Mission Darkness™ Drone Handling Solutions provide advanced RF shielding for drone capture, transport, and evidence protection. Our faraday bags, enclosures, and covers block wireless signals to secure seized or recovered drones from remote access, data wipes, and tracking during forensic, military, and law enforcement operations.
Drone Handling Solutions
Offensive Drone Workflow: Strengthening Mission Integrity Through Drone Shielding
Defensive Drone Shielding Workflow: Ensuring Safety, Signal Isolation, Data Preservation, and Evidence Control
END-TO-END DRONE HANDLING WORKFLOW: CAPTURE → TRANSPORT → ANALYZE
When a drone is recovered in the field—whether hostile, abandoned, or part of an investigation—it becomes both a physical object and a digital evidence source. Mission Darkness™ drone-handling solutions secure that asset through every stage of the chain of custody, preventing interference, data loss, or remote activation.
CAPTURE
Immediate Isolation of Signals and Control
The first priority when a drone is seized is to stop it from communicating. Modern drones frequently maintain live links to operators, cloud services, GPS networks, or even automated self-destruct or data-wipe triggers.
RF shielding prevents:
- Remote detonation or activation
- Remote piloting or flight commands
- Live data exfiltration
- Triggered evidence destruction
- GPS or cellular-based tracking
By encapsulating the drone in a purpose-built faraday enclosure or acquisition system, operators shut down all wireless pathways instantly. This ensures the aircraft is neutralized and cannot receive or transmit signals.
TRANSPORT
Shielded Movement to a Secure Facility
Once captured, the drone must be moved safely, often across RF-dense urban areas, contested environments, or long-distance transport routes. Unshielded transport creates risk.
A drone sitting in a truck or case may:
- Re-establish a link with its operator
- Ping a command-and-control server
- Broadcast identifying telemetry
- Attempt a firmware wipe or data purge
- Trigger geofencing or lockout behavior
Mission Darkness TitanRF Faraday Shipping Liners, transport cases, mobile enclosures, and vehicle-ready shielding systems maintain continuous signal isolation throughout transport. This preserves device integrity and prevents adversarial access until the drone reaches a controlled environment.
ANALYZE
Controlled, Forensic-Ready Access
After reaching a lab or field forensics station, teams must access the drone’s interior, ports, and memory without exposing it to the outside RF environment.
This phase often involves:
-
Extracting flight logs and telemetry
-
Recovering video and sensor data
-
Identifying operator information
-
Inspecting payloads and electronics
-
Running digital forensic tools or imaging devices
RF-shielded glove-boxes and enclosures let analysts work hands-on while keeping critical components completely isolated. This prevents automatic wipes, unauthorized updates, or communication attempts while allowing full forensic control.
WHY RF SHIELDING MATTERS
Captured drones are digital threats as much as physical ones. Without RF shielding:
-
Evidence can be erased remotely.
-
Payloads can be triggered.
-
Operators can evade identification.
-
Investigations can be compromised.
-
Flight paths, logs, and intel can be lost permanently.
RF isolation ensures the drone remains silent, safe, and intact from the moment it is captured until the last byte of data is retrieved.