PolarGrid Technologies adapts Industrial IoT, telematics, sensors and cloud platforms to the assets, risks, connectivity conditions and operational priorities of each industry.
Industry-Adaptation Philosophy
Before proposing an architecture, PolarGrid considers how each of these factors applies to your operation:
From there, a solution may use continuous GPS, a BLE-first architecture, CAN Bus, wired sensors, IoT gateways, cellular connectivity, Wi-Fi, Ethernet, cloud dashboards or APIs — combined as needed. No single technology is assumed to be compatible with every asset or facility.
Industry Sectors
Twelve sectors, each with a different operating environment and a correspondingly different architecture.
Environment: Refrigerated trucks, cold rooms, warehouses, containers and last-mile delivery.
Challenges: Temperature excursions, door events, delayed response, spoilage, compliance records.
Monitor: Temperature, humidity, door status, GPS, trip history, route deviation and sensor health.
Architecture: BLE or wired temperature sensors, GPS trackers, gateways, cellular cloud reporting.
Cold Chain Visibility → Cold Chain Monitoring →Environment: Commercial fleets, logistics vehicles, distribution fleets and transport operations.
Challenges: Vehicle visibility, fuel loss, route deviation, driver safety and maintenance.
Monitor: Location, speed, ignition, fuel, trips, driver behaviour, geofences and diagnostics.
Architecture: GPS, cellular telematics, CAN integration, BLE accessories, cloud fleet platform.
Connected Fleet Operations → Fleet Management →Environment: Factories, production lines, machine shops, tool rooms and industrial facilities.
Challenges: Machine downtime, asset location, maintenance delays and fragmented equipment data.
Monitor: Runtime, machine status, fault codes, vibration, temperature, utilization and service status.
Architecture: Industrial gateways, wired sensors, BLE, CAN, Modbus, RS485, Ethernet and cloud dashboards.
Predictive Maintenance → Industrial Asset Intelligence → Predictive Maintenance Product → Industrial Asset Tracking Product →Environment: Tractors, agricultural implements, equipment yards, farms and remote working areas.
Challenges: Equipment location, utilization, theft, service schedules and limited connectivity.
Monitor: GPS location, engine hours, movement, geofences, battery, utilization and service dates.
Architecture: GPS trackers, battery-powered asset trackers, CAN where available, BLE and cellular communication.
Connected Fleet Operations → Industrial Asset Intelligence → Fleet Management Product → Industrial Asset Tracking Product →Environment: Construction sites, heavy machinery, tools, temporary facilities and changing work zones.
Challenges: Equipment theft, unsafe proximity, low utilization, unauthorized movement and service gaps.
Monitor: Equipment location, movement, operator identity, proximity events, geofences, utilization and maintenance.
Architecture: GPS, BLE, UWB-compatible architecture depending on project scope and validation, gateways, operator identification and cloud alerts.
Construction Equipment & Workforce Safety → Predictive Maintenance → Industrial Asset Tracking Product → Fleet Management Product → Predictive Maintenance Product →Environment: Electric two-wheelers, three-wheelers, cars, buses, batteries and charging operations.
Challenges: Battery health, charging visibility, vehicle uptime, fault diagnosis and warranty decisions.
Monitor: SOC, SOH, voltage, current, temperature, charging status, cycles, faults and location when supported.
Architecture: CAN integration, supported BMS interfaces, telematics device, cellular connectivity and cloud analytics.
Battery & Electric Mobility Intelligence → Connected Fleet Operations → Battery IoT Product → Fleet Management Product →Environment: Reactors, storage tanks, heat exchangers, columns, pressure vessels and process equipment.
Challenges: Equipment traceability, remote monitoring, service history, operating conditions and asset movement.
Monitor: Asset identity, location, service status, temperature, pressure, vibration and operating parameters when instrumented.
Architecture: Industrial sensors, wired interfaces, gateways, BLE or GPS asset tracking, Modbus, RS485 and cloud integration.
Industrial Asset Intelligence → Predictive Maintenance → Remote Industrial Connectivity → Industrial Asset Tracking Product → Predictive Maintenance Product →Environment: Processing plants, refrigerated storage, delivery fleets, dairy, frozen foods and fresh produce.
