Incoming team reviews overnight drone activity logs and active threat alerts.
Scan radar, RF, and optical feeds — confirm all detection systems are live and clean.
Eyes on screens; a contact appears — hobbyist or threat? Call it in 30 seconds.
Test jamming units and net-capture systems; log any faults before the next shift needs them.
Pull last week's flight-pattern data and map where the next incursion is likely to come from.
Run junior operators through a simulated incursion — detection, decision, neutralization, report.
Rewrite one response protocol after a near-miss exposed a gap in the team's procedure.
Document the morning contact — timeline, sensor data, decision rationale, outcome.
Brief the incoming crew on open contacts, system status, and anything that needs watching tonight.
- Scan radar and sensor screens to spot unauthorized drones nearby.
- Activate jamming or capture systems to bring down rogue drones.
- Decide in seconds whether a drone is a real threat or a false alarm.
- Analyze drone flight patterns to predict where threats might come from.
- Test and maintain counter-drone equipment so it's ready when needed.
- Is this drone a real threat, or just a lost hobbyist?
- Do I neutralize it now, or wait for more information?
- Will jamming this drone create a bigger hazard than the drone itself?
- Is my sensor picking up a genuine target, or is this a false alarm?
- Do I have the legal authority to take action here, or do I need to escalate?
UAS (Unmanned Aircraft Systems) Mission Specialists are highly skilled professionals who plan, coordinate, and execute drone operations across various industries. They combine technical expertise with strategic mission planning to operate sophisticated unmanned aircraft systems for purposes ranging from aerial surveying and agricultural monitoring to search and rescue operations and infrastructure inspection.
Unmanned Aircraft Systems (UAS) Operators, commonly known as drone pilots, are skilled professionals who operate remotely piloted aircraft for various applications including aerial photography, surveying, inspection, delivery, and defense operations. This rapidly growing field combines technical expertise, situational awareness, and adherence to aviation regulations.
UAS Systems Engineers design, develop, test, and maintain Unmanned Aircraft Systems (drones and unmanned aerial vehicles). This role combines aerospace engineering, software development, and systems integration to create innovative solutions for commercial, military, and research applications, working at the intersection of hardware and software to ensure unmanned aircraft systems operate safely, efficiently, and reliably.
