Drone security has two sides: protecting aircraft and data from interference or unauthorized access, and protecting people or sites from unwanted drone activity. This section covers command links, software and firmware security, access control, spoofing and jamming risks, data protection, detection, counter-UAS concepts, and the limits that legal and technical constraints place on defensive measures.
Topic
Drone Security: Cybersecurity, Counter-UAS and System Protection
Latest topic news
ArduPilot proposes receive-buffer guard for XFRobot gimbal messages
ArduPilot PR 35016 adds a proposed bounds check to a gimbal parser that can receive a long sequence of bytes without a valid frame boundary.
Read newsBetaflight proposes bounds checking for u-blox GNSS configuration blocks
Betaflight PR 15940 proposes validating the number of CFG-GNSS blocks received before indexing the corresponding configuration array.
Read newsAirSight expands RF detection analytics and flight replay
AirSight introduced linked detection reports for drone models, individual drones and flights in its AirGuard platform, according to 5 November reporting. The vendor describes exportable flight and pilot-location fields.
Read newsArduPilot seeks bounds checking for Marvelmind beacon packets
ArduPilot PR 35024, opened late 4 November, says the Marvelmind beacon parser could accept datagram lengths larger than its input buffer. The author reports manual fake-UART and SITL tests showing rejection of oversized length headers after the patch.
Read newsArduPilot proposes rejecting replayed authenticated firmware-management commands
ArduPilot PR 35023, opened 4 November, reports that an authenticated secure command could be captured and reused later in the same session because its signed sequence number was not retained by the receiver. The patch adds an ordering window to reject duplicates and stale commands.
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A camera model name should not decide where a ground station writes files
An onboard camera needs a name so that a ground-control application can show its settings. It should not get to choose a directory on the operator's computer.
Read articleA drone's Remote ID signal cannot prove its flight is authorized
A receiver can decode a drone's identifier, position and broadcast status without learning whether that aircraft has permission to fly where it is. That distinction is easy to lose when a single map combines radio detections, planned flights and airspace rules. The symbols may look similar; the evidence behind them is not.
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