WiFi-Based & LoRaWAN
Tracking Solutions
Low-power, long-range wireless tracking engineered for warehouses, agricultural estates, non-powered equipment, and private campuses. Cut recurring monthly SIM subscription costs by up to 80% with 5-to-10-year autonomous battery lifespans and gateway-centric cloud telemetry.
What is WiFi-Based & LoRaWAN Tracking and how does it work?
WiFi & LoRaWAN tracking uses localized radio gateways and wireless beacon nodes instead of cellular SIM cards on every individual asset. Sensor nodes broadcast ultra-low-power radio pulses or sniff nearby WiFi MAC addresses, which are aggregated by central gateways and securely forwarded to the ADL Moto cloud platform. This delivers continuous indoor and yard visibility across warehouses, farms, and industrial sites while cutting data costs by up to 80% and delivering 3 to 10 years of autonomous battery life.
G57 Wireless LoRaWAN & WiFi Asset Beacon
Heavy-duty, IP67 waterproof industrial tracking tag engineered for non-powered assets, livestock collars, and warehouse racks. Combines Sub-GHz LoRaWAN radio with WiFi MAC sniffing for seamless indoor/outdoor positioning.
Why traditional cellular GPS fails for high-volume static & indoor assets
Standard vehicle GPS trackers rely on cellular SIM cards and heavy satellite receivers. While ideal for motorized trucks, deploying them on non-powered assets creates massive technical and financial barriers.
High recurring monthly SIM costs
Paying BDT 300–500 per month for thousands of pallets, scaffolding sets, or livestock makes IoT deployment financially prohibitive.
Rapid battery exhaustion
Cellular radios draw hundreds of milliamps during network handshakes, draining batteries in weeks and necessitating constant recharging dispatches.
Zero indoor GPS penetration
Satellite signals cannot penetrate corrugated iron roofs, precast concrete distribution centres, and multi-tier sorting facilities.
Gateway-centric wireless architecture engineered for massive scale
ADL Moto Viewer solves the scale challenge by decoupling the radio beacon from the cellular uplink. Hundreds of battery-efficient sensor nodes broadcast to a master gateway, giving you unprecedented visibility at a fraction of cellular cost.
Centralized gateway backhaul
A single weatherproof 4G/Ethernet master gateway aggregates data packets from thousands of tags across a 15km perimeter.
5 to 10-year autonomous battery
Tags sleep at sub-microamp levels and transmit in millisecond bursts, enabling multi-year unattended operation without battery replacement.
Hybrid WiFi + BLE indoor positioning
When GPS is blocked by warehouse roofs, tags sniff local WiFi BSSID routers and BLE anchor beacons to determine exact facility aisle location.
Core capabilities of ADL WiFi & LoRaWAN tracking
Purpose-built for massive sensor densities, low operational expenditure, and rugged industrial deployments across Bangladesh.
Zero SIM Card Overhead
No monthly cellular subscription per beacon. Aggregate up to 5,000 wireless sensor nodes through a single high-capacity outdoor gateway.
Multi-Year Autonomous Battery
Engineered with industrial Lithium-Thionyl Chloride (Li-SOCl2) power packs. Motion-sensing sleep profiles deliver 5 to 10 years of autonomous runtime.
Indoor & Outdoor Hybrid Location
Seamlessly transitions between outdoor GNSS satellite positioning and indoor WiFi MAC sniffing & BLE triangulation when under metal roofs.
Long-Range Sub-GHz Penetration
Operates on unlicensed 868MHz / 915MHz ISM radio bands. Sub-GHz radio waves easily penetrate thick concrete, foliage, and structural steel walls.
Condition & Tamper Telemetry
Built-in ambient temperature, humidity, 3-axis accelerometer shock logging, and optical anti-removal light sensor sending instant breach alerts.
Engineered for enterprise environments where cellular GPS struggles
From rural agricultural acreage to multi-story indoor fulfillment hubs, ADL provides reliable, governed positioning.
