| Unmanned Surface Vehicles (USVs) | USV · FIELDED |
| └─ | Autonomous maritime systems for mine countermeasures, ISR, and logistics operations. Integrated with L3Harris' C4ISR stack for distributed, contested environment operations. Growth area aligned to mine countermeasures, ISR, and logistics missions. L3Harris' integration pedigree cited as advantage versus platform-centric competition. Persistent portfolio pillar per company and analyst materials. L3Harris' integration pedigree cited as advantage versus platform-centric competition. Growth aligned to mine countermeasures, ISR, and logistics missions. Specific product SKUs are proprietary and change over time; value proposition emphasizes systems integration, autonomy software, and mission C2 rather than platform hardware alone. |
| Advanced Avionics Systems | Sensor · FIELDED |
| └─ | Integrated avionics enhancing situational awareness and survivability for defense platforms. Underpin autonomy and advanced pilot-assist functions in software-defined cockpits. Serves both defense and select commercial platforms. Increasingly deployed in software-defined cockpit architectures. Enhances situational awareness and survivability; underpins autonomy and advanced pilot-assist functions. Integrated avionics enhance situational awareness and survivability for defense and select commercial platforms. Underpin autonomy and advanced pilot-assist functions in software-defined cockpit architectures. No quantitative specifications disclosed in available public sources. |
| Manned-Unmanned Teaming (MUM-T) Integration | Software · FIELDED |
| └─ | Systems integration enabling coordinated operations between manned and unmanned platforms through interoperable C4ISR and mission software for multi-domain operations. Cited as a key strength in L3Harris' SWOT analysis. Training and simulation environments used to rehearse MUM-T tactics and reduce operational risk. Aligned to U.S. DoD JADC2 and allied multi-domain operations concepts. Training and simulation environments used to rehearse MUM-T tactics and reduce operational risk. Aligned to U.S. DoD JADC2 and allied multi-domain operations concepts. Cited as a key strength in L3Harris' SWOT analysis. Customers include U.S. Air Force, U.S. Marine Corps, U.S. Navy, and allied forces. |
| Autonomous Underwater Vehicles (AUVs) | UUV · FIELDED |
| └─ | Autonomous maritime systems for mine countermeasures, ISR, and logistics operations in contested environments. Part of L3Harris' portfolio emphasizing systems integration and autonomy software. Persistent portfolio pillar per company and analyst materials. Specific product SKUs are proprietary and change over time. L3Harris' value proposition emphasizes systems integration, autonomy software, and mission C2 rather than platform hardware alone. Part of L3Harris' persistent autonomy portfolio for mine countermeasures, ISR, and logistics in contested environments. Specific product SKUs are proprietary and change over time. Value proposition emphasizes systems integration, autonomy software, and mission C2 rather than platform hardware alone. No quantitative specifications disclosed in available public sources. |
| Electronic Warfare (EW) Systems | Sensor · FIELDED |
| └─ | EW capabilities integrated with C4ISR stack to support autonomous operations in contested environments. Part of L3Harris' multi-domain integration approach. EW capabilities are a core differentiator for L3Harris as a scaled integrator. Cyber and EW resilience of autonomous systems is identified as an ongoing risk and assurance challenge. EW-contested C2 scenarios are specifically addressed in training/simulation environments. EW capabilities are a core differentiator for L3Harris as a scaled integrator. Cyber and EW resilience of autonomous systems is identified as an ongoing risk and assurance challenge. EW-contested C2 scenarios are specifically addressed in training/simulation environments. Integrated with C4ISR stack to support autonomous operations in contested environments. |
| C4ISR Integration Platform | Software · FIELDED |
| └─ | Integrated C4ISR capabilities enabling seamless data flow and faster decision-making across distributed networks. Supports autonomous operations, multi-vehicle swarms, manned-unmanned teaming, and coalition operations. Central to L3Harris' competitive differentiation as an end-to-end integrator. Combines sensors, EW, comms, cyber, and mission software to orchestrate unmanned assets within broader kill webs. Aligned to DoD JADC2 and allied MDO concepts. Emphasizes open architectures and interoperability for heterogeneous, coalition, and mixed-vendor fleets. Central to L3Harris' competitive differentiation as an end-to-end integrator. Combines sensors, EW, comms, cyber, and mission software to orchestrate unmanned assets within broader kill webs. Emphasizes open architectures and interoperability for heterogeneous, coalition, and mixed-vendor fleets. Aligned to DoD JADC2 and allied MDO concepts. Supports multi-vehicle autonomous swarms, MUM-T, and joint/coalition operations. Customers include U.S. Air Force, U.S. Marine Corps, U.S. Navy, DoD, and allied nations. |
