By: Dawn Zoldi
When 19,000 fans streamed into Hamilton’s FirstOntario Centre for the 55th Annual JUNO Awards this March, the spectacle everyone noticed was on the stage, but the real success story unfolded behind the scenes. While lights, cameras and production crews focused on the broadcast, a new layer of security watched the low-altitude airspace to ensure that a single careless, or malicious, drone didn’t turn a national celebration into a safety incident. The same philosophy had already been road-tested at one of Southwestern Ontario’s most ambitious live music experiences: Rock the Runway at London International Airport, where more than 25,000 people packed onto an active airfield for a two-night festival. In both cases, RF-cyber counter-drone technology gave police, airport officials and organizers a way to see, understand, and control the drone picture over their events. Importantly, it did so without jamming, kinetic interceptors or collateral disruption.
The New Perimeter Overhead
Drones have democratized access to the air domain. A few hundred dollars and a smartphone are now enough to put a camera, or a payload, above a crowd, a stage, or a runway. That accessibility brings legitimate benefits, from broadcast shots to emergency response. But it also means large public gatherings must now view the airspace itself as part of the threat surface.
The JUNO Awards combined many of the attributes that attract unwanted drone activity: a dense crowd, VIPs and government officials and extensive live media presence in a downtown environment. At Rock the Runway, organizers layered in even more complexity by hosting the festival on an operational airport. There, any interference with communications, navigation systems, or air traffic control could have immediate consequences for aviation safety. Even with public messaging and traditional security in place, multiple drones were detected within 3 km of the venue, including one launched from inside the perimeter. Relying on signage and good behavior is no longer good enough.
RF-Cyber, Not Jamming
Faced with this reality, security teams have grown increasingly skeptical of blunt tools. RF jammers risk degrading mission-critical systems and knocking out the very connectivity first responders and production crews depend on. Kinetic options, from projectiles to nets, introduce safety and liability concerns in crowded spaces, especially over people, stages and aircraft.
RF-cyber takeover systems, like D-Fend Solutions’ EnforceAir system, approach the problem differently. They use advanced RF sensing and protocol-level control to detect, classify and locate active drones and their ground controllers. Critically, when needed, and when allowed by regulations and performed by authorized personnel, they can assume positive control and guide a rogue drone incident to a safe outcome.
At the JUNO Awards, this non-kinetic, non-jamming approach allowed communications and authorized drones to continue operating normally, even as the system continuously monitored and secured the surrounding airspace. “This EnforceAir deployment demonstrates how new generation advanced RF-Cyber technology can seamlessly integrate into existing operations, providing real-time awareness and actionable intelligence without interfering with communications and operations, including authorized drones in the airspace,” explained Zohar Halachmi, Chairman and CEO of D-Fend Solutions.
Inside Hamilton’s Music Night In The Sky
For the 55th Annual JUNO Awards, Hamilton Police incorporated EnforceAir2 directly into their Emergency Operations Centre as part of a joint remotely piloted aircraft system (RPAS) team. The system fed live data into a shared operational picture to give commanders a view of low-altitude air activity over the arena and adjacent public areas as the event unfolded.
Throughout the show, EnforceAir detected, located and identified unauthorized or suspicious drones and differentiated them from authorized aircraft in real time. That discrimination allowed the team to direct resources precisely, avoid unnecessary disruption and maintain continuity for the broadcast, on-site performances and crowd movement inside and outside the venue. The RF-cyber layer effectively became an invisible extension of the perimeter by adding an overhead “dome” of situational awareness to the ground operation.
Rock the Runway: Stress-Testing In An Airport
At Canada’s London International Airport, Rock the Runway gave D-Fend and its partners a different kind of proving ground: an open-air festival on an active airfield surrounded by aviation infrastructure. Jones Entertainment Group, the London Police Service and the London International Airport Authority worked with D-Fend Solutions to deploy EnforceAir2 as the event’s dedicated counter-drone system, fully integrated with both the London Police Service Operations Centre and Air Traffic Control.
Despite thousands of personal devices and a dense RF environment, the system delivered continuous, interference-free coverage. Multiple drones flew in the vicinity of the venue, including one launched from within the event area itself. However, early detection and clear, geolocated alerts allowed security teams to intervene before any disruption occurred.
“Ensuring the safety of the public and the integrity of our airspace is our highest priority,” said Laura Shepherd, Director of Operations at London International Airport, emphasizing the technology proved its value in a complex RF environment without compromising aviation operations. Marketing Director Myriah Kay of Jones Entertainment Group added that the system “gave us peace of mind and allowed our team to focus on delivering a world-class event.”
From One-Off Deployments To SOP
The Rock the Runway experience showed how unauthorized drones will appear even when airspace is complex and controlled. The JUNO Awards demonstrated that advanced RF-cyber counter-drone systems can be woven seamlessly into police and emergency operations centers without disrupting communications or legitimate drone use. Together, these deployments point toward a future in which every major event should have an airspace plan that integrates proven, non-disruptive counter-drone capabilities.
Hamilton and London represent forward-thinking law enforcement adopters of RF-cyber C-UAS technology, in what is rapidly becoming a new best standard operating procedure (SOP) for major-event security. Police services across Ontario are now actively assessing advanced counter-drone capabilities for concerts, sports fixtures and other mass gatherings. A clear mandate to protect people and operations without undermining the communications and infrastructure on which modern events rely drives them.
For operational versatility across a range of use cases and scenarios, EnforceAir’s compact, flexible hardware and integration-ready software allow agencies to deploy it across a wide range of configurations, including tripods, vehicles, rooftops or fixed sites and scale coverage to match everything from a single arena to a distributed festival footprint. Globally, the technology has been used across military, public safety, airport, prison, critical infrastructure and major event environments. This gives stakeholders confidence they are adopting a system tempered by thousands of real-world operations, rather than platitudes on a glossy handout.
As Canada, and other nations, move into a stretch of packed concert calendars, marquee sporting events and high-visibility civic celebrations, Hamilton and London should telegraph that airspace security has become as fundamental as crowd control and cyber hygiene. Cheap off-the-shelf drones can challenge even the most sophisticated ground plans. Law enforcement and event organizers who want to stay ahead of the threat will gravitate toward counter-drone systems that are not only innovative on paper, but as proven, integrated and trusted in front of a live audience, where it arguably counts the most. Those who fail to adapt may very well find themselves outpaced by the threats they are sworn to stop.