The US Army is handing out over $4.15 billion to any company able to stop low-cost drone attacks on home soil

Counter-drone systems are groups of technologies designed to protect military installations and critical infrastructure from unmanned aircraft. They identify aerial threats, track where those threats move, and support responses. The Army says the systems must counter cheap drones without relying on one supplier or exhausting expensive military assets.

The equipment includes compact radars, long-range tracking cameras, and command-and-control software. These tools help detect aircraft, follow their movements, and share information across a defense network. Robotic weapon stations and optical rifle sights provide additional response options against incoming drones.

The systems work as a connected set rather than as one device. Open architecture standards are intended to let equipment from different companies connect with existing defense networks. The contracts therefore cover detection, tracking, coordination, and response technologies, allowing military services, federal agencies, and allied partners to obtain commercially available equipment through one framework.

The US Army awarded counter-drone contracts worth $4.15 billion to 10 companies. The awards are part of Domestic Shield, a Department of Defense initiative for strengthening protection against unmanned aircraft. The framework gives multiple suppliers a route to sell commercially available equipment to military and government customers.

Seven companies received $500 million base awards each: Allen Control Systems, Digital Force Technologies, DroneShield, L3Harris WESCAM, Napatree Technology, RADA Technologies, and SRC. Echodyne and PVP Advanced EO Systems each received $250 million. Smart Shooter received $150 million.

The arrangement has a maximum ceiling of $7 billion across all awards. Military services, federal agencies, and allied partners can use the common procurement framework instead of creating separate purchasing arrangements. Officials expect additional awards below the established contract threshold before the end of October 2026, keeping more suppliers eligible as procurement continues.

The Army chose a multi-vendor arrangement to keep competition in the counter-drone market. It also wants to reduce dependence on technologies controlled by individual vendors. That matters because military services, federal agencies, and allied partners may need systems from several suppliers rather than one company’s complete product line.

The framework lets customers obtain commercially available equipment through a shared procurement route. The suppliers offer different capabilities, including radars, cameras, robotic weapon stations, optical sights, and software. Using several companies allows the initiative to cover these varied tasks while maintaining a common purchasing structure.

Open architecture is another reason the Army can use multiple suppliers. The required standards are intended to let different systems connect with existing defense networks. Officials describe this approach as breaking proprietary vendor lock. Further awards are expected before the end of October 2026, so the marketplace can continue expanding.

The companies are providing several kinds of counter-drone equipment because defeating an unmanned aircraft involves more than one task. Some technologies find aerial threats. Others follow their movements, provide visual information, coordinate data, or support a response. The Army’s framework therefore covers a broad set of commercially available systems.

The listed equipment includes robotic weapon stations, optical rifle sights, compact radars, long-range tracking cameras, and command-and-control software. Radars and cameras contribute to detection and tracking. Optical sights and robotic weapon stations support responses. Software helps coordinate information between these different tools.

The equipment must work with existing defense networks and with systems made by other suppliers. That requirement is important because the ten companies are not all providing identical products. Open architecture standards are intended to connect their technologies, allowing military services, federal agencies, and allied partners to combine capabilities through the Domestic Shield framework.

If cheap drones continue damaging military bases and critical infrastructure, the consequences could include physical damage, wounded personnel, destroyed equipment, and major financial losses. The article describes attacks on American facilities and infrastructure across the Middle East, showing that the threat extends beyond a single military site or battlefield.

On March 3, 2026, two Iranian drones struck the US Embassy in Riyadh, causing about $11.5 million in physical damage. Iranian drones also hit a fuel tank and a US Army asset in Kuwait. Attacks against power stations and desalination plants continued after the ceasefire, while attacks in Saudi Arabia left 29 American servicemen wounded.

The Congressional Research Service estimated that 81 American aircraft and drones were destroyed or damaged during the conflict. Potential losses reached $3.3 billion. These events help explain why the Army is seeking affordable counter-drone systems that can address incoming threats without exhausting expensive military assets.

Swarms of inexpensive drones create a difficult defense problem because many low-cost aircraft can be used against valuable military equipment and infrastructure. The article describes Iranian attacks involving swarms of cheap drones and bombs. That combination increases the need for defenses that remain affordable when threats arrive repeatedly or in groups.

The financial mismatch is clear in the conflict described. Iranian attacks damaged military facilities, a fuel tank, power stations, and desalination plants. The Congressional Research Service estimated that 81 American aircraft and drones were destroyed or damaged, with potential losses reaching $3.3 billion. One embassy strike alone caused about $11.5 million in damage.

The Army is responding with a broad counter-drone marketplace. Its stated goal is to find affordable ways to intercept incoming threats without exhausting expensive military assets. The contracts cover detection, tracking, coordination, and response technologies from ten suppliers, rather than relying on one system.

Open architecture is an approach that allows equipment from different companies to connect with existing defense networks. In the Army’s counter-drone framework, it means suppliers must follow standards that support communication and integration. The goal is to make the overall defense network work as a coordinated system.

This matters because the ten companies provide different tools. One may supply a compact radar, another a tracking camera, and another command-and-control software or a robotic weapon station. Connecting these capabilities lets information move between detection, tracking, and response functions instead of leaving each product isolated.

The Army says the standards break proprietary vendor lock and allow new technologies to integrate immediately into existing defense networks. That approach also supports competition and reduces dependence on one supplier. Military services, federal agencies, and allied partners can use equipment from several companies through the common framework as procurement continues.