When XTEND's Scorpio 1000 drone locks onto a hostile UAV, it doesn't wait for a human to approve the intercept. The drone decides on its own: it pursues, it fires a net, it captures the target mid-flight, and the threat is neutralized without an explosion and without debris raining down on whatever sits below. No human pulls a trigger. No operator watches through a targeting reticle making a final call. The machine does it all.
XTEND, an Israeli drone maker headquartered in Tel Aviv, announced a strategic partnership on March 26, 2026 with ParaZero Technologies, a Nasdaq-listed drone safety company, to integrate ParaZero's DefendAir net-launching system onto the Scorpio 1000 platform. The result is a counter-UAV weapon that hunts, captures, and nets hostile drones entirely on its own, according to a joint announcement in GlobeNewswire.
This is the autonomy question made physical. In most counter-drone scenarios, a human operator detects a threat, tracks it, and decides whether and how to engage. The Scorpio 1000 with DefendAir collapses that chain. Detection, tracking, pursuit, capture: the machine handles it, and it handles it fast.
"The integration enables fully autonomous interception of hostile drones, including detection, tracking, and high-speed pursuit, using a kinetic net capture to minimize collateral damage," according to ParaZero's announcement in GlobeNewswire.
Net capture is cleaner than the alternative. Shooting a drone out of the sky works until you think about what happens to the debris. A small consumer UAV taken down over a stadium, a crowd, or a city street produces falling shrapnel that can injure people on the ground. The net-and-capture approach sidesteps that: the hostile drone gets tangled and pulled down intact, with its kinetic energy absorbed by the net rather than converted into dangerous falling objects.
This is not a new idea. Fortem Technologies makes the DroneHunter F700, which has logged over 4,500 successful drone captures according to its website. The market for autonomous and AI-enhanced kinetic counter-drone systems was sized at $600 million in 2025 and is projected to reach between $1.4 billion and $4.1 billion by 2030, according to The World Data. The gap between those two numbers is where every major defense contractor and a clutch of startups are now racing to position themselves.
XTEND brings scale to this equation. Its AI-enabled systems are deployed across more than 30 countries and have been validated in five combat zones, with customers including the U.S. Department of Defense, Singapore, European forces, the United Kingdom, and the Israel Defense Forces as of July 2025, Reuters reported. That customer base and that operational footprint are the reason Eric Trump invested in XTEND's $1.5 billion all-stock merger with JFB Construction Holdings, a Florida-based construction company, announced on February 17, 2026. Unusual Machines, a company on whose advisory board Donald Trump Jr. sits, also invested in the merger. The combined entity plans to list on Nasdaq under the ticker XTND.
The timing of that deal drew scrutiny. Eric Trump invested 11 days before the U.S.-Israeli attack on Iran began on February 28, 2026, according to Snopes. Whether the investment had advance knowledge of military operations or was simply coincidental timing in a defense-tech deal is not something the filings explain. The merger is expected to close in mid-2026.
XTEND CEO Aviv Shapira frames the partnership as part of a broader trajectory toward multi-domain autonomy. "As warfare becomes increasingly complex and multi-domain, the need for agile, scalable solutions that leverage AI-driven autonomy will only grow," Shapira said in the GlobeNewswire announcement.
ParaZero CEO Ariel Alon called XTEND "a leader whose drones are proven in real-world operations," saying the partnership would offer military users "an integrated, autonomous defense solution for safe and effective drone interception in both battlefield and urban environments."
The word "autonomous" does a lot of work in those statements. What it means in practice is that the Scorpio 1000 with DefendAir can identify a drone it has been tasked to neutralize, fly toward it, track its movement, fire a net at the appropriate moment, and capture it, all without a human in the loop making those decisions in real time. That is a specific and significant capability. It is also a specific and significant trust question.
Who decides what counts as a hostile drone? Under what rules of engagement does the machine operate? What happens when the system misidentifies a target? These questions are not answered by a press release, and they are not unique to XTEND. Every autonomous weapons system faces the same gap between what the engineers designed it to do and what the operator actually understands about its decision-making logic.
The Scorpio 1000 platform is described as battle-proven, with high payload capacity and superior maneuverability at speed in complex environments, according to GlobeNewswire. The DefendAir system is the capture mechanism. Together, they represent a counter-drone approach that prefers entanglement to destruction. Whether the operator prefers it that way is a separate question, and one the press release does not ask.
What is worth watching is whether this partnership produces a system that defense buyers actually trust enough to deploy in contested environments where misidentification carries real consequences. XTEND has 10,000 systems deployed across 30 countries. That footprint is an argument that buyers already trust XTEND's autonomous systems. The question is whether net capture on the Scorpio 1000 is a feature that expands that trust or a capability that tests it.
† Consider hedging: 'publicly traded drone safety company' or verify the exchange listing from an independent source before publication.
