Building Airspace Awareness for Large-Scale Campus Events
University of Illinois Police Department used SkySafe to monitor and respond to drone activity across major campus events and facilities. The platform helped officers quickly locate operators, reduce unauthorized drone incidents, and improve event security through real-time airspace awareness.
The University of Illinois Police Department (UIPD) oversees one of the most complex public safety environments in higher education. With sold-out football games, nationally recognized marathon events, protected research facilities, a commercial airport, and large public celebrations, the department needed a more effective way to monitor and respond to drone activity across campus.
The Problem
UIPD faced a rapidly growing drone activity problem across campus and during major public events. As attendance increased at football games, basketball games, graduation ceremonies, marathons, and community celebrations, unauthorized drone activity became more frequent and more difficult to manage. Officers relied heavily on visual observation and radio reports to track drones during live events.
Before implementing a drone detection platform, drone response efforts were largely reactive and inefficient. Officers depended on eyewitness reports and visual spotting from command posts, while teams struggled to determine whether a drone was authorized or unauthorized. Operators were often difficult to locate in crowded environments, and drone incursions created potential safety risks over large gatherings. Staff resources were repeatedly diverted away from other security operations as personnel attempted to track and respond to airborne activity with limited visibility and coordination tools.
Lieutenant Laura Tyson described game day operations before deployment as chaotic and highly manual, with personnel trying to visually track drones from windows and observation points while coordinating responses over radio. The issue escalated during a football game when a drone entered the stadium bowl and hovered near a sniper observation post during gameplay. Officers were unable to locate the operator despite deploying 10 to 15 officers to search the surrounding area. That incident became a turning point for the department.
"Everybody in the command post is jumping in, shielding their eyes from a sun. 'I think it's over there, go a little bit to the right.' Was that a bird? So funny, but real. That's how it was."
The Solution
UIPD implemented the SkySafe drone detection platform to establish real-time airspace awareness across campus and major event venues. The department selected a solution capable of covering multiple operational priorities simultaneously, including Memorial Stadium, campus research facilities, high-density student areas, athletic venues, the university airport, and large outdoor event spaces.
Using the platform, UIPD built a structured drone monitoring program focused on real-time drone detection and operator identification. The system enabled command staff to detect drones entering protected areas, monitor flight paths in real time, identify launch locations, locate drone operators during live incidents, and access historical flight data for investigations and reporting purposes.
During the 2024 Kansas football game, the platform detected a drone entering the stadium airspace and hovering above the 50-yard line during gameplay. Officers were directed to the operator, who was located inside a nearby apartment complex several blocks away from the stadium. UIPD was able to track the drone flight in real time, coordinate officers directly to the operator, confirm the drone serial number on scene, and document the operator’s historical flight activity for prosecution support.
UIPD also integrated its existing drone authorization process into operational workflows. The department created a registry system that tracked approved drone operators, verified authorized media and athletics flights, identified department-owned drones, and used color coding to distinguish friendly, approved, and unauthorized aircraft. This allowed officers to quickly determine whether a drone required intervention or was operating legally under approved conditions.
The drone detection program became part of UIPD’s broader command center modernization effort. The department integrated body-worn camera feeds, weather monitoring, real-time communications, AI-assisted operational tools, and encrypted radio communications for sensitive drone response coordination. The platform also enabled staff to receive automated alerts by text and email whenever drones entered designated event zones.
Key Figures and Metrics
55,000
Attendees secured
4–6
Unauthorized drone incursions before SkySafe
0-1
Drone incidents after SkySafe
3,308
drone flights detected in 12 months.
The Benefits
One of the most measurable outcomes was a dramatic reduction in unauthorized drone activity during football games. When the program first launched, UIPD regularly responded to four to six drone incursions per game, often managing multiple incidents simultaneously and repeatedly deploying officers during live events.
After implementing detection technology and publicly communicating enforcement efforts, the department reduced incidents to a single operator intervention during an entire football season. UIPD credits this reduction largely to deterrence and public awareness, as operators became increasingly aware that drone activity around events was being actively monitored.
The platform transformed drone response operations from manual visual searches into coordinated, intelligence-driven enforcement. Instead of searching blindly for operators, officers could now receive precise operator location data, access live flight information, coordinate directly from the command post, and resolve incidents in minutes rather than conducting prolonged searches.
Lieutenant Tyson noted that drone operations, which initially consumed significant command post resources, now require far less time and attention because workflows have become streamlined and efficient. The system also helped UIPD reduce the risk of drones operating over stadium crowds exceeding 55,000 attendees, fireworks events, marathon routes, graduation ceremonies, and critical infrastructure and research facilities.
Beyond event security, the department gained the ability to monitor historical drone activity around sensitive facilities and support partner agencies with investigative requests. The platform provided command staff with real-time visibility into campus airspace and helped transform drone monitoring into a proactive security capability rather than a reactive challenge.
Conclusion
By implementing SkySafe, the University of Illinois Police Department built a scalable airspace awareness program capable of supporting major athletic events, public gatherings, and critical campus infrastructure. The program enabled UIPD to detect and investigate unauthorized drone activity, reduce operational strain on officers, improve event security, deter unsafe drone operations, and establish long-term airspace awareness across campus. Today, the department uses drone detection as a core component of its broader public safety and command center operations strategy.