Livestock, Cattle & Pasture Management
Monitor herd boundaries, grazing distribution, and prevent cattle rustling across vast rural pasture lands. Solar and battery ear tags communicate with high-elevation LoRaWAN base stations up to 15km away, eliminating costly cellular bills for herd management.
Indoor Warehouse & Pallet Inventory
Track high-value pallets, roll cages, heavy bins, and forklift movements inside covered distribution facilities without GPS satellites. WiFi BSSID sniffing and BLE anchor tags locate items down to specific rack aisles, reducing search times and misplacements.
Agricultural Estates, Orchards & Solar Fields
Perimeter equipment monitoring, irrigation pump telemetry, tractor implement tracking, and solar panel theft prevention across hundreds of hectares. Low-frequency signals bypass dense tree canopies and crop foliage without requiring buried communication cables.
Ports, Construction Yards & Industrial Campuses
Track unpowered scaffolding, portable generators, toolboxes, and shipping containers across vast industrial yards. Motion-triggered alerts notify security immediately if an asset moves outside its authorized geofenced zone during non-working hours.
LoRaWAN & WiFi Tracking vs. Traditional 4G Cellular GPS
Why gateway-centric architecture delivers radically better ROI for high-volume distributed assets.
| Metric / Capability | Traditional 4G GPS | ADL WiFi & LoRaWAN IoT |
|---|---|---|
| Per-Device Monthly SIM Fee | BDT 300 – 500 / device / mo | BDT 0 (Gateway handles backhaul) |
| Autonomous Battery Lifespan | 1 to 6 months (frequent charging) | 5 to 10 Years unattended |
| Indoor Warehouse Visibility | Blind (Signals blocked by roof) | Aisle & Zone level (WiFi/BLE) |
| Radio Signal Penetration | Standard 1.8–2.6 GHz cellular | Sub-GHz 868MHz (High penetration) |
| Deployment Scalability | Cost multiplies linearly with nodes | Thousands of tags per single gateway |
Single pane of glass for vehicles, gateways, and IoT beacons
No need for separate siloed apps. View moving distribution delivery trucks and stationary warehouse pallet beacons in one unified ADL Moto Viewer portal.
Built for specialized sector workflows
Measurable operational savings
Deploying gateway-centric IoT delivers rapid payback through reduced operating and maintenance costs.
How it works in 3 simple steps
Deploy Master Gateway
Mount our IP67 outdoor gateway at your facility or high-elevation pole. Connects via 4G SIM or local Ethernet with instant cloud pairing.
Attach Sensor Beacons
Fasten rugged magnetic tags, collar bands, or bolt-on beacons to equipment, pallets, or animals without cutting wires or tapping electrical systems.
Monitor on Cloud Map
Open ADL Moto Viewer to view live beacon status, temperature readings, battery health, and receive instant boundary breach SMS/email alerts.
Explore related fleet capabilities
Devices that power this solution
Industrial-grade IoT hardware field-tested for tropical heat, dust, and rain across Bangladesh.
Outdoor LoRaWAN Gateway
16-channel outdoor gateway with 4G/Ethernet backhaul and high-gain fiberglass antenna. 15km line-of-sight range.
View gateway specs →
G57 Long-Life IoT Tag
10,000mAh magnetic asset tag with WiFi MAC sniffing, anti-tamper optical sensor, and 5-to-10-year battery life.
View tag specs →
Compact BLE / WiFi Tag
Ultra-thin coin-battery beacon for personal badges, tools, roll containers, and hospital medical trolleys.
View tag specs →Questions, answered
Frequently asked questions regarding WiFi & LoRaWAN IoT tracking deployments in Bangladesh.
Ready to connect thousands of assets without monthly SIM fees?
Schedule a consultation with our IoT telematics engineers to audit your warehouse, campus, or agricultural estate and receive a tailored gateway deployment plan.