01
Construction monitoring
Tunnel convergence, deformation of cuttings and embankments, and blast vibration.
Tunnel convergence · Settlement · Slope displacement · Piezometer · Blast vibration (PPV) · InSAR displacement map
Roads and logistics
CorridorWatch
Tunnels, slopes and fleets, kept moving through the mountains.
Deformation monitoring during tunnel and road construction, early warning of debris flows, avalanches and rockfall along the route, and automated analysis of the telematics data you already collect.
Operational question
“Is the pass open for tonight’s convoy?”
Constraints we address
- Tunnels and cuttings deform during construction.
- Debris flows, avalanches and rockfall close routes and halt convoys.
- Weather on mountain passes changes faster than schedules.
- Fuel theft and idling erode the fleet budget.
- Perishable cargo degrades at borders and in transit.
Operator view
CorridorWatch: simulationNormal
Tunnel convergence
Ring 214 · Normal
8.5mm
Snow depth on the pass
Station P-1 · Normal
64cm
Fuel alarms today
Fleet · Normal
1
Reefer temperature
Trailer 07 · Normal
3.8°C
Simulated data. Illustrates the IEC 60073 alarm states.
Instrumentation
Modular by design.
02
Route hazards
Critical sections monitored for debris flow, avalanche and rockfall, with meteorology on the passes.
Debris-flow sensor · Snow depth · Rockfall barrier sensor · Time-lapse camera · Weather station
03
Fleet telematics
Integrates with existing trackers such as Wialon or Teltonika. No hardware replacement.
Vehicle trackers · Fuel level sensor · Engine data (CAN)
04
Cargo condition
Temperature, humidity and shock for export cargo; dwell time at borders.
Temperature logger · Humidity · Shock · GPS
CorridorWatch delivery
Four stages. Each one stands alone.
Every stage delivers a defined output. You decide whether to proceed.
Assess
Site inspection or satellite screening. Hazard register, instrumentation plan and budget.
Commercial terms
Fixed price, 2–6 weeks. Credited against the next stage.
- Route hazard assessment from satellite archives and event records
- Monitoring plan for tunnels, cuttings and critical sections
- Review of existing telematics data
Technical specifications.
CorridorWatch · Roads and logistics
- Measured parameters
- Tunnel convergence, Settlement, Slope displacement, Piezometer, Blast vibration (PPV), InSAR displacement map, Debris-flow sensor, Snow depth, Rockfall barrier sensor, Time-lapse camera, Weather station, Vehicle trackers, Fuel level sensor, Engine data (CAN), Temperature logger, Humidity, Shock, GPS
- Telemetry
- LoRaWAN, cellular or satellite, selected at site survey
- Power
- Solar or battery. No mains required at the measurement point
- Reporting interval
- 5–15 min
- Alarm delivery
- Voice call, SMS, Telegram, email. Recipients and escalation set per site
- Forecasting
- Short-term hazard forecasts for convoy and works planning
- Automated fuel theft detection
- Maintenance reminders from engine hours and mileage
- Service
- Alarm monitoring during construction and in winter
- Field maintenance on remote sections
- Weekly monitoring reports
- Outcomes
- Construction risks found while they are still inexpensive to fix
- Fewer unplanned closures; safer convoy timing
- Fuel losses detected and stopped
- Documented cargo condition for buyers
- Applications
- Road, rail and tunnel contractors
- Logistics and trucking companies
- Mining haulage operators
- Terminals and dry ports
Start with a satellite screening of your site.
2–4 weeks. No equipment on site. The result shows where ground instrumentation is justified.