AI-Guided Nets: A New Era of Safe and Precise Counter-Drone Technology

KFAR SABA, Israel – July 27, 2026 – The skies above our most sensitive locations are a new frontier for security, and the threats are evolving at a staggering pace. Commercial drones, once a novelty, are now sophisticated tools that, in the wrong hands, pose a significant risk to critical infrastructure. In response, the defense industry is racing to develop countermeasures that are not only effective but also safe for use in complex, often populated, environments. A new partnership between two Israeli tech firms, ParaZero Technologies and Axon Vision, marks a significant leap forward in this high-stakes contest, introducing an integrated system that combines advanced artificial intelligence with a surprisingly simple concept: a net.

ParaZero, an aerospace defense company, and Axon Vision, an AI-powered situational awareness specialist, have announced the integration of their flagship technologies. The new configuration pairs Axon Vision’s ForceField, an Edge AI-powered defense system, with ParaZero’s DefendAir, a net-based physical interception pod. The result is a Counter-Unmanned Aerial System (C-UAS) designed to detect, track, and physically neutralize hostile drones without resorting to explosives or kinetic projectiles, addressing a critical gap in the protection of airports, energy facilities, and other sensitive sites.

A New Paradigm in Drone Defense

The challenge of modern C-UAS is not merely about stopping a drone; it's about how you stop it. Traditional methods like electronic warfare (jamming RF or GPS signals) are increasingly ineffective against newer threats, such as autonomous drones or those guided by fiber-optic cables. On the other hand, kinetic solutions—using bullets or missiles—create a significant risk of collateral damage from fragmentation and falling debris, making them untenable for use over urban areas or critical infrastructure.

The ParaZero-Axon Vision solution offers a third way. The operational cycle begins with ForceField’s passive electro-optical sensors, which scan the airspace without emitting any signals that could betray the defender's position. Once a potential threat is detected, ForceField's Edge AI architecture analyzes the object's characteristics and flight path, determines its threat level, and proposes an engagement—all within seconds. This process keeps a human operator “on-the-loop,” ensuring final control over the response.

When the decision to engage is made, the system activates ParaZero’s DefendAir. Instead of launching a projectile, DefendAir deploys a specially designed net to entangle the target drone, physically incapacitating it and bringing it down in a more controlled manner. This non-explosive, physical capture dramatically reduces the risk to people and property on the ground, making it a far more suitable option for the very environments that need protection most.

“Modern Counter-UAS defense requires detection, decision-making and interception capabilities to operate as one integrated architecture,” said Ariel Alon, CEO of ParaZero Technologies. “The integration with ForceField advances our strategy of establishing DefendAir as the standard for net-based physical interception.”

Synergy in Israeli Defense Tech

The collaboration is a powerful example of the synergy within Israel's high-tech defense ecosystem. Both companies bring distinct, market-proven expertise to the table. ParaZero (Nasdaq: PRZO), founded in 2014, has built its reputation on pioneering drone safety systems, including autonomous parachutes, before expanding into defense applications. Its DefendAir system is already being deployed at scale, with recent follow-on orders from a top-tier Israeli defense unit validating the technology's maturity.

Axon Vision (TASE: AXN), founded in 2017, specializes in transforming raw sensor data into actionable intelligence at the tactical edge. Its AI systems are designed to operate in disconnected environments with minimal latency, a crucial capability in modern warfare. The company has already secured significant contracts, including an order from global defense contractor Leonardo DRS for its AI-driven C-UAS systems, signaling strong traction in the competitive U.S. market.

By combining Axon Vision's advanced AI 'brain' with ParaZero's effective 'brawn', the partnership creates a solution greater than the sum of its parts. This integrated capability was recently validated during a trial campaign in Israel, where the companies successfully demonstrated seamless interoperability between the two systems under operationally representative conditions.

Open Architecture: The Future of Integrated Security

A key aspect of this collaboration is its embrace of a modular, open-architecture philosophy. Rather than creating a closed, monolithic product, the system is designed for flexibility. This trend is reshaping the defense industry, as customers demand solutions that can adapt to new threats and integrate with existing infrastructure.

“ForceField was designed from day one as an open and modular operational architecture, rather than a single product configuration. Different operational environments require different engagement capabilities,” explained Neri Zin, CEO of Axon Vision. “Our collaboration with ParaZero demonstrates how the same ForceField architecture can support complementary interception options while maintaining the same Edge AI core and operational workflow.”

This approach allows customers to tailor their defenses. A military force on the move might utilize ForceField's original kinetic response capability, while a fixed site like an airport would integrate the DefendAir non-explosive option. The underlying AI-driven command and control system remains the same, simplifying training and logistics. This modularity was further demonstrated by Axon Vision's recent integration of its AI with Czech radar systems, proving its ability to fuse data from diverse sensors into a single, coherent picture of the battlespace.

Following the successful trials, the two companies have signed a non-binding Memorandum of Understanding (MOU) to formalize their collaboration. This agreement establishes a framework for continued joint development and the potential commercialization of the combined capability, subject to the execution of definitive documentation. As they move forward, this partnership is poised to set a new standard for how industries and nations protect their most valuable assets from the ever-evolving threat in the sky.