At the GBEF EDGE Security Summit 2026 in San Diego, Blue Lights Digital CEO and Interpol UAS Red Team commander Matt Service delivered a frightening warning. The war in Ukraine has turned the air domain into a weaponized, gamified ecosystem that will not stay on the battlefield, creating a post‑war surge of highly trained drone operators, asymmetric tactics and proxy actors ready to repurpose combat skills for crime and terror.
From Digital Forensics To Full‑Spectrum Red Teaming
Before founding Blue Lights Digital, Service built his reputation as a government and agency liaison through roles at Apple, Fujitsu and Atos SI, as well as assignments within the Defence and Security Executive in Whitehall, now a department within the U.K. Ministry of Defence. His work in Digital Investigation and Intelligence, including on the Mutual Legal Assistance Treaty, further established his standing at the intersection of government, law enforcement and advanced technical operations. He now advises governments, law enforcement agencies, critical infrastructure operators and major enterprises on emerging drone and autonomous systems threats and serves as an Interpol UAS Red Team pilot and commander supporting global testing, operational exercises and capacity building initiatives that shape national and international responses.
His credibility rests on a decade spent in cyber, digital investigation and forensics within live operations, working with tools from Cellebrite, GMD, Magnet Forensics and specialized platforms used across the U.S. and Europe. That investigative work forced his teams to become pilots, proving that “the pilot on the sticks was the person committing the effect, not the drone itself,” a subtle but crucial distinction in attribution and evidentiary standards.
Service’s expertise is operational, not theoretical. He works frequently in Ukraine, where evolving tactics, points‑based targeting and fiber‑optic‑tethered drones have turned the conflict into the world’s test bed for weaponized skies. He has also supported operations in North Africa and South America, experiences that inform his warnings about how battlefield methods migrate into cartel and organized crime ecosystems.
Today, his red team spans first‑person‑view (FPV) racers that approach 200 kilometers per hour, interceptor platforms capable of 400–500 kilometers per hour, long‑loiter fixed‑wing systems, underwater vehicles and surface vessels. At sites like the Mongstad refinery in Norway, his team has flown in driving rain and harsh conditions to pressure‑test multi‑million‑dollar counter‑UAS systems and aviation security architectures, an ethos he carries to U.S. border zones and other high‑risk environments to stress‑test detect‑track‑identify frameworks under realistic hostile conditions.
A Ruthless War Lab
Ukraine, in Service’s view, is the world’s most ruthless laboratory for drone warfare, with technology iterating on a six‑week cycle. Iranian‑origin Shahed drones, also known as Geran, have accelerated from roughly 200 kilometers per hour two years ago to 700 kilometers per hour today, outrunning interceptors and forcing defenders to expend scarce surface‑to‑air and anti‑aircraft missiles. “When you’ve got 200 of these things coming in overnight,” he noted, “you don’t necessarily have 200 missiles,” so every defensive layer is stressed toward failure.
Meanwhile, traditional RF‑emitting drones have migrated to fiber‑optic‑tethered systems with virtually no radio signature. Early reels ran roughly one kilometer, then two to five, then ten; now Ukrainian operators routinely field tether lengths of 30 to 50 kilometers. Those tethers allow multiple drones, six to ten from one ground station, each carrying different munitions and running smart autonomous last‑mile strike profiles using YOLO, “you only look once,” object detection algorithms. Because the tether carries command and control without RF emissions, passive RF sensors, which many Western facilities prefer, see nothing. The only reliable detection is Doppler radar, which appears “really, really hot on systems” and becomes a target itself, so many operators avoid deploying it.
One of Service’s most chilling illustrations involved a hypothetical kill chain from a hotel rooftop to a commercial airliner. An interceptor‑class FPV drone launched from the top of the EDGE summit hotel could reach the nearby airport, roughly 6 kilometers away, in about one minute. “In roundabout 15 to 30 seconds more, the intercept will be through the cockpit of a triple seven,” he said. The time required to detect, track and identify a drone under standard detect‑track‑identify workflows often consumes that entire window, leaving no margin for authorization or engagement.
The Gamification Of War
The most unsettling evolution is not only about speed, tethers or constant tech iterations, but psychology. “Warfare has been gamified,” Service said flatly. Operators fly through goggles in immersive FPV, much like Call of Duty players, except that the kills now involve real human beings.
