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Operational Solutions

Choose the operation you need to control. Each solution connects the right tracker, sensor and dashboard report to a real business problem—fuel loss, unverified work, unsafe loading, cargo risk, downtime or weak accountability.

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Smart Farming & Land Prep

Agricultural Machinery Telemetry

Agricultural tractor actively ploughing a measured area of farmland with installed telematics devicesMobile solution image with device markers matching the legend
GPS Tracker or MDVR with DAS/ADAS Fuel Level Sensor Angle Sensor
FITTED TOTractor, fuel tank and working implement MONITORSArea ploughed • fuel use • engine and PTO activity RESULTProve field work and cost per hectare
Quick Highlights
  • Accuracy: 99.5% Capacitive Fuel Precision
  • Protocol: BLE 5.2 / GLONASS Telematics Hub
  • Rating: IP67 Ruggedized & Dustproof Enclosure
  • Coverage: Off-Grid Store-and-Forward Telemetry
  • Telemetry: Real-time Engine RPM & PTO Load Logs
  • Geofencing: Automated Sub-Field Boundary Audits
More Details
Tractor & Implement Monitoring

The Problem

Farm owners may know how much fuel was purchased but still be unable to prove what that fuel produced. Paper logs cannot reliably confirm hectares ploughed, field boundaries, actual working time, excessive idling or unauthorised off-field use—leaving productivity and fuel loss open to guesswork.

Solution

We pair GPS tracking with precision fuel and implement-activity sensing. Field maps, geofences and automated reports show the area worked, where the tractor operated, how long it worked and how much fuel the operation consumed—giving the owner an auditable fuel-per-hectare record.

Business outcomeVerify paid work, identify idle or unauthorised activity and compare fuel use across fields, drivers and machines.
Hardware Architecture & Interfaces
  • IP67 Telematics Hub: Integrates a high-performance GLONASS/GPS receiver and Bluetooth 5.2 antenna array.
  • Fuel Monitoring: High-precision wireless capacitive fuel level probe with 99.5% accuracy resolution.
  • Implement Tracking: BLE movement sensors mounted directly to implements (ploughs, harrows) to distinguish transit travel from physical field till work.
Monitored Parameters & Software Features
  • Ignition & Rpm Logs: Distinguishes actual operating pressure from idle loops.
  • Hectares Ploughed: Calculated via geo-fenced path width overlay processing.
  • Continuous Anti-Siphon Triggers: Instant notification algorithms map sharp drops in fuel levels whether ignition is on or off.

Combine Harvest Tracking

Yield Logistics & Cost Control

Combine harvester cutting grain with installed yield, tracking, fuel and rotation sensorsMobile solution image with device markers matching the legend
Level Sensor for Products GPS Tracker or MDVR with DAS/ADAS Fuel Level Sensor Angle Sensor
FITTED TOCombine, grain hopper and discharge auger MONITORSHarvest cycles • hopper level • fuel per tonne RESULTCalculate true productivity per field
Quick Highlights
  • CAN Interface: J1939 Heavy Machinery Protocol
  • Sensor Type: Inductive Proximity Auger Detection
  • Tank Sensor: Multi-Point Ultrasonic Grain Hopper Mapping
  • Yield Ratio: Liters Consumed per Metric Ton
  • Validation: GPS-Tagged Silo Offloading Events
  • Speed Guard: Threshing Drum RPM Deviation Alerts
More Details
Threshing & Discharge Telemetry

The Problem

A combine can be moving while management still lacks the information that matters: what area was harvested, how much crop was collected, when discharge occurred and what fuel was consumed. Without matching those records, the true cost per tonne and profit per hectare remain unclear.

Solution

We combine location, mileage and fuel consumption with hopper level, discharge activity and mapped field-yield monitoring. The dashboard ties each harvest cycle to its field, time, output and fuel cost, creating a dependable productivity record instead of a movement-only report.

Business outcomeCompare fields and machines using cost per tonne, yield per hectare and fuel consumed for each completed harvest operation.
Hardware Architecture & Interfaces
  • CAN-bus Gateway: Parses J1939 protocols to pull real-time threshing drum RPM and current engine load values.
  • Auger Status Sensor: Contactless inductive proximity switch registers every engaged discharge cycle.
  • Grain Tank Monitor: Multi-point ultrasonic height sensor maps hopper volume changes in real-time.
Monitored Parameters & Software Features
  • Active Work Windows: Filters out simple transport states from actual harvesting hours.
  • Auger Discharge Events: Logs GPS coordinates and timestamps of every single crop offloading event.
  • Fuel Yield Ratio: Generates immediate metrics detailing fuel consumed per clean metric ton.

