What the filing covers
Detection, classification, and threat-scoring of unmanned aircraft within active airport corridors. I filed this because spotting a drone is only the beginning of assessing it. The work brings detection, classification and threat scoring into active airport corridors. Each task answers a different question about the unmanned aircraft. I focus on the assessment that connects a drone's presence with its significance for aircraft operations.
Why it matters now
A drone's presence and the threat it poses are different questions. Aircraft operations depend on the context in which that presence occurs. A drone in an active corridor needs attention in relation to the aircraft using that space. Detection, classification and threat assessment each contribute to understanding the situation.
A real-world example
Imagine an unmanned aircraft detected within an active airport corridor. The detection establishes that something needs attention. The operation still has to classify what has been detected and assess the threat. Treating those as separate tasks keeps a sighting from becoming the entire assessment.
I focus on the corridor because the drone's presence matters in relation to active aircraft movement. The question is more useful than a simple count of drones near an airport. It asks what the detected aircraft means for the operation taking place in that space.
Consider the people reviewing the situation. They need to distinguish the observation, the classification and the threat score. Each contributes a different part of the assessment. A score then belongs in the operational decision about the situation, alongside the work of understanding what has been detected.
Where it applies
This work applies to airport safety, aviation operations and drone monitoring. The setting is an active aircraft corridor. I treat assessment as a distinct task because detecting a drone does not complete the work of understanding its significance.
For an operator, I would organize the questions in order. What was detected? How is it classified? What threat does it present in this corridor? Those questions keep the assessment tied to the activity being protected.
My related corridor work addresses protected space around particular moving aircraft. Cooperative command authentication addresses trust in an instruction to an enrolled drone. Pilot and controller advisories address how conflict information reaches people handling a flight. Detection and threat scoring provide a separate assessment function within those concerns.
That separation matters in everyday operations. Understanding a threat, communicating it and deciding what to do are connected responsibilities, but each needs its own clear question.
Status
U.S. provisional patent application, filed April 30, 2026; Status: Patent Pending; Sole inventor: Ross D. Blankenship.
Provisional applications establish a priority date; they are not examined.