Defense videos highlight counter‑drone demand

Counter-drone tech is having a very real moment. Not in the abstract, and not just in think-tank slides. This week ASELSAN showed off a fresh batch of drone-defense systems at SAHA 2026 in Istanbul, while the Ukraine war keeps demonstrating why armies suddenly want layered defenses instead of one magic bullet. The gap is simple — cheap drones now threaten expensive vehicles, bases, and cities. The news is that defense firms are responding with stacked systems built from sensors, software, jammers, guns, and increasingly autonomy. (aa.com.tr) ### What did ASELSAN actually unveil? ASELSAN said it introduced six new electronic-warfare and counter-UAV systems at SAHA 2026 to strengthen Türkiye’s “Steel Dome” air-defense architecture. The lineup included high-power laser systems, autonomous mid-air interceptors, anti-swarm tools, and o(aa.com.tr)t, classify, track, disrupt, and only then kill if needed. (aa.com.tr) ### Why isn’t one interceptor enough? Because the threat is messy. A small quadcopter near a base, an FPV drone skimming terrain, and a larger one-way attack drone all behave differently. Some can be jammed. Some can switch guidance modes. Some are cheap enough that firing a pricey missile at (aa.com.tr)eptor drones. (aa.com.tr) ### Why does Ukraine keep coming up? Because Ukraine is where this problem is being stress-tested at scale. Engineers there are pushing drones toward more onboard autonomy so they can keep flying when links get degraded or jammed. IEEE Spectrum’s recent reporting makes the big point clearly — (aa.com.tr)hat makes pure radio jamming less decisive than it looked a year or two ago. (spectrum.ieee.org) ### What does “invisible threat” really mean here? Usually it means the dangerous part is not the airframe. It’s the sensing, navigation, and control stack. A small drone can be hard to see on radar, hard to hear until it is close, and cheap enough to launch in numbers. The real threat is the network behind it — cameras, edge compute, waypointing, terrain following, and operators o(spectrum.ieee.org)ustic sensors, RF detection, electro-optics, and command software into one picture. (aa.com.tr) ### Why is this interesting beyond defense primes? Because the enabling skills look a lot like mainstream applied tech. Computer vision. Embedded systems. Edge AI. Secure communications. Sensor fusion. Autonomy stacks. That overlap is why defense tech keeps attracting software and robotics talent that might otherwise build warehouse robots or (aa.com.tr)mands that are much harsher than normal enterprise software. (spectrum.ieee.org) ### Is this mostly about software now? Not exactly — but software is becoming the glue. A jammer without good detection is wasteful. A gun without tracking struggles against small fast targets. A laser without stable cueing is just expensive theater. The value is in tying sensors and effectors together so the system chooses the cheapest effective response. That is why these launche(spectrum.ieee.org)(aa.com.tr) ### What’s the catch? The catch is adaptation. Every countermeasure teaches drone makers what to route around next. Ukraine has shown that this cycle can compress from years to months or even weeks. So demand is rising, but the winners will be the companies that can update quickly, integrate broadly, and survive the policy constraints that come with dual-use and military sales. (spectrum.ieee.org) ### Bottom line This story is really about a shift in defense buying. Militaries are no longer shopping for a single anti-drone gadget. They are shopping for a layered compute-and-sensor stack that happens to include weapons at the edge. ASELSAN’s SAHA 2026 launch is one snapshot of that shift — and Ukraine is the reason it no longer looks niche. (aa.com.tr)drone-electronic-warfare-systems-at-saha-2026/3929185))