Goods Transport Systems

Wireless Axle Load Monitoring

Heavy goods truck with installed GPS, road camera, fuel and axle-load monitoring devicesMobile solution image with device markers matching the legend
GPS Tracker or MDVR with DAS/ADAS DAS & ADAS Camera or Normal MDVR Camera Fuel Level Sensor Axle Load Sensor
FITTED TOTruck, fuel tank and petrol points MONITORSLocation • axle weight • fuel • driver events RESULTPrevent overload and verify every paid load
Quick Highlights
  • System: Wireless Axle Load Monitoring
  • Load Tech: Wireless Air-Suspension Pressure Sensors
  • Alert System: Real-Time Axle Overload & Imbalance
  • Compliance: East African Weighbridge Scale Ready
  • Driver Display: Live In-Cab Axle Load Readings
  • Connectivity: Bluetooth 5.0 Long Range
More Details · Axle Load
Axle Load Monitoring

The Problem

Protect profitability from the weighbridge to the warehouse. A truck can be within an estimated total weight while one axle remains dangerously overloaded. Without live axle distribution, operators face weighbridge fines, tyre and suspension damage, poor handling, unsafe loading and lost revenue from unrecorded tonnage.

Solution

For compatible suspension systems, compact wireless sensors measure load response at each axle and send the readings to an in-cab unit, driver display and telematics dashboard. Loading crews can see gross load and axle-by-axle distribution, then reduce or redistribute cargo before departure or before the truck reaches a weighbridge.

Business outcomeReduce overload exposure, protect tyres and suspension, improve road safety and verify the tonnage being transported and billed.
Hardware Architecture & Interfaces
  • Wireless Axle Sensors: Pressure-sensor modules read each axle's pneumatic suspension circuit after vehicle-specific calibration.
  • Central Control Unit: Receives axle readings over Bluetooth 5.0 Long Range and forwards them to the driver display, GPS terminal or fleet platform.
  • Cable-Free Installation: Compact wireless axle modules reduce installation time across a truck and semitrailer combination.
Monitored Parameters & Software Features
  • Live Axle Load: Shows the current load carried by each monitored axle during loading and transport.
  • Load Distribution: Identifies front-to-rear imbalance so the cargo can be repositioned before departure.
  • Overload Prevention: Gives drivers and dispatchers early warning to reduce fines, safety risk and avoidable tyre or suspension wear.

Remote Drilling Rigs

Auxiliary Engine Control & Rpm

Truck-mounted drilling rig with installed camera, GPS, fuel, angle and tyre sensorsMobile solution image with device markers matching the legend
MDVR Camera GPS Tracker or MDVR Fuel Level Sensor Angle Level Sensor Tyre Pressure Sensor
FITTED TORig vehicle, fuel tank and working assembly MONITORSRemote location • fuel • drill position • work time RESULTControl off-grid operations from one dashboard
Quick Highlights
  • Coverage: Dual Cellular / Iridium Satellite Link
  • Telemetry: Dual Fuel Probes & Vibrometer
  • Isolation: Propulsion vs Auxiliary Rig Draw
  • Environment: Extreme Temp & Vibration Proof
  • Anti-Theft: Static Fuel Siphon Alerts
  • Work Metrics: Drilling Operating Hours vs Idle
More Details
Auxiliary Fuel Engine Diagnostics

The Problem

Remote drilling teams often manage high-value assets with delayed phone updates and handwritten reports. That makes it difficult to verify drill position, engine hours, fuel use, idle time and whether work happened at the assigned point—turning cost control and maintenance into a late reaction.

Solution

Our rugged remote-operations package combines GPS, fuel and working-state sensors to create a digital operating record for each rig. Managers can verify the drill location, distinguish productive activity from idling, compare fuel with engine hours and receive exception alerts without waiting for the asset to return to base.

