GPS trackers & IoT devices exporter from China: Nexleaf provides data analytics tools and lightweight sensor services to those in the global public health and climate change sectors. A nonprofit company, its team of computer scientists, software engineers, public health experts and many others works extensively in low-and middle-income countries. Temboo’s software enables all types of engineers to build and run Internet-enabled automated systems and lets consumers connect hardware to cloud services. The company’s code has been used in a wide array of applications, including oil and energy, industrial, entertainment and life sciences.
Connecting NB-IoT Devices to the Internet. Before the development and mass introduction of NB-IoT, devices were connected to one another and to the internet through cell towers and wireless internet connections. These methods of connecting devices were unreliable and utilized a large amount of battery power, shortening the lifespan of the devices. Consequently, people became frustrated while traveling and many areas were considered to be “dead zones.” Furthermore, the location of devices was limited, because they could not be placed behind brick walls, underground, or within dense areas of vegetation because they could not communicate.
Our vehicle tracking system is designed to deliver real-time information about every vehicle in the fleet. This system offers instant access to the vehicle information and other driver behaviors such as harsh driving, unauthorized access, speeding, unnecessary idling, and more. With the right vehicle GPS tracking system, you can track the exact location of the vehicle anywhere and anytime. It adds more value to the logistics industry and is beneficial for car, truck, bus, and other vehicles. The advanced features offered by these vehicle trackers include auto-tracking, blind area tracking, gps+gsm tracking, history-trace checking, geo-fence, movement alert, over speed alert, low battery alert, shaking sensor alert, and more. The vehicle tracking system enables you to know where your asset is at all times.
The need for high tech GPS vehicle tracking systems is increasing every day. With improvements in the logistics and transportation industry, the GPS tracking devices are receiving some major upgrades. Eelinktech is the world’s leading vehicle and Fleet tracking solution provider. We have several decades of experience in producing the best GPS tracking devices for cars. Our vehicle tracking solutions can help you in the following ways. Fleet Management Our high-tech GPS tracking technology for vehicles, is used by some of the biggest transportation service providers across the globe. They use it for their day to day fleet management services.
Our company was established in 2004 and ever since then we constantly deliver high class products. Each of our products delivers best quality and high performance. All of our products are rigorously tested for overall performance and quality parameters. We offer a great range of personal and vehicle tracking products that make monitoring and tracking an easy play. Our trackers provide you live real time location of the vehicle, pet or individual. With over 10 years of R&D and manufacturing experience, our products are the true synonym of perfection cased in form of small functional devices.
Additionally, our GPS vehicle tracking systems can also help you save two most crucial resources of fleet business – fuel & time. We’ll explain how… Saving Fuel with Our Vehicle Tracking Systems Since you can efficiently track the distance traveled and fuel consumption data, you can always be confident about your fuel purchases being legitimated. Moreover, you can be sure of overtime payments to be vindicated through overtime works and not idle wanders. Explore additional info on Eelink. To share the sensor data they collect, IoT devices connect to an IoT gateway or another edge device where data can either be analyzed locally or sent to the cloud for analysis. The interconnection of traditionally dumb devices raises a number of questions in relation to security and privacy. As is often the case, IoT technology has moved more quickly than the mechanisms available to safeguard the devices and their users. Researchers have already demonstrated remote hacks on pacemakers and cars, and, in October 2016, a large distributed denial-of-service attack dubbed Mirai affected DNS servers on the east coast of the United States, disrupting services worldwide — an issue traced back to hackers infiltrating networks through IoT devices, including wireless routers and connected cameras.