LoRa8 Plattform — Web Dashboard
LoRa8 Platform Dashboard
Visuelles Dashboard
Echtzeit-Status aller Geräte
Multi-Terminal
PC, Tablet, Mobil
Intelligente Alert-Engine
Früherkennung von Anomalien
Offene API
Standard RESTful-Schnittstellen
Next-generation low-power wide-area IoT cloud management platform supporting full device lifecycle management, data visualization, and intelligent alerts.
Echtzeit-Status aller Geräte
PC, Tablet, Mobil
Früherkennung von Anomalien
Standard RESTful-Schnittstellen
Five technology pillars enabling full-scenario IoT applications
Spread spectrum modulation enables 3-mile urban coverage and up to 30-mile outdoor coverage with a single gateway, dramatically reducing infrastructure investment.
Deep sleep and scheduled wake-up optimization enables sensor nodes to achieve up to 20 years of battery life, perfect for remote areas and underground pipelines.
Excellent EMI resistance with data retransmission and packet loss compensation mechanisms, ensuring critical monitoring data is never lost.
Highly integrated, compact LoRa modules quickly embed into sensors. No cellular operator fees, with long-term costs far below traditional solutions.
Supports RS232, RS485, and other industrial interfaces for quick connection to legacy serial devices, enabling wireless retrofit without hardware replacement.
Deep industry expertise covering industrial, agricultural, municipal, building, and field monitoring
Real-time equipment health monitoring, wireless meter reading, distributed PLC wireless interaction — replacing traditional wired solutions.
Farmland environment monitoring, greenhouse automation, livestock monitoring — providing data for precision irrigation and fertilization.
Manhole cover monitoring, remote streetlight control, bin fill-level monitoring, water network monitoring, smart parking geomagnetic detection.
Remote smart meter reading, building environment monitoring, smoke alarms, door/window sensors, per-unit energy management.
Hydrological and meteorological monitoring, forest fire monitoring, geological disaster monitoring covering areas without cellular coverage for long-term unattended operation.
Micro low-power modules embedded in handheld detectors, positioning wristbands, and health wearables for long-distance data backhaul.