One Net OS session, different levels of operational complexity.
Shared browser sessionREC-...
Level 3 / command
Main headquarters
All stations, objects, coordinate solutions, events, video, map, and LRF telemetry.
Full control console for one browser window.
Four-screen situation room: Camera 1, Camera 2, Map, Telemetry.
Shared PTZ, selected object, station, and measurement session.
Level 2 / station
Optical station operator
One camera, local perimeter contacts, PTZ, zoom, visual channels, and range status. No strategic map.
Level 1 / cue
Laser effector operator
A minimal alignment interface: assigned object, angular error, PTZ cue, and external safety interlock state.
Add object by range and azimuth
Enter a slant distance and absolute azimuth from the active station. Altitude MSL is optional;
ground level or a demo UAV height is used when it is omitted. Maximum range is 15 km.
Computed coordinate solution
No object calculated yet.
Slant distancePending
AzimuthPending
ElevationPending
Station terrainPending
Target terrainDEM loading
Object altitude MSLPending
Object height AGLDEM loading
LatitudePending
LongitudePending
Terrain elevation: Copernicus DEM GLO-90 through Open-Meteo Elevation API. Object altitude is derived from station altitude, installation height, range, and elevation angle.
Optical station
Station telemetry and remote-control mode.
StatusONLINE
Latency28 ms
Battery76%
VIS / THRREADY / READY
PTZ / LRFREADY / READY
Position50.39008, 30.53082
RTM rangefinder input
One coordinate frame binds range, azimuth, elevation, station position, installation height,
calibration, signal quality, and timestamp to the same identified object.
Net OS service center
Optical nodes, RTM measurement frame, network transport, and event diagnostics
Active station
P1-052
4 Lysohirska Street, Kyiv 50.3900848, 30.5308242 DEM terrain: 170 m MSL
Coordinate chain
R + α + β
ENU local vector → WGS-84 target. Raw measurement and calculated state remain separate.
track.updateObject center, quality, velocity, residual
target.clearRemove current coordinate solution
Scenario master
Select the shared optical environment. Kyiv and Bremerhaven use azimuth-aligned Street View perspectives; Synth supports the full 4+1 station network. The basic profile is intentionally limited to 10 ground objects + 2 UAVs.
Station azimuth work sector
Limit PTZ commands per optical node. Encoder telemetry remains factual, while every operator, catalogue, drag, tracking, and effector command is constrained to the approved sector.
Lab mode / azimuth windows
Window lock constrains the active station to one or more approved angular corridors. Disable Lab mode to return to the single custom sector above.
Operator environment
Day/night changes the synthetic camera palette. Weather affects visibility only and does not alter factual coordinates.
Demonstrator air scenario
Default: one FPV orbit at 1 km / 100 m AGL / 20 km/h, and one Shahed-type aircraft entering at 14.5 km through the slave-station route at 200 km/h. Every track is terminated at the 15 km boundary.
Optical module parameters
Administrative demo values. Backend and hardware configuration remain authoritative in production.
LRF acquisition
Scientific ToF is calculated as 2R/c: 1 km ≈ 6.67 μs; 15 μs ≈ 2.25 km.
Live module health and raw responses
Update station geoposition
Select a slave node. Current home azimuth and valid LRF range can resolve its new coordinate.
Perimeter station registry
360° recognition scan
READY
A complete scan rotates at 20°/s, reports every physical scene object, and loads the 10 highest-priority tracks into the session FIFO.