High quality IoT sensors guides 2021: Superpedestrian develops human-powered mobility for cities employing design, robotics and mobile technology. Specialists in “human-enhancing technologies,” the company’s widely compatible Copenhagen Wheel senses a bike rider’s motions and greatly boosts pedal power. With expertise in data and DevOps, 10th Magnitude uses Microsoft Azure to provide companies with cloud-based solutions in customer communications, operations and more. Services include data center transformation, site reliability engineering, application modernization and data intelligence.
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 top quality GPS fleet management vehicle solutions also help you to reduce operational cost and improve customer services. The major competitive advantages that our products persistently deliver include: Expedient maintenance of your vehicles with detailed vehicle usage reports allowing you to streamline preventive maintenance, Improved employee safety as our products keep you updated with real time alerts and employee monitoring, timely deliveries with real time traffic reports and engine alerts, Cost cutting and revenue improvement with reduced expenses on fuel, maintenance, repairs, labor and other similar heads.
With a high-accuracy and resolution, our GPS tracking devices are ideal for managing large fleets that contain hundreds of vehicles. GPS vehicles can help you effectively notice the time taken for a vehicle in your fleet to complete a journey. This way, you can keep a track of its mileage and run the entire logistics operation in the most efficient way possible. Theft-Prevention We have an expertise in developing tiny GPS vehicle trackers. These lightweight and compact vehicle trackers can be used in conjunction with the theft-prevention technology. You can easily fit these compact GPS vehicle trackers under the dashboard of the car or the seat of the bike and start tracking their location. With effective GPS tracking, you can collect the real-time location information of the vehicle. IoT-Based technologies Our GPS vehicle tracking systems can be linked to the IoT devices. The 4G LTE NB-IoT and Cat M1 function will provide a unique combination of enhanced coverage and long battery life, as well as reliable connectivity.
Our products are a perfect blend of performance, style best quality. These products are categorized to offer you right solutions to your requirement. You can find simple OBD GPS tracker to assist with route, location and vehicle condition; and you can also find all-in-one LBS double tracking solution with two-way audio and cut fuel/power solutions. All of our products are smart, accurate, light weight and support plug and play for easy use. Our trackers and monitoring devices can automatically store data locally for up to 500 hours and provide remote fault diagnosis.
Saving Time with Our Spy Vehicle Tracking Systems None of your drivers can defy once you have our GPS vehicle tracking systems installed. You save time as the drivers are never allowed to waste time in between their due duties. This concurrently also bestows improved productivity as you can handle more orders in the time saved. Discover a few extra info at Eelink Communication Technology. The networking, communication and connectivity protocols used with internet-enabled devices largely depend on the specific IoT application deployed. Just as there are many different IoT applications, there are many different connectivity and communications options. Communications protocols include CoAP, DTLS and MQTT, among others. Wireless protocols include IPv6, LPWAN, Zigbee, Bluetooth Low Energy, Z-Wave, RFID and NFC. Cellular, satellite, Wi-Fi and Ethernet can also be used. Each option has its tradeoffs in terms of power consumption, range and bandwidth, all of which must be considered when choosing connected devices and protocols for a particular IoT application.