Smart Payments

Beyond basic payment functions, the smart payment solution helps enterprises improve operational efficiency and enables small and micro merchants to build independent sales loops across multi-channel ecosystems, accelerating digital transformation. UPIoT supports payment and fintech companies by providing connectivity for POS terminals, data collection terminals, barcode scanners, checkout terminals, and other devices, helping address challenges including reliable connectivity, bulk top-up, customized data plans, and SIM-device binding.

Smart Agriculture

Smart agriculture applies IoT technologies to modern farming. UPIoT helps agricultural enterprises remotely collect real-time data from greenhouses and fields, including air temperature and humidity, soil moisture and temperature, CO₂ concentration, light intensity, and video images. Through intelligent analysis, the system can automatically control equipment such as cooling fans, spray and drip irrigation systems, internal and external shading, roof and side windows, heating, and supplemental lighting. It can also push real-time monitoring data and alerts to managers through smartphones, PDAs, and computers, enabling digital and intelligent remote greenhouse management while addressing connectivity, stability, and large-scale device management needs.

Connected Vehicle

UPIoT’s connected vehicle solution is built on in-vehicle networks, vehicle-to-vehicle networks, and mobile internet connectivity to create an intelligent connected vehicle ecosystem. It supports connectivity for dashcams, in-vehicle infotainment systems, smart rearview mirrors, and other devices, as well as driving video storage. Flexible data plans are available for different application scenarios, ensuring stable network performance, flexible billing, and reliable connectivity to provide users with safer, more comfortable, and more convenient mobility services.

Security Monitoring

As smart cities continue to develop worldwide, surveillance systems play an increasingly important role in improving quality of life and enhancing public safety. Technologies such as real-time video surveillance, facial and behavior recognition, and license plate recognition are being widely adopted in public safety applications. UPIoT enables reliable connectivity for devices such as video surveillance cameras, smart door viewers, video intercom systems, fire alarms, access control systems, and infrared detectors, while supporting intelligent connectivity and real-time data usage alerts.

Battery Swap

The two-wheeler battery swapping solution is designed for battery swapping operators and equipment manufacturers. It provides reliable connectivity for battery swapping cabinets, smart batteries, and O&M terminals, addressing challenges such as dispersed deployment sites, large numbers of devices, complex network environments, and high remote maintenance costs. Through device status monitoring, data usage management, remote top-up, fault alerts, and SIM-device binding, it helps enterprises improve device uptime and overall battery swapping network efficiency.

Smart Wearables

IoT SIM cards provide essential connectivity for positioning and data transmission in smart wearable devices. They enable accurate location tracking and timely information sharing with family members. UPIoT’s smart wearable solution supports data monitoring, network connectivity, and precise positioning for devices such as smart bands, smartwatches, smart glasses, and smart blood pressure monitors.

Smart Retail

The smart retail solution is designed for vending machines, smart retail cabinets, and self-service retail terminals. With reliable and multi-network connectivity, it integrates transaction, inventory, device management, and remote O&M processes. UPIoT supports online device monitoring, automatic multi-network switching, data usage management, remote top-up, and abnormality alerts, helping operators reduce device downtime and improve terminal operating efficiency.

Smart Robotics

With IoT SIM connectivity for data transmission, users can send commands to robots more efficiently. Robots can perceive and interpret these commands through their systems and execute corresponding actions, simplifying many previously complex operating processes.