| Training and Simulation Environments | Software · FIELDED |
| └─ | Immersive, adaptive simulation and training environments for air and defense personnel. Used to reduce cost and risk of live exercises and increase readiness for autonomy-enabled operations including multi-vehicle coordination and EW-contested C2. Adopted across U.S. Air Force, U.S. Marine Corps, U.S. Navy, and allied forces. Increasingly critical given complexity of autonomy-enabled CONOPS and rapid system iteration cycles. Supports rehearsal of autonomy-driven tactics, MUM-T, and EW-contested C2 scenarios. Cited as a competitive strength that augments adoption of autonomy by reducing operational risk and accelerating concept maturation. Increasingly critical given complexity of autonomy-enabled CONOPS and rapid system iteration cycles. Supports rehearsal of autonomy-driven tactics, MUM-T, and EW-contested C2 scenarios. Adopted across U.S. Air Force, U.S. Marine Corps, U.S. Navy, and allied forces. Cited as a competitive strength that augments adoption of autonomy by reducing operational risk and accelerating concept maturation. Used to reduce cost and risk of live exercises. |
| Unmanned Aerial Systems (UAS) Missionization | UAV · FIELDED |
| └─ | Air platform missionization and command & control capabilities for autonomous operations. Emphasizes systems integration, autonomy software, and mission C2 rather than platform hardware alone. Part of L3Harris' persistent autonomy portfolio. Value proposition centers on systems integration, autonomy software, and mission C2 rather than platform hardware. Supports distributed, contested environment operations aligned to JADC2 and MDO requirements. Value proposition centers on systems integration, autonomy software, and mission C2 rather than platform hardware. Supports distributed, contested environment operations aligned to JADC2 and MDO requirements. Part of L3Harris' persistent autonomy portfolio. Specific product SKUs are proprietary and change over time. |
| Autonomy Command and Control (C2) Software | Software · FIELDED |
| └─ | Mission-level command and control software for autonomous systems orchestration, supporting multi-vehicle coordination, manned-unmanned teaming (MUM-T), and joint/coalition operations in contested environments. Identified as a growth area aligned to JADC2 and multi-domain operations. Supports multi-vehicle autonomous swarms, MUM-T, and joint/coalition operations. Interoperability and open architectures are key design principles enabling heterogeneous systems to function as a unified whole. Identified as a growth area aligned to JADC2 and multi-domain operations. Supports multi-vehicle autonomous swarms, MUM-T, and joint/coalition operations. Interoperability and open architectures are key design principles enabling heterogeneous systems to function as a unified whole. Customers include U.S. Air Force, U.S. Marine Corps, U.S. Navy, DoD, and allied nations. |
| Tactical Communications and Networking Systems | Software · FIELDED |
| └─ | Secure, resilient tactical radios and networking for command, control, and data backhaul of robotic systems in contested environments. Features proprietary waveforms and ruggedized designs for EW/anti-jam requirements. Essential layer for robotic systems' command, control, and data backhaul. Proprietary waveforms and ruggedized designs address EW and anti-jam requirements of modern contested operations. Customers include U.S. Air Force, U.S. Marine Corps, U.S. Navy, DoD, and allied nations. Central to JADC2 and multi-domain operations interoperability requirements. Essential layer for robotic systems' command, control, and data backhaul. Proprietary waveforms and ruggedized designs address EW and anti-jam requirements of modern contested operations. Customers include U.S. Air Force, U.S. Marine Corps, U.S. Navy, DoD, and allied nations. Central to JADC2 and multi-domain operations interoperability requirements. No quantitative specifications disclosed in available public sources. |
| Unmanned Aerial System (UAS) Missionization and Command & Control | Software · FIELDED |
| └─ | Command and control software and missionization capabilities for air platforms. Emphasizes systems integration and autonomy software for distributed, contested environments. Overlaps with UAS Missionization and Autonomy C2 Software entries; reflects L3Harris' integrated approach combining missionization hardware/software with command and control capabilities for air platforms. Persistent portfolio pillar per company and analyst materials. Overlaps with UAS Missionization and Autonomy C2 Software entries; reflects L3Harris' integrated approach combining missionization hardware/software with command and control capabilities for air platforms. Persistent portfolio pillar per company and analyst materials. Emphasizes systems integration and autonomy software for distributed, contested environments. |
