Custom wireless video: 10 km UAV video links, AI detection & tracking, disaster monitoring

Reference photo: handheld spectrum analyzer checking band signals. Source: US Marine Corps (public domain, Wikimedia Commons). Not a WENSHING project.

Custom frequency bands

Choose or customize the transmission band for the deployment region, mission and interference environment; avoid crowded bands and plan multi-band backup. Band use follows local regulations.

Reference photo: UAV ground control station monitoring remote video. Source: NASA (public domain, Wikimedia Commons). Not a WENSHING project.

Video transmission up to 10 km

Air-to-ground video reaches up to 10 km in line-of-sight conditions; actual range is verified against antennas, altitude, transmit power and obstructions, and can be extended with relays.

AI image recognition

AI at the camera or ground station detects people, vehicles and boats and labels class and confidence, so operators do not have to watch every frame. Classes are trained and validated per project.

Video target tracking

Once a target is selected it is tracked automatically with position and trail; the track box holds as the view moves or the target turns, and tracking data is sent back with the video.

01

Capture video

UAV, vehicle or fixed cameras capture live video, including visible and thermal sources.

02

On-board AI detection

Video is analyzed at the edge or ground station to detect people, vehicles, boats and drones.

03

Track and send back

Selected targets are tracked; video, labels and coordinates return over the custom-band link.

Reference photo: large landslide burying a coastal highway. Source: USGS (public domain, Wikimedia Commons). Not a WENSHING project.

Landslide & slope monitoring

Cameras on slopes and retaining walls let AI compare frames, detect movement and signs of collapse, and raise an alarm.

Reference photo: river valley after mudflow and debris flow. Source: USGS (public domain, Wikimedia Commons). Not a WENSHING project.

Debris-flow monitoring

Camera points along gullies and streams observe debris flows as they start and move, warning people downstream early.

Reference photo: road flooded after heavy rain. Source: US Fish and Wildlife Service (public domain, Wikimedia Commons). Not a WENSHING project.

River level & flooding

Watch rivers, drains and low-lying areas and read alert levels from staff-gauge images.

Reference photo: aerial view of coastal homes damaged by a hurricane. Source: US Fish and Wildlife Service (public domain, Wikimedia Commons). Not a WENSHING project.

Typhoons & heavy rain

Keep live video coming during storms so staff do not have to go out and check in person.

Reference photo: river bridge damaged by an earthquake. Source: FEMA (public domain, Wikimedia Commons). Not a WENSHING project.

Post-earthquake buildings & bridges

UAVs inspect damaged buildings, bridges and roads and send video straight to the command post.

Reference photo: UAV flying over wildfire smoke. Source: NASA (public domain, Wikimedia Commons). Not a WENSHING project.

Wildfire monitoring

UAVs and high-point cameras watch the fire line and spread direction, with optional thermal sources.

Reference photo: storm waves overtopping a seawall promenade. Source: US Army Corps of Engineers (public domain, Wikimedia Commons). Not a WENSHING project.

Tsunami & coastal tide

Coastal and harbor cameras watch tide and waves and report anomalies immediately.

Reference photo: rockfall on a mountain highway being cleared. Source: US National Park Service (public domain, Wikimedia Commons). Not a WENSHING project.

Road collapse & rockfall

Live video of rockfall and slides on mountain roads supports closure and reopening decisions.

Temporary links for disaster areas

When cables are cut, UAVs, relays and portable ground stations quickly set up a video link.