Dual Tech Taxonomy 1.0
Aerospace
Aerospace (AE04)
Aerospace designs and engineers aircraft, spacecraft, and related systems for commercial transport, national security, and space exploration. This sector blends aerodynamic optimization, propulsion technologies, and advanced materials to achieve lighter, more efficient vehicles capable of traversing Earth’s atmosphere or deep space. Airlines, cargo haulers, and tourism ventures refine operational costs and passenger comfort, while defense applications span air superiority, intelligence gathering, and cutting-edge space missions. As frontiers expand, aerospace remains crucial for global connectivity, scientific discovery, and strategic advantage.
Aero Intelligence (AG14)
Aero Intelligence (AG14) leverages advanced data processing, sensor fusion, and analytics tools to optimize flight operations and unlock deeper insights. By consolidating in-flight telemetry, delivering predictive maintenance cues, and automating post-flight reporting, commercial carriers refine efficiency and cut downtime, while defense forces strengthen situational awareness for critical missions in the air.
Information & Analytics
Advanced Avionics (AV24)
Advanced Avionics (AV24) integrates modular electronics, encrypted communications, and fault-tolerant architectures to elevate aircraft efficiency, safety, and interoperability. By fusing software, hardware, and AI-driven insights, commercial aviation reaps reduced downtime and streamlined upgrades, while defense applications gain resilient and adaptive systems for complex flight operations.
Data & Analytics
Orbital Launch Platforms (OL34)
Orbital Launch Platforms (OL34) propel payloads into space with reusability, automation, and flexible scheduling. From composite fuel tanks to self-landing boosters, commercial operators cut launch costs and expand opportunities for small firms, while defense agencies gain agile and reliable access to orbit, supporting surveillance, communications, or advanced R&D missions.
Space
High-Speed Flight Systems (HF44)
High-Speed Flight Systems (HF44) enable aircraft to traverse supersonic or hypersonic regimes safely and efficiently. Through advanced materials, aerodynamic shaping, and adaptive propulsion control, commercial entities pursue faster travel or cargo delivery, while defense programs leverage enhanced speed and maneuverability for strategic advantages in contested airspace.
Air
Ground Launch Infrastructure (GI54)
Ground Launch Infrastructure (GI54) focuses on constructing and managing the terrestrial facilities needed for rocket launches. By optimizing pad construction, propellant supply, and automated scheduling, commercial space ventures benefit from reduced turnaround and costs, while defense programs rely on robust and secure infrastructure that can adapt quickly to mission demands.
Land
Marine Aviation Systems (MA64)
Marine Aviation Systems (MA64) adapt aircraft and shipboard interfaces for operations in maritime environments, addressing corrosion, limited deck space, and variable sea states. By synchronizing flight deck management, naval avionics, and environmental sensing, commercial maritime ventures improve safety and efficiency, while defense navies enhance carrier readiness, amphibious capabilities, and coastal surveillance.
Sea