Business outcomeControl remote fuel and labour costs, prove work at the correct drilling point and plan support visits using actual operating data.
Hardware Architecture & Interfaces
  • Dual Probe Configuration: Multi-channel capacitive fuel probes linked to monitor both vehicle and rig-engine fuel usage.
  • Satellite Hybrid Tracker: Uses satellite communication networks to ensure continuous tracking even when drilling outside cellular coverage.
Monitored Parameters & Software Features
  • Rig Idle Time: Distinguishes actual high-speed drilling from unnecessary auxiliary engine idling.
  • Dual-Tank Balancing: Monitors fuel transfers between delivery systems and auxiliary storage tanks.
  • Hourly Consumption Curve: Flags fuel use spikes that do not match current engine load telemetry.

Cold Chain Refrigeration

Continuous Temperature Telematics

Refrigerated truck with installed tracking, fuel, axle-load, temperature and humidity sensorsMobile solution image with device markers matching the legend
GPS Tracker or MDVR with DAS/ADAS Fuel Level Sensor Axle Load Sensor Wireless BLE Temperature Sensor Humidity Sensor
FITTED TORefrigerated cargo zone, doors and vehicle MONITORSTemperature • door events • route • cooling exceptions RESULTProtect cargo and prove cold-chain integrity
Quick Highlights
  • Probes: BLE EN12830 Temperature Probes
  • Monitoring: Multi-Zone Temp, Humidity & Door State
  • Compliance: Automated GDP Audit Log Generation
  • Alerts: Thermal Drift & Door Open Duration
  • History: Continuous Exportable PDF/CSV Logs
More Details
Temperature / Humidity Monitoring

The Problem

Cold-chain losses rarely begin at delivery; they begin when a temperature deviation, cooling failure or prolonged door opening goes unnoticed in transit. A single delayed alert can lead to spoiled cargo, rejected loads, compliance disputes and damage to the transporter’s reputation.

Solution

We create an unbroken digital record from origin to destination using GPS, live temperature sensors and door activity. Operators receive alerts as soon as readings leave the approved range, see how long the exception lasted and retain journey temperature logs for customers, audits and claims.

Business outcomeIntervene before cargo is lost, prove cold-chain conditions and resolve customer or compliance questions with time-stamped evidence.
Hardware Architecture & Interfaces
  • Industrial Reefer Controller: Interfaces directly with major cooling systems (Thermo King, Carrier) to read internal diagnostic logs.
  • Wireless BLE Temp Probes: High-precision, EN12830-compliant Bluetooth temperature and humidity sensors.
  • Door Status Switch: Magnetic contact sensors monitor trailer door openings to track temperature stability.
Monitored Parameters & Software Features
  • Real-time Temp Logs: Triggers alerts the moment interior temperatures drift outside pre-set safety limits.
  • Door Activity Tracking: Correlates temperature spikes with cargo door opening and closing events.
  • Compliance Reporting: Automatically generates temperature audit reports to verify cold chain integrity upon delivery.

Civil & Road Construction

Heavy Equipment Machinery Audits

Motor grader with installed GPS, fuel, axle-rotation and blade-angle sensorsMobile solution image with device markers matching the legend
GPS Tracker or MDVR Fuel Level Sensor Angle Sensor
FITTED TOAxle, grader blade and fuel tank MONITORSAxle rotation • blade angle • graded distance • fuel RESULTSeparate active grading from travel and idling
Quick Highlights
  • Sensor: Wireless Axle Rotational Sensor
  • Metrics: Active Grading vs Transit Distance
  • Accuracy: Precise Roadwork Km Accounting
  • Diagnostics: Engine Duty Cycle & Wear Tracking
More Details
Motor Grader Blade Verification

The Problem

In road construction, engine hours alone cannot prove that grading took place. Managers need to know when the blade was working, when the machine only travelled, how far the assigned section was graded and whether fuel disappeared while the asset was idle or inactive.

Solution

Wireless tilt/angle, axle-rotation and fuel sensors verify blade position, wheel or axle movement, actual work time, distance graded and fuel consumed. GPS and geofenced reports then separate productive grading from transit and idling, with no dependence on manual operator logs.

