Counter‑drone push

Governments and infrastructure operators are adding artificial-intelligence drone detection to airports, energy sites, and public facilities as new security rules and repeated airspace disruptions force faster upgrades. (commission.europa.eu) VSBLTY Groupe Technologies said on April 15 that it is making its multi-sensor counter-drone platform available in Gulf Cooperation Council markets. The company said the system combines radar, radio-frequency detectors, acoustic sensors, and cameras into one threat picture in under five milliseconds. (prnewswire.com) In that announcement, VSBLTY said Gulf states had intercepted more than 3,700 drones and missiles since February 28, 2026, and said 86 percent of regional missile-defense stockpiles were consumed in five weeks. Those figures came from the company’s press release and were presented as the case for shifting money from interceptors toward earlier detection and classification. (prnewswire.com) The European Union is moving in the same direction on the civilian side. The European Commission said on February 11 that its new counter-drone plan will push wider use of artificial-intelligence software and fifth-generation mobile networks to detect drones and coordinate responses across member states. (commission.europa.eu) That push now overlaps with the European Union’s Critical Entities Resilience Directive, which entered into force on January 16, 2023, and had a national transposition deadline of October 17, 2024. The law requires member states to identify critical entities and requires those operators to assess risks, take technical and security measures, and report incidents. (home-affairs.ec.europa.eu) Industry suppliers are tying drone detection directly to those obligations. SkeyDrone, which sells detection systems to airports and infrastructure operators, said countries must identify critical entities by July 2026 and said designated organizations would then have ten months to meet resilience requirements, putting many compliance deadlines into 2027. (skeydrone.aero) The technology itself is a layered alarm system. Radar can spot movement at distance, radio-frequency tools can pick up control links, microphones can hear aircraft signatures, and cameras can help identify what the object is when one sensor alone is uncertain. (prnewswire.com) That matters because each sensor has blind spots. VSBLTY said radar can mistake birds or debris for drones, radio-frequency scanners can miss autonomous or fiber-optic-guided aircraft, and cameras lose effectiveness in darkness, fog, or sandstorms. (prnewswire.com) European aviation regulators are also tracking the problem as traffic rises. The European Union Aviation Safety Agency said Europe handled more than 7.7 million flights in 2024 and recorded no fatal drone accidents, but it said occurrence reporting still shows the need to integrate unmanned aircraft systems safely into wider airspace. (easa.europa.eu) The result is a procurement shift as much as a security one: more money is going to systems that decide whether an object is a drone before anyone decides how to stop it. For airports and other operators facing 2026 and 2027 resilience deadlines, detection is increasingly being treated as part of basic infrastructure protection rather than an optional add-on. (commission.europa.eu)