISR (Intelligence, Surveillance, and Reconnaissance), mapping, and surveying applications. Our platforms integrate high-end payloads, including EO/IR cameras and LiDAR, with advanced GNSS and radio communication systems to ensure reliable performance in challenging environments. With a focus on modularity and ease of use, our drones support customizable configurations for defense, public safety, and commercial operations. |
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Advanced UAV Design & Manufacturing ISR-Optimized Fixed-Wing & VTOL UAVs – Custom-built UAV platforms such as the E400 ISR and E455 Heavy Lift VTOL, designed for defense, intelligence, and research applications. Additive & Composite Manufacturing – Rapid prototyping and production using 3D printing and carbon fiber composites, reducing weight while enhancing durability and endurance. Modular Payload Integration – Support for ISR, LiDAR, multispectral, and specialized sensors (e.g., DragonEye2, Nighthawk 2V (360)), allowing adaptation for research and defense needs. Autonomy & Secure Flight Control – Integration of advanced autopilot systems with secure GNSS-based RTK/PPK navigation for precise, autonomous missions. Testing & Validation Facilities FAA-Compliant Flight Testing – Access to controlled flight testing environments to validate UAV performance, endurance, and payload effectiveness. BVLOS & Long-Endurance Testing – Research on extended-range operations, integrating secure C2 links for real-time mission control. Secure Communications & Data Links – Encrypted radio, satellite, and mesh networking capabilities for secure federal research and defense applications. Software & Data Processing Capabilities Advanced Geospatial & ISR Processing – UAV-captured data processed for high-resolution mapping, ISR analytics, and Enabling automated object detection, terrain analysis, and predictive modeling for defense and disaster response research. Interoperable Mission Planning Software – Integration with DoD and federal mission systems, ensuring compatibility with existing operational frameworks. Research & Development Collaboration Dual-Use Technology Development – UAV systems designed for both defense and commercial applications, aligning with OFRN’s focus on military and industry partnerships. Public-Private Partnerships – Experience collaborating with universities, government agencies, and research institutions on UAV innovation and technology transition. Customized Research Support – Ability to develop and test UAV-based solutions for environmental monitoring, disaster response, and national security applications. Training & Operational Support Federal UAV Pilot Training Programs – Hands-on training for government and military personnel, covering UAV operations, maintenance, and ISR mission execution. Lifecycle Support & Sustainment – Long-term technical support, upgrade pathways, and modular system enhancements for evolving research needs. | A few ideas: Autonomy – Development of AI-driven flight control, sensor fusion, and adaptive mission planning for UAVs and high-speed aircraft. Emphasis on secure, resilient, and real-time autonomous decision-making to enable operations in contested environments and reduce pilot workload. Aerospace Power Management – Next-generation power distribution and energy storage solutions, including high-efficiency battery systems, hybrid-electric propulsion, and adaptive power regulation for long-endurance and high-performance aerospace applications. Materials and Distribution – Advanced composite structures, additive manufacturing techniques, and lightweight, high-strength materials designed to enhance durability, reduce weight, and improve performance under extreme aerospace conditions. Efficient supply chain solutions for rapid production and deployment of mission-critical components. High-Speed Aircraft Thermal Management and Heat Rejection Technology – Innovative cooling systems, phase-change materials, and thermal dissipation strategies to address extreme heat generated in hypersonic and high-Mach environments. Focus on maintaining structural integrity and avionics performance through advanced heat rejection methodologies. | Both academic and industry partners |
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