GPS tracking solutions for motorbike

A GPS tracking is a device, normally carried by a moving vehicle or person, that uses the Global Positioning System to determine and track its precise location, and hence that of its carrier,at intervals. The recorded location data can be stored within the tracking unit or it may be transmitted to a central location database, or Internet connected computer, using a cellular, radio, or satellite embedded in the unit. This allows the asset’s location to be displayed against a map backdrop either in real time or when analysing the track later, using GPS Made In China and GPS tracking software. Data tracking software is available for smartphones with GPS capability.

Mentioning how to improved operational efficiency, One key to improve your overall operational efficiency is that right trucks with the right trailers running the right routes. Right size of your fleet and look at ways to optimize routing and eliminate empty back hauls. The on-going problem for the trucking industry is to find and retain people, all result in that we need the right people in the right jobs and to be successful. Review your hiring, on-boarding and retention efforts. GPS Tracker China. Are you doing all you can to attract and keep the best and the greatest? If not, start the New Year by alerting your hiring practices so that you can find and keep the people you need to be successful.

There are plenty of great stand-alone GPS tracking solutions on the market today. However, it’s become a rather common feature in both field service and fleet management software solutions. Since there’s no such thing as a one-size-fits-all solution, the “best solution” is going to be different for everyone–it depends on the industry you’re in and whether you’re looking for something that can stand-alone or one that is integrated with many other features.

The first thing to look for on a motorcycle GPS tracker is that if it’s waterproof so it doesn’t get wet during the rainy days. Other than that a tracking device with essential features (live tracking, route history, 5–10 seconds location update and geo-fences) should do just fine.Motorcycle GPS Tracker have been around for quite a while, and technology-wise, have made great progress along the years. Choosing a GPS Tracker comes down to a variety of factors in order to find the right GPS Tracking device that suits your needs. It is important to determine whether you are looking for a tracker inside the vehicle or a GPS Tracker outside of the vehicle. This will help in narrowing down the selection of your GPS Tracker. It is easy to confuse the difference between a GPS logger and a GPS Tracker. Most people are surprised when they hear that the GPS Tracker has a monthly service fee. This is due to the GPS Tracker tracking in real time and running off of a SIM card.

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China Made GPS vs AGPS vs WiFi Positioning Accuracy

There are Three major positioning technologies. A phone can figure out its location in several ways: by using Personal GPS Tracking Devices, Assisted GPS or Wi-Fi positioning. GPS connects to satellites orbiting the Earth, and figures out where it is compared to the satellites. Most GPS-enabled cell phones, including the 3G iPhone, employ a technology known as Assisted GPS (A-GPS). With A-GPS many of the functions of a full GPS receiver are performed by a remote GPS location server. Wi-Fi positioning depends on companies like Skyhook, who record the locations of Wi-Fi networks. Your phone can then look at nearby Wi-Fi networks and figure out where it is. Android smartphones and iPhones can use GPS, cell tower triangulation and nearby Wi-Fi networks to get a precise fix. On the other hand, iPods can only use Wi-Fi positioning.

GPS Positioning

Positioning system can be categorized depending on the target environment as either indoor, outdoor, or mixed type. For localization in an outdoor environment, global navigation satellite systems (GNSS) such as GPS have been used in a wide range of applications including tracking and asset management systems; transport navigation and guidance; synchronization of telecommunications networks; geodetic survey. GPS works extremely well in outdoor positioning. Unfortunately, China Made GPS does not perform well in urban canyons, close to walls, buildings, trees, indoors, and in underground environments as the signal from the GPS satellites is too weak to come across most buildings thus making GPS ineffective for indoor localization.

GPS  Positioning

Assisted GPS (AGPS) is an intricate system designed to provide indoor and outdoor positioning by capitalizing on several low cost sensors. AGPS is primarily utilized in low cost navigation devices such as cell phones and car navigation systems. The sensors typically utilized in AGPS include, cell towers, GPS, map matching, WiFi, Bluetooth and RFID. The accuracy of these systems range from meter level with GPS for outdoor positioning and RFID tags for in door positioning, to cell towers, with an accuracy ranging from 200 m to 5 km. While it is possible to utilize services such as WiFi, Bluetooth and RFID in and outdoor environment, they are an additional cost to the service provider and is typical for these services to only be utilized in environments where GPS is unavailable or unreliable. The figure on the right compares the accuracy level of the different techniques and its applicability for indoor and outdoor positioning. The focus of this blog post will be positioning accuracy of AGPS using the outdoor techniques.

WiFi positioning

WiFi positioning uses terrestrial based WiFi access points (APs) to determine location. Over the past several years tens of millions of APs using the 802.11 standard have been deployed by individuals, homeowners, businesses, academic institutions, retail stores and public buildings. All of these APs repeatedly broadcast a signal announcing their existence to the surrounding area. These signals typically travel several hundred meters in all directions. The density of APs in urban areas is so high that the signals often overlap, creating a natural reference system for determining location. WiFi positioning software identifies the existing WiFi signals within range of a WiFi enabled mobile device and calculates the current location of the device. Positional errors in WiFi also reveal erratic spatial patterns resulting from the design of the calibration effort underlying the WiFi positioning system. Cellular positioning using the 3G iPhone is the least accurate positioning method (median error of 600 m for 64 observations), consistent with previous studies. Pros and cons of the three positioningtechnologies are presented in terms of coverage, accuracy and reliability, followed by a discussion of the implications for LBS using the 3G iPhone and similar mobile devices.