Business outcomeProve billable work, compare fuel with distance graded and identify machines or shifts losing time to idling or unauthorised activity.
Hardware & Movement Monitoring
  • Wireless Axle Rotational Sensor: Records axle revolutions and movement to calculate travel distance. Combined with blade tilt/angle data, it helps distinguish active grading from ordinary transit.
  • Work Mode Logs: Correlates axle rotation, blade position, GPS speed and fuel use so productive grading is reported separately from travel and idling.
Concrete mixer truck with installed GPS, fuel and drum-rotation monitoring devicesMobile solution image with device markers matching the legend
GPS Tracker or MDVR Fuel Level Sensor Rotational Sensor
FITTED TOMixer drum drive, fuel tank and vehicle MONITORSDrum direction • mixing time • fuel • pour location RESULTTimestamp every mix and concrete pour
Quick Highlights
  • Rotation: Dual Proximity Directional Sensors
  • Tracking: Exact Pour Site Timestamping
  • Quality: Slump & Mix Time Protection
  • Audit: Water Addition & Drum Speed Logs
More Details
Concrete Mixer Drums

The Problem

The arrival-versus-pour blind spot. GPS can show that a mixer reached site, but it cannot by itself prove whether the drum was mixing, when rotation changed for discharge or the exact time the pour began. Manual logs are often delayed or incomplete, weakening scheduling, billing and concrete-quality records.

Solution

We pair a wireless fuel sensor with a rotational sensor positioned at the mixer drum or drive assembly. The system records fuel used, drum rotation, direction, active mixing time and discharge activity, then links every cycle to its GPS location and timestamp—without driver input.

Business outcomeVerify that concrete arrived, mixed and discharged within the required window, while preserving proof for scheduling, customer billing and quality review.
Hardware & Rotation Monitoring
  • Fuel & Rotational Sensors: Fuel consumption and non-contact drum rotation are recorded together to distinguish mixing, travel and pouring.
  • Pour Timestamping: Automatically logs the exact time and location when concrete is discharged at the job site.
Dump truck with installed GPS, fuel, axle-load and dump-angle sensorsMobile solution image with device markers matching the legend
GPS Tracker or MDVR Fuel Level Sensor Axle Load Sensor Tilt & Angle Sensor
FITTED TODump bed, fuel tank and axles MONITORSBed tilt • load • detects fuel misuse • offload time and place RESULTDetect unauthorised dumping and material loss
Quick Highlights
  • Tilt Detection: Gyroscopic Multi-Axis Inclinometer
  • Security: Off-Zone Material Dump Alerts
  • Efficiency: Cycle Time & Trip Counter
  • Safety: Unsafe Bed Lift Motion Alarm
More Details
Dump Truck Bed Audit

The Problem

Dump-truck operators face a connected set of losses: fuel siphoning, material diverted before delivery, illegal overloading and no objective proof of where or when the bed was raised. Manual trip sheets rarely show whether the full load reached the authorised customer or project zone.

Solution

Wireless tilt, axle-load and fuel sensors act as a digital supervisor. The system records each bed movement, maps authorised and unauthorised offloads, compares load before and after delivery and correlates the event with fuel, route and GPS activity.

Business outcomeConfirm material delivery, expose off-zone dumping or load loss, control overloading and keep evidence for customers and project managers.
Hardware & Safety Monitoring
  • Bed Tilt Sensor: Multi-axis gyroscopic sensor tracks exactly when and where the dump bed is raised.
  • Offload Mapping: Alerts dispatchers if a load is dumped outside the assigned project boundaries.
Mobile crane with installed GPS, fuel, boom-angle and tyre sensorsMobile solution image with device markers matching the legend
GPS Tracker or MDVR Fuel Level Sensor Tilt & Angle Sensor Tyre Pressure & Temperature Sensor
FITTED TOBoom, engine and fuel tank MONITORSWorking hours • boom angle • load • fuel • safety events RESULTProtect the asset and capture billable work
Quick Highlights
  • Hours: Engine & Hydraulic Duty Logs
  • Safety: Instant Overload & Strain Alarms
  • Billing: Authorized Shift vs Overtime Reports
  • Stability: Outrigger Deployment Telemetry
More Details
Cranes & Lifting Assets

The Problem

Heavy cranes earn revenue only when their work is recorded accurately and performed safely. Unlogged lifting time, operator guesswork, fuel shrinkage, excessive idling, unsafe boom angles and delayed maintenance can reduce billable income while increasing accident and liability exposure.

Solution

Smart crane telematics records engine and lifting activity, fuel use, boom angle, load events, outrigger status and configured safety thresholds. Tamper-resistant time-and-location logs support accurate billing, proactive maintenance, operator coaching and evidence when site or accident disputes arise.

