How Autonomy is Reshaping Multi-Domain Battlefields

As defense organizations unite capabilities across domains, autonomy is becoming the connective tissue that can turn distributed systems into a resilient and responsive operational advantage for the U.S. Army and the soldiers who depend on it.

Key Takeaways

• Autonomy is evolving beyond a platform capability into a systems-level capability. The next generation of multi-domain operations will depend on autonomous systems that can sense, communicate, coordinate and act across domains.
• Interoperability is essential. Open architectures and modular systems allow new sensors, payloads, software and autonomous behaviors to be integrated without redesigning an entire platform—giving soldiers more adaptable tools in fast-changing environments.
• The human remains central. Effective military autonomy is designed to extend human reach and decision-making, rather than remove personnel from the loop.
• Experience across domains matters. Textron Systems brings expertise spanning air, land, sea, electronic systems, weapon systems and supporting capabilities, providing a foundation for integrating autonomous technologies at the system level.
• The future is already being demonstrated. Recent exercises with U.S. forces have shown autonomous air and surface systems sharing data, coordinating missions and contributing to sensor-to-shooter chains.

The Future of Cross-Domain Operations is Autonomous

The future of multi-domain operations is an interconnected force in which autonomous systems can collaborate across any environment while keeping warfighters and commanders focused on the decisions that matter most.

For years, the U.S. Army and other branches have pursued increasingly capable platforms: aircraft that can stay airborne longer, vehicles that can maneuver through difficult terrain, vessels that can persist at sea and sensors that can identify threats with greater precision. But platform-level performance alone is not enough for an operational environment defined by contested communications, distributed forces, rapidly changing missions and compressed decision timelines.

Autonomy can provide the connective layer—enabling systems to perceive their environment, share information, coordinate behaviors and execute defined tasks with less dependence on continuous human control. When those autonomous capabilities operate across domains, the result can be greater speed, persistence, resilience and operational reach for soldiers.

The Foundation of Successful Autonomous Solutions is Domain Expertise

Textron Systems has decades of autonomous mastery spanning product families across air, land, sea, weapon systems and electronic systems. Its experience continues to shape solutions built for Army missions.

Land Systems

Textron Systems has a history of collaborating with industry leaders to turn its high-performance uncrewed ground vehicles (UGVs) into soldier-informed autonomous solutions. Furthermore, by blending rigorous engineering with continuous soldier feedback, its RIPSAW^® family of ground vehicles, developed with its subsidiary Howe and Howe, Inc., has been shaped for years by real operational feedback and designed to evolve alongside emerging mission demands.

The M1 ground vehicle, Textron Systems' latest autonomous vehicle, continues to advance ground robotic capabilities and create an essential wingman. The M1 takes lessons learned from its siblings—the M3, M5 and A3—and crafts them into a more compact, more affordable version that still has the same effective open architecture and modularity soldiers rely on.

Each iteration of a RIPSAW vehicle enhances performance where it matters most. By incorporating progressive layers of autonomy, each vehicle executes critical tasks independently, even in contested or degraded environments. From the field-proven, high mobility M3, to the fully-submersible, gap-closing A3, Textron Systems shapes its innovation around real-world constraints and pushing past what’s possible in Army ground operations.

Air Systems

In the air, the Aerosonde^® Uncrewed Aircraft System (UAS) has logged more than 750,000 operational flight hours and regularly flies land and sea based missions across the globe. Designed with quick deployment and logistically-constrained environments in mind, the Aerosonde UAS offers runway-independent fixed wing and vertical takeoff and landing (VTOL) configurations. The Aerosonde platform has continually expanded what autonomous UAS can achieve for the warfighter: day-and-night sensing, communications relay, signals intelligence and additional customer‑defined payloads—all coordinated and managed through an open, adaptable mission architecture.

Built on a decade of development and testing, every Aerosonde UAS offering, from full turnkey fee-for-service deployments to customer-owned solutions, ensures Army units can immediately leverage the experience and mission autonomy that defines us.

Weapon Systems

Textron Systems is a leading developer and manufacturer of sophisticated, U.S. policy-compliant top‑attack munitions. Textron Systems will deliver the Damocles™ loitering munition—a lightweight VTOL system designed for semi-autonomous search-and-strike operations—to the U.S. Army for its Low Altitude Stalk and Strike Ordinance (LASSO) program. Textron Systems was one of only four companies selected for a prototype agreement, which will provide a precision‑strike capability featuring a revolutionary GEN2 Explosively Formed Penetrator (EFP).