Both sides in the Ukraine conflict have codified a points‑based scoring system for drone strikes, turning killing and capture into a league table that pilots play to win. A soldier is worth six points. If a soldier surrenders, they are worth sixty points. You get forty points for a tank. You get sixty points for a Multiple Launch Rocket System (MLRS). You get bonus points, maybe 2,000 or 3,000, for a helicopter or other high‑value assets on the battlefield, as long as every strike is recorded for intelligence, surveillance and reconnaissance (ISR). “Points make prizes,” he explained.
FPV pilots submit ISR footage to a central function inside their command and receive a catalog, “a bit like going through Amazon,” where they choose equipment based on accumulated points. For example, 50 points can buy a Vampire, a large quadcopter that carries four 80‑millimeter mortars and is delivered to the unit within seven days. As Service puts it, “Every time you put an FPV in, you get one back,” creating a buffer and reinforcing the game dynamic.
After Ukraine: 250,000 Trained Operators, No Plan
Service’s central concern is not only what happens in Ukraine, but what happens after. He estimates that roughly 250,000 “combatants” have acquired advanced drone warfare skills on the front lines, including FPV piloting, fiber‑optic operations, ISR workflows and points‑based targeting discipline.
When these volunteer fighters and specialists return home, many will re‑enter environments plagued by organized crime, cartels and extremist networks eager to monetize their skills. Service is already “100% aware” of veterans of the Ukrainian battlefield applying their learned methods in North Africa, Southeast Asia and South America on behalf of cartels and criminal syndicates.
In imploring the audience to “Please continue to pay them even after the war,” he invoked the Iraq precedent, where unpaid former security forces turned to paramilitary militias and inflicted more damage on allied troops than the formal Iraqi army did. Without sustained financial, social and political integration of Ukraine’s drone‑trained population, the world risks unleashing a diaspora of operators who view cities, ports, prisons and borders as just another league to win.
Cartels, Prisons And The New Black
Service’s projection is already visible in civilian environments. “What do we think is going to happen with organized crime? What do we think is going to happen with cartels?” he asked, as criminals learn to “take the atrocities of war and then apply it to criminal acts.”
Drones have become the delivery vehicle of choice for contraband. In Georgia alone, hundreds of drone incidents and arrests over a single year delivered drugs, cell phones, firearms and millions of dollars in illicit goods, often flown by people who may not perceive themselves as terrorists but are functionally executing complex, proxy‑based operations. Autonomy Global has detailed these trends in prior coverage of drone threats to corrections facilities.
Service warned that in future asymmetric events, proxy pilots may “not actually realize that they are terrorists,” especially when paid per mission or per successful drop. The gamified mindset, league structure and ISR‑driven catalog of rewards in Ukraine translate seamlessly into cartel ecosystems, where points become cash, contraband, status or protection.
Vigilance And Integrated Governance
Service views Ukraine as a warning bell, not an anomaly. “Anything that goes into Ukraine comes after Ukraine,” he said. We would all be wise to treat today’s ISR catalogs, fiber‑optic tethers, FPV leagues and gamified scoring systems as tomorrow’s threat models for ports, borders, stadiums and prisons.
No single service or agency can surveil “everywhere all the time.” That reality drives his advocacy for integrated civilian, state, local, national and allied partnerships, the same ecosystem that GBEF’s EDGE Security Summit convenes every year. These partners must also align post‑conflict human capital to ensure that drone‑trained veterans have viable livelihoods that do not incentivize them to sell their expertise to cartels or extremist networks.
Toward Safer, Not Silent, Skies
Service does not advocate a retreat from drones or autonomy. He actually envisions a future “where drones are going to be as normal as mobile phones,” ubiquitous across logistics, inspection, emergency response and advanced air mobility.
The challenge, and his core message, is to ensure that this normalization does not rest on unaddressed lessons from Ukraine. That means building counter‑UAS architectures and legal authorities that can handle fiber‑optic, RF‑silent threats, investing in integrated geospatial intelligence (GEOINT) pipelines that move data fast enough to matter, and designing post‑conflict policies that keep 250,000 trained operators inside legitimate economies.
If the global security community fails to act on those lessons before the war ends, the weaponized skies over Europe will not stay there. They will follow Ukrainian veterans home, flow into cartel territories, surround critical infrastructure and hover above stadiums, turning every drone buzz potentially into a question no community is yet fully ready to answer.