Challenges: Temperature compliance, spoilage, equipment downtime, shipment visibility and traceability.
Monitor: Temperature, humidity, door status, vehicle location, machine condition and batch-related operational data where integrated.
Architecture: Cold-chain sensors, GPS, gateways, equipment monitoring and cloud reporting.
Cold Chain Visibility → Predictive Maintenance → Cold Chain Monitoring Product → Predictive Maintenance Product →Environment: Hospitals, laboratories, medical asset rooms, equipment movement and temperature-sensitive materials.
Challenges: Asset location, equipment availability, cold-storage conditions, service compliance and unauthorized movement.
Monitor: Asset presence, BLE detection, movement, temperature, battery, service due and inspection status.
Architecture: BLE tags, gateways, temperature sensors, asset dashboards and alerts. Deployments are scoped to asset and facility monitoring; PolarGrid does not make medical or regulatory-compliance claims.
Industrial Asset Intelligence → Cold Chain Visibility → Industrial Asset Tracking Product → Cold Chain Monitoring Product →Environment: Warehouses, loading areas, distribution centres, cold storage and returnable packaging operations.
Challenges: Asset visibility, pallet or crate circulation, loading delays, temperature conditions and inventory movement.
Monitor: Gateway detection, asset movement, zone entry, temperature, door events and dwell time.
Architecture: BLE tags, Ethernet or cellular gateways, GPS for external movement and cloud dashboards.
Industrial Asset Intelligence → Cold Chain Visibility → Industrial Asset Tracking Product → Cold Chain Monitoring Product →Environment: Equipment rental fleets, customer sites, service depots and mobile machinery.
Challenges: Asset loss, unauthorized usage, billing uncertainty, service scheduling and return tracking.
Monitor: Location, movement, utilization, engine hours, geofences, battery and service status.
Architecture: GPS trackers, BLE tags, battery-powered devices, gateways and customer portals.
Industrial Asset Intelligence → Connected Fleet Operations → White-Label IoT Business Enablement → Industrial Asset Tracking Product → Fleet Management Product → White Label Platform Product →Environment: Gas cylinders, LPG testing centres, industrial gas skids, fire extinguishers and safety equipment.
Challenges: Asset traceability, inspection dates, circulation visibility, service status and loss prevention.
Monitor: Asset ID, gateway detection, movement, last-known location, inspection date, service due and customer/site assignment.
Architecture: BLE tags, QR or serial mapping, service-point gateways and GPS for continuously moving high-value assets where required.
Industrial Asset Intelligence → Industrial Asset Tracking Product →Cross-Industry Operational Priorities
Every industry cares about some combination of these — but rarely in the same order or to the same degree.
Knowing where vehicles, assets or equipment are at any time.
Tracking temperature, humidity and other condition-sensitive data.
Notifying teams of hazards, proximity events or unsafe conditions.
Understanding how often and how well assets are actually used.
Monitoring condition to catch issues before failure.
Tracking inspection, calibration and maintenance schedules.
Keeping distant sites and equipment connected to the cloud.
Connecting operational data to ERP, CRM and reporting systems.
Technology Selection by Environment
Use GPS and cellular telematics where continuous route history is required.
Use BLE tags and service-point gateways where assets periodically return to known locations.
Use CAN, OBD or controller interfaces where supported.
Use wired sensors, Modbus, RS232, RS485, Ethernet or industrial gateways according to the machine interface.
Use BLE or wired temperature and humidity sensors with configurable thresholds.
Use cellular routers or gateways and cloud connectivity according to coverage and security requirements.
Use BLE gateways or other validated indoor-location technologies according to accuracy requirements.
Combine GPS, BLE, wired sensors and gateways when one technology is insufficient.
Industry-to-Solution Mapping
A starting point only — the final architecture is always confirmed against your specific requirement.
How PolarGrid Engages With Industry Customers
Understand workflows, equipment, risks and users.
Review installation, power, connectivity and operating conditions.
Define what must be detected, accuracy, reporting speed and required action.
Choose devices, sensors, gateways, connectivity and platform components.
Test data quality, alerts and operational usability under real conditions.
Deploy, train users, support operations and improve the system over time.
FAQ
Tell us about your assets, operating environment, required measurements, response time and business systems. PolarGrid will help define a practical connected architecture.