Business outcomeCapture every billable operating period, reduce unproductive idling and intervene before unsafe use or mechanical stress becomes an expensive failure.
Hardware & Load Monitoring
  • Engine Load Monitoring: Tracks hydraulic pressure and engine load to log actual crane lifting time.
  • Overload Alerts: Instantly notifies site managers of heavy weight limit overages to prevent accidents.

Stationary Power Generators

Static Diesel Performance Logs

Industrial diesel generator with fuel and data-processor monitoring devicesMobile solution image with device markers matching the legend
Fuel Level Sensor GPS Tracker / Data Processor
FITTED TOGenerator fuel tank, engine and controller MONITORSFuel level • runtime • power status • maintenance hours RESULTPrevent downtime and schedule service early
Quick Highlights
  • Bus: Modbus RS485 Panel Integration
  • Backup: Internal Continuous Li-ion Battery
  • Alerts: Static Anti-Siphon & Maintenance
  • Diagnostics: Voltage, Coolant Temp & RPM Logs
  • Power: Phase Load & Output Frequency Telemetry
  • Refill: Automatic Fuel Delivery Verification
More Details
Generator Fuel Diagnostics

The Problem

Remote and standby generators are often checked on a schedule rather than when attention is actually needed. Between visits, fuel can disappear, refills can be misstated, power can become unstable and maintenance hours can pass unnoticed—only becoming visible when backup power is urgently required.

Solution

Fuel-level and operating sensors send fuel, runtime, power status and supported engine data to one dashboard. Managers receive low-level, sudden-drop or malfunction alerts, verify the amount added during refilling and schedule maintenance using actual run hours rather than estimates.

Business outcomePrevent avoidable backup-power failure, reduce unnecessary inspection trips and direct technicians to the generator that actually needs attention.
Hardware Architecture & Interfaces
  • Calibrated Fuel Probe: High-precision fuel level probe calibrated to fit irregular generator fuel tank shapes.
  • Modbus Controller: Connects to generator panels to read coolant temp, RPM, and power output.
  • Backup Battery Hub: Internal backup battery keeps tracking active even when the generator is off.
Monitored Parameters & Software Features
  • Fuel Theft Alerts: Sends instant notifications if fuel levels drop suddenly when the engine is off.
  • Maintenance Tracking: Tracks actual run-hours to schedule timely generator servicing.
  • Refueling Reports: Automatically confirms the exact amount of fuel added during refilling events.

Stationary Storage Tanks

Bulk Liquid Reserve Telemetry

Stationary tank with a top-mounted level probe and separate data-processor cabinetMobile solution image with device markers matching the legend
Fuel / Fluid Level Sensor GPS Tracker / Data Processor
FITTED TOStationary fuel or industrial-fluid tank MONITORSLevel • refill • dispensing • sudden loss • temperature RESULTSecure stock and plan replenishment accurately
Quick Highlights
  • Sensor: Submersible Hydrostatic Pressure Probe
  • Power: Solar Panel with LiFePO4 Reserve
  • Rating: IP68 Weather-Sealed Enclosure
  • Telemetry: Automated Low-Level Reorder Trigger
  • Analytics: Daily Consumption & Leak Profiling
  • Calibration: Custom Tank Geometry Strapping Tables
More Details
Bulk Fluid Volume Diagnostics

The Problem

Dispersed stationary tanks are difficult to control with occasional dip-stick readings and paper issue records. Manual measurement is slow, error-prone and can leave theft, leaks, low stock, irregular dispensing or an inaccurate refill quantity undiscovered until operations are interrupted.

Solution

Remote level monitoring converts each tank reading into live volume, refill, dispensing and consumption data on one central dashboard. Managers receive sudden-loss and low-stock alerts, compare sites, verify deliveries and schedule replenishment before generators or machinery run short.

Business outcomeReconcile physical stock with issues and deliveries, reduce emergency refuelling and manage multiple tanks without depending on manual site reports.
Hardware Architecture & Interfaces
  • Hydrostatic Sensor: Submersible pressure probe calculates liquid height using the hydrostatic formula: $$P = \rho g h$$ where $P$ is pressure, $\rho$ is density, $g$ is gravity, and $h$ is height.
  • Telemetry Gateway: Cellular transmission module with an IP68 weather-sealed casing.
  • Solar Power System: Solar panel and backup battery ensure continuous, off-grid operation.
Monitored Parameters & Software Features
  • Real-time Volume Logs: Converts physical height measurements into precise liter readings on your dashboard.
  • Siphon/Leak Alerts: Notifies managers if liquid levels drop outside normal usage windows.
  • Usage Analytics: Builds monthly fuel usage trends to help streamline inventory ordering.

