IoT devices producer 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.

The narrowband internet of things (NB-IoT) is an increasingly popular method of creating a system of interconnected devices with long-lasting battery life, high functioning speed, and top-notch functioning. Since the creation of NB-IoT in 2016, the technology utilized in NB-IoT devices and NB-IoT modules has been rapidly evolving. Additionally, the evolution of NB-IoT technology has called for solutions to improve the connection between networks of the devices to positively impact users’ experiences. As a part of the growth, we have seen the IoT sensors grow more and more powerful as well as energy efficient in the last few years.

Did you know police records show that traditional security methods are not enough when it comes to securing motorcycles? Reports also suggest that motorcycles even with system alarms and locks are stolen. Our motorcycle tracker is an anti-theft device that helps in protecting your bike from getting stolen or misplaced. It provides 24/7 comprehensive protection to two-wheelers. This assists vehicle rental businesses to ensure safety, accountability and a higher level of productivity from their employees. It is equipped with several advanced features such as geo-fencing, speeding and driving behavior. You can also trace the exact location of your vehicle by using customized applications. This tracking solution is beneficial for bikes, scooters to improve motorcycle security, and reduce insurance premiums.

We have an expertise in making plug and play tracking devices for our customers. Our devices can help you track real-time location, temperature as well as the driving behaviour events on the vehicle. The compact form factor allows you to install the device and forget all about it. The device will directly derive power from your car’s battery. These compact and lightweight 4G GPS tracking devices are perfect for cars and motorbikes alike. They can also serve the purpose of an anti-theft device for your vehicle.

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.

Fleet management is a challenging task that demands high attentiveness and great dealings of general contentions. Our comprehensive spy vehicle tracking devices and solutions let you handle these challenges in an easy and organized manner. More than a feasible solution, our spy GPS vehicle tracking system gives you the absolute vehicle tracking intelligence to exactly know & control what happens in the real field. See additional info at 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.