Electronic Systems

In the electronic warfare space, Textron Systems' approach melds proven engineering with adaptable digital tools designed to evolve alongside mission complexity. Textron Systems integrates advanced electronic software capabilities across a broad spectrum of payloads and system features, ensuring each solution strengthens the awareness, survivability and decision advantage of the service members who depend on them. Operators can train, test and deploy systems that react intelligently to evolving electromagnetic threats.

The A²PATS^® electronic warfare simulators were chosen for a 17-month performance period with the U.S. Air Force to test the Eagle Passive Active Warning Survivability System (EPAWSS) for the F-15 upgrade. Because of Textron Systems' longstanding history with autonomous systems, multiple branches of the U.S. military can work with demonstrated technologies to push their missions forward.

From Autonomous Platforms to Autonomous Teams

A single autonomous aircraft can conduct a mission. A coordinated team of aircraft, ground vehicles, surface vessels, sensors, command-and-control systems and effects can potentially conduct a campaign of activities across a much larger operational area.

Textron Systems' recent demonstrations point toward that model.

In 2026, the Aerosonde UAS and TSUNAMI^® USV displayed coordinated air-and-surface autonomy during the U.S. Navy’s Fleet Experimentation (FLEX) exercise. Also in 2026, the Aerosonde UAS was an integral part of the Taiwanese Army’s first successful Manned-Unmanned Teaming (MUM-T) demonstration.

Both events capture the broader requirement among soldiers: tomorrow’s systems must be able to integrate payloads, software and communications systems to stay relevant in modern mission sets.

What Do Autonomous Multi-Domain Operations Mean for the Warfighter?

For the warfighter, it’s crucial to have speed and capability at the scale that modern missions demand, which could mean:

• Greater persistence: autonomous systems can maintain presence where continuous human operation is impractical.
• Greater reach: distributed platforms can extend sensing and effects across larger areas.
• Faster decisions: machine-to-machine data sharing can reduce delays between detection and action.
• Reduced exposure: autonomous systems can perform selected tasks in dangerous or contested environments.
• More resilient operations: distributed systems can provide alternatives when individual nodes are disrupted.
• Faster technology insertion: open architectures can make it easier to introduce new sensors, payloads and software as requirements change.

A future where autonomous operations are the blueprint rather than a prospect requires mature platforms, trusted autonomy, interoperable command and control and decades of experience integrating complex systems.

Frequently Asked Questions

• Q: What are multi-domain autonomous operations?
  • A: Multi-domain autonomous operations use autonomous or uncrewed systems across multiple operational domains—such as air, land and sea—to share information, coordinate activities and support mission objectives through interoperable command-and-control architectures.
• Q: Why is autonomy important to multi-domain operations?
  • A: Autonomy can help forces operate distributed systems at greater speed and scale. It can support persistent sensing, coordinated behaviors and faster information exchange while reducing the need for continuous hands-on control of every platform.
• Q: How does Textron Systems approach autonomous systems?
  • A: Textron Systems take a systems-level approach that combines autonomous platforms, command and control, open architectures, sensors, electronic systems and mission effects. Its Autonomy at Work™ approach is built on more than decades of uncrewed systems expertise.
• Q: What role does MOSA play in autonomous multi-domain operations?
  • A: A Modular Open Systems Approach (MOSA) helps create flexible interfaces and modular architectures so that new sensors, payloads, software and autonomy technologies can be integrated more rapidly. Textron Systems considers MOSA essential for Army mission adaptability and cross-domain interoperability.
• Q: Does military autonomy eliminate the human operator?
  • A: No. The objective is generally to shift humans toward decisions requiring intent and judgment while autonomous systems handle appropriate tasks such as navigation, sensing, coordination and other mission functions. Textron Systems frames autonomy as a way to extend human capability and create trusted systems for warfighters.
• Q: What is an example of us demonstrating multi-domain autonomy?
  • A: During the U.S. Navy's 2026 Fleet Experimentation demonstration, the Aerosonde UAS and TSUNAMI USV operated together, sharing information through interoperable command-and-control architecture and demonstrating coordinated air-and-surface autonomous operations.
• Q: What makes Textron Systems' approach different?
  • A: Textron Systems' breadth across air, land, sea, electronic systems, weapon systems and supporting capabilities provides a foundation for addressing autonomy as an integrated operational system rather than as an isolated platform technology.