Personal & Commercial Car Security

Anti-Theft & Active Mobilization

SUV receiving a professional hidden GPS, ignition-relay and backup-battery installationMobile solution image with device markers matching the legend
Compact GPS Tracker
FITTED TOCar MONITORSLive location • movement • tampering • geofence breaches RESULTRespond faster to theft and recover the vehicle
Quick Highlights
  • Control: Encrypted Starter / Fuel Relay Shut-Off
  • Alerts: Anti-Jamming, Towing & Geofence Breach
  • Backup: Internal Emergency Battery System
  • Driver ID: BLE Beacon / iButton Authorization
  • Crash Node: High-G Force Collision Detection
  • Security: Tamper Wire-Cut Emergency Triggers
More Details
Anti-Theft Protections

The Problem

A factory alarm may make noise but still leave an owner without the vehicle’s live location or a reliable recovery record. Unauthorised movement, towing, power disconnection, geofence breaches and attempts to disable tracking can occur before the owner or fleet manager knows where to respond.

Solution

We install hidden GPS trackers with backup power, movement and tamper alerts, geofence protection and professionally configured engine-control options. Authorised users can follow the vehicle’s location, review its route and coordinate a safer recovery response using live evidence.

Business outcomeDetect theft earlier, improve recovery visibility and keep a route-and-event record for security teams and law-enforcement follow-up.
Hardware Architecture & Interfaces
  • Compact GPS Node: Miniature tracking device hidden deep inside the vehicle chassis.
  • Smart Ignition Relay: Remote cut-off switch wired directly to the fuel pump or starter motor.
  • Backup Battery: Internal battery keeps tracking active even if the main vehicle battery is disconnected.
Monitored Parameters & Software Features
  • Remote Ignition Cut: Disable the engine safely from your authorized mobile app or dashboard.
  • Towing & Vibration Alerts: Sends alerts if the vehicle moves or is towed without the key in the ignition.
  • Geofence Protection: Alerts you instantly if a vehicle leaves designated areas after hours.

Public Transit & Bus Management

Passenger Logs & Driver Safety

Modern passenger bus with installed route, video, fuel, passenger and driver-identification devicesMobile solution image with device markers matching the legend
GPS Tracker / MDVR Road & Cabin Cameras Fuel Level Sensor Passenger Counter Driver ID Reader
FITTED TOBus, fuel tank and passenger monitoring points MONITORSRoute • speed • fuel • driver safety • schedule adherence RESULTRun safer, more reliable passenger operations
Quick Highlights
  • Access: RFID Driver Identification Reader
  • Video: 4-Channel Lockable HD Mobile DVR
  • Analytics: Passenger Optical Counters & DMS
  • Safety: Fatigue & Distraction Infrared Sensor
  • Schedule: Live Stop Arrival & Departure Logs
  • Scores: Eco-Driving Harsh Braking Scorecards
More Details
Transit Route Compliance

The Problem

Passenger operations lose control when dispatch cannot prove route adherence, departure and arrival times, speeding, harsh driving or what happened inside the vehicle. Unscheduled detours, weak passenger records and delayed incident evidence can reduce revenue and damage customer confidence.

Solution

We integrate live route tracking, schedule and stop reporting, driver identification, safety scorecards, fuel monitoring and multi-camera video. Dispatchers can see delays or deviations as they happen, review risky behaviour and retain evidence for passenger, driver and incident management.

Business outcomeImprove timetable reliability, reduce unsafe driving and route leakage, strengthen passenger accountability and resolve incidents with location-linked video.
Hardware Architecture & Interfaces
  • Transit Telematics Hub: Collects speed, braking, acceleration, and location data in real-time.
  • In-Vehicle Cameras: Connects to multi-channel dashcams to record passenger cabins and road conditions.
  • Driver ID Keys: Requires drivers to scan RFID cards before starting scheduled routes.
Monitored Parameters & Software Features
  • Route Compliance: Tracks bus schedules and alerts dispatchers of late arrivals or detours.
  • Driver Behavior Reports: Scores drivers on speed, harsh braking, and acceleration to improve safety.
  • Passenger Count Insights: Cross-references route check-ins with camera footage to prevent fare discrepancies.
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