Why should India increase NAVIC’s competitiveness?

1. Accuracy of NAVIC is less than GPS, so, NAVIC should have to increase its efficiency or accuracy.
2. To conquer the competition from US’s GPS, EU’s Galileo, China’s Beidou and Russia’s Glonass.
3. Range of NAVIC is over India and neighboring countries up to 1500km alone whereas other services like GPS have global coverage. India have to increase the range of NAVIC.

How India should increase NAVIC’s competitiveness ?

1. Promoting research and development for better accuracy.
2. India should promote and encourage the app-developers to develop apps for utilizing NAVIC system.
3. Require open innovation using the navigation platform.
4. Make the data safe and secure and it should be highly authentic and reliable.
GPS tracking device normally an electronic gadget implements with moving object to track their location. The recorded Global positing can be store in device internal memory or it may store in a central data storage or Server using a telecom operator (GSM, GPRS or sms) , radio , satellite modem embedded in GPS tracking Device. It allows objects location to be monitored against a map backdrop either in real time or play back history of your vehicle. To visual GPS Tracking data, you may use GPS Tracking Software that allow you to check object in graphical interface. In backend most of companies use SQL server, my-sql and oracle to store database record in table format. Using web and mobile software development technologies can be represented data on website and mobile application. Data tracking software can be used for smartphones with GPS capability. GPS Tracking Device Architecture: PCB , sim slot, GSM/GPRS Antena , Microcontroller, Internal memory, USB connector, capacitor , semi-conductor, battery , connecting pins, indicator led.

What is Indian GPS ?

Indian GPS is the navigational system of India, it is called as IRNSS or NAVIC. This technology was invented to reduce the dependencies on the other country and collect information about time and location without any irruption even in war like situation. In 2016, Indian space agency “ISRO” (Indian space research organization), launched the satellite IRNSS-G1 with the help of PSLV-C33 Polar Satellite Launch Vehicle. With IRNSS-G1, India will now have a total of seven satellites. These satellites will help the Indian scientists to build a strong navigational network. Indian GPS is authoritatively called the IRNSS or NAVIC as it suggested by Prime Minister Narendra Modi after the launch of the IRNSS-G1 satellite. IRNSS stands for Indian regional Navigation Satellite System and NAVIC stands for Navigation Indian constellation. The NAVIC system will consist of a total of 9 satellites. Seven in the orbit and two on the ground as stand-by.

Types of GPS Trackers methods and technologies:

Data Loggers:

The NAVIC is very useful navigational system which will work in many sectors. The satellite will be used for terrestrial navigation for military and travelers with different accuracies and applications. It will also help the India in the defense region to monitor the marine and the aerial space. Other usages are disaster management and mobile navigation. The Indian navigational system NAVIC provides positional accuracy of 10 meters. For civilian usage, more manufacturers have to start making the navigation signal receivers at a very affordable price. These receivers called GPS Tracker or GPS tracking devices.GPS Tracking Data Loggers work with local storage with object in their internal memory inbuild in device. Data Loggers are totally different from what most people think of as GPS tracking Device in that Loggers device storage data and don’t communicate with any external server to send real time location tracking information. For commercial and personal that not require real time tracking while want to track accurate map of where object have been, GPS tracking loggers present an effective, affordable option. Most GPS Loggers system with their own software CD to install on your Computer to change data in usable format. Having USB port in build in Data logger user can transfer data easily from one device to another. Using their software in your system and track location history in your computer. Data Loggers mostly use following formats GPX, KML, NMEA and XML etc. to storage positioning data. Most of the latest Digital cameras uses geotagged photograph technology in which device store time and geo location along with photograph. Camera digital clock and GPS used as its time and tracking source.

Data Pushers:

Data Pusher technique is a most common method used in gps tracking like asset tracking, vehicle tracking system and personal tracking Also known as a GPS beacon, basically in Data pushers process GPS Tracking device send data to sever after an interval time like position and other information like speed, altitude, GMT sudden brakes etc. that can store and instantly analyze the data. Data pushers are the most common GPS tracking device and are common for visualise company assets. It’s generally come in two parts: the tracking hardware and the tracking software. A good example of this type of GPS tracking device is available name GW02. It’s also use in Mobile device tracking. In Data pushers process we plant server ip and port in GPS Tracking device to send data to particular server and should have also set interval time. In software part: device send data to server regularly after a particular interval time. Using tcp Listener on sever using inbound rule fleet tracking software capture data and store in server database storage. TCP Listener communicate with device to perform activities like geo fencing etc. with the software communication you can send instruction to device and monitor their pre-recorded data.