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How does a real-time GPS Vehicle Tracking Device Manufacturers work

There are several products in the market which uses A-GPS to feed in live details of your vehicle to you. These devices can be simple tracking devices to those which can perform multiple activities (sophistication = price) from sending texts\emails or alert you thru an app on your cellular phone\alert police by sharing coordinates once it crosses a programmed geofence etc. Though most devices are simple to install and operate, they need some amount of electrical wiring(for antenna, power) etc and it is better to go for dealer installed devices. Dealer installed devices will not void your vehicle warranty. Look for the costs! Most units have an annual service fee, with certain exceptions where certain products are sold with an one-time payment. Suggestion, annual fees mostly ensure prompt after sales support.

GPS Vehicle Tracking Device Manufacturers combine sophisticated GPS tracking technology with flexible, advanced mapping and reporting software. A GPS-enabled vehicle tracking device is installed on each vehicle to collect and transmit tracking data via a cellular or satellite network, whichever works best for your operations. The device then delivers the data to the Track Your Truck hosted application, you can access through the web at any time. You receive real-time vehicle tracking updates, including location, direction, speed, idle time, start/stop and more allowing you to manage a tighter schedule and a more efficient fleet.

Like all tracking devices, a real time GPS tracking device continually receives digital messages from space satellites to triangulate the unit’s current location. A real time Wireless GPS Tracking Device is constantly transmitting this data to the internet in real time, where you can monitor your GPS tracking device. Most GPS tracking devices also give other information like time, place, and how fast the tracker is traveling. Once used primarily by law enforcement agents tracking criminals, GPS spy technology is now common to employers tracking company vehicles as well as average people tracking their teen drivers or their family vehicle as it travels.  Real-time delivery notification has lots of advantages, especially for delivery companies. The customers want to know about their goods and the time of delivery. The company can get the exact location of the vehicle and share it with the customer. It is also very helpful for the company itself because they can track the vehicle and find out that everything is according to plan or not.

I’m assuming you want to track your car from a remote location.

Without using the Internet this would be extremely tough, as most communication frequencies (that you would not need a license to use) probably would have difficulty traveling that far in an urban environment and/or would require a huge antenna and possibly be subject to interference as it would be a public frequency (ham radio, CB, etc).

Another thing you could do – this would be much less reliable – but you could just have the device scan for open wifi networks that are unsecured, and when it’s within range of one and can log on it could send you the GPS coordinates.

The cellular network (connected to the Internet) would probably be the most reliable way to go, as the telecommunications companies have clearly done a very good job at covering much of the country/world with towers so you can get reception in most places.

IoT supply chain was to develop technologies to track “vehicles.”

IoT began its journey on the factory shop floor with technologies like RFID helping to advance the manufacturing process. Then came consumer IoT applications, where homes started seeing a huge level of automation with lights or air conditioners operating remotely. After shop floors and homes, IoT was examined to help improve processes in the enterprise supply chain.GPS Manufacturers In China

Initially, supply chain professionals and IoT technologists believed that by connecting goods-carrying fleet around the world, they could obtain real-time visibility of their shipments. Therefore, the first move in IoT supply chain was to develop technologies to track “vehicles.”

GPS vehicle tracking became the preferred method to gain shipment visibility, causing thousands of companies to launch with new technologies in this space. Wired to the vehicles’ batteries, GPS trackers provide data analytics about the fleets’ locations and movements.

GPS Tracker Manufacturers China. To achieve effective supply chain visibility beyond intel on vehicles’ whereabouts, let’s spotlight the “things” in IoT. By monitoring the things or parcels themselves, and not just tracking the fleet that are moving the goods, your supply chain can receive real-time data enabling you to make better decisions, reduce risk and increase business efficiencies.

Portable wireless monitoring device hotspots and BLE beacons working on hybrid IoT technology (a combination of GPS/GSM/BLE/Wi-Fi) when attached to packages, boxes, pallets, containers or loads track and monitor the condition of the individual packages in transit and at the warehouse.

By using such a hybrid IoT technology and portable devices, the location as well as the health of the shipment can be monitored in real time. You can implement visibility across your enterprise without relying on the fleet owners or the logistics service provider, making the model scalable and providing you with the power of integrated data across all your shipments. The collected data can be used to analyze trends such as past shipping patterns. With insights into past shipments, real-time information about the location and the condition of the shipment, predictions are more reliable and actionable.

For example, if the temperature of your consignment is rising in the summer months and it hasn’t moved for more than an hour from a location where it shouldn’t have stopped in the first place, it could indicate an issue. If real-time temperature data was not known (as in the case of fleet tracking systems), you would be unaware that your goods were in jeopardy.

The only challenge with portable device deployment to monitor things is about managing their reverse logistics. Most portable shipment monitoring devices may not be economical to dispose after use on a single trip. Therefore, before using a portable device, it’s important to ascertain if a tight reverse logistics system is in place for the retrieval of your IoT devices.

The best route is to work with an IoT provider who handles the reverse .

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