Data Pullers:

GPS data pullers are also known as GPS transponders. In GPS Data pullers technology device send data to sever on their request with special command. Basically, in this process device not send data regular basis to server it works like to pull data from GPS tracking device on their requirement in case of theft or other purpose.

Vehicle OBD GPS Tracker:

OBD GPS trackers are plug and play devices that can easily implement on vehicle main dashboard. OBD GPS tracker is a portable device often used to tracking vehicle diagnostic and fuel consumption related data. an OBD GPS Tracking device get power from the OBD power port itself inbuild in main dashboard and contains a built-in antenna along with a GPS module in order to receive the GPS signal. An OBD GPS tracking device connected with the mobile network tower to send the geographical position and other vehicle Tracking related data to the server over telecom wireless network. Users can monitor fleet using GPS Tracking software or web browser from a desktop/laptop computer or using smartphone applications.

What is GPS Tracking, how it works and which equipment’s use with GPS tracker for GPS tracking ?

OBD GPS trackers are plug and play devices that can easily implement on vehicle main dashboard. OBD GPS tracker is a portable device often used to tracking vehicle diagnostic and fuel consumption related data. an OBD GPS Tracking device get power from the OBD power port itself inbuild in main dashboard and contains a built-in antenna along with a GPS module in order to receive the GPS signal. An OBD GPS tracking device connected with the mobile network tower to send the geographical position and other vehicle Tracking related data to the server over telecom wireless network. Users can monitor fleet using GPS Tracking software or web browser from a desktop/laptop computer or using smartphone applications.GPS tracking is a process to get actual location of any object with their real time global identification. GPS Tracking System identify any object position using a measurement unit called Longitude and latitude.

What is longitude and latitude ?

OBD GPS trackers are plug and play devices that can easily implement on vehicle main dashboard. OBD GPS tracker is a portable device often used to tracking vehicle diagnostic and fuel consumption related data. an OBD GPS Tracking device get power from the OBD power port itself inbuild in main dashboard and contains a built-in antenna along with a GPS module in order to receive the GPS signal. An OBD GPS tracking device connected with the mobile network tower to send the geographical position and other vehicle Tracking related data to the server over telecom wireless network. Users can monitor fleet using GPS Tracking software or web browser from a desktop/laptop computer or using smartphone applications.GPS tracking is a process to get actual location of any object with their real time global identification. GPS Tracking System identify any object position using a measurement unit called Longitude and latitude.Longitude and latitude are virtual (imaginative) lines establish on the earth’s map to easily locate places on earth. Longitude and latitude are also used to find the position of any object on the earth planet with the help of GPS satellite. Longitude is an imaginary line effluence from east to west of the prime meridian. While latitude is the distance north pole to south pole of the equator. Both of these (longitude and latitude) are measured in terms of 360 degrees (symbolized by °) of a circle. In short, we called longitude as ‘long’ and latitude as ‘lat’. The equator is a line of zero-degree lat, (0° latitude), the first point of measuring latitude. The latitude of the north pole is 90° N, and south pole is 90° S. The lat of each point in between be some degree north or south, from 0° to 90°. The measurement of 1° degree of lat is equals to 111 km. The measurement of longitude is in degrees east or west of the prime meridian. i.e. one half of the world is measured in degrees of east longitude up to 180°, and the other half in degrees of west longitude up to 180°.

GPS tracking system follows following process to track any object with its real time location:

First of all, we need a GPS tracker in which we need to plant vts sim card having internet data pack and messages. The GPS tracking device connected with nearest mobile network tower to communicate with server via a tcp listener and get actual lat or long position by satellite. Device send data on regular basis to sever after a particular interval time. Interval time can be modified using command and, in some devices, it’s pre-define. Server store all information in their database to visualize gps tracking a software application bind data in their web, mobile interface. Basically, device support two-way communication. This is the process of tracking any object. Now we are going to describe you, how to track any object or how GPS tracking system work. Basically, GPS tracking system works on the simple and easy principle. GPS tracking system having three parts: satellites, Ground stations, and receivers. All these parts having important role in GPS tracking system. Satellites works as the star in the orbit, satellites work to find out the actual longitude and latitude position of any object on the earth planet. The number of satellites depend upon the efficiency of the GPS tracking system. More the number of satellites in the orbit more will be the accuracy of the GPS tracking system. Ground stations use as the radar to make sure the actual position of the coordinate of the earth. A receiver, it is a GPS tracking device which can be installed in your vehicles/ fleet which constantly listening signals from these satellites. The receiver or GPS tracking device figures out how far away they are from some of them. Once the receiver calculates its distance from the satellites, it knows exactly where you are. From miles up in space your location on the ground can be determined easily. GPS tracking system usually determine your actual location with incredible precision in all-weather condition.

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