IoT

   Today, marketing is not product-oriented, and the Internet is not information-oriented. Marketing and the internet simultaneously target customer focus, strengthen their interaction with products, and provide them with more data, taking into account the values of users.

   Especially in today's world where the competition between companies is at the highest level, we should keep up with the renewed technologies and make the best use of them in order to gain an advantage from these competitions with the best result.

    For the logistics sector, which is gaining more and more importance, companies need to gain a competitive advantage. So, Smart logistics is one of the application areas of the internet of things. More specifically, Barreto et al. (2015) also defined the application areas of industry 4.0 applications in the field of logistics and listed them as follows: Resource planning, storage management systems, transportation management systems, intelligent transportation systems, and information security.

   In logistics, the IoT can connect various assets along a supply chain and analyze the generated data in real time using automated systems. Therefore, by analyzing not only the locations of the shipments but also the dynamics of the shipment's journey such as temperature, road conditions and traffic, it can provide conditions that will facilitate us to make critical decisions with flexibility that was not possible before while the vehicle is on the route. In other words, it can enable us to reduce logistics costs based on optimization.

An Example;

Let's say you are carrying weapons for the defense industry and you do not want your truck to be opened randomly except for the target warehouse. 

While the opening conditions are as follows: When the trailing driver came only to the targeted warehouse area, you can unlock the trot to the specified number to the designated number.

In the middle of the road, when the truck is stopped, the alert message is automatically transmitted to the interests in the headquarters. This automatic message is not from the Captain Driver, but from the stopped TIR.

The officials from whom the message came naturally can call the captain driver or let's enrich the example a little more so that they can watch what is happening around the truck by connecting to the cameras in the relevant parts of the truck from their mobile phone.

If the conditions that need to be opened are formed (Security Officers etc.), whether the truck can be unlocked while sending a remote command from the center which is far away, or the captain and driver can open it by sending the 'open' command.

In the Captain driver's SMS or like that may be an app, the system will not open this time when it is not the targeted warehouse, and it wants to confirm authorities from the general center.

The authority that follows the developments from the camera will also allow the trial door to open.

    There is also a joint Internet of Things project that will facilitate decision-making with near real-time data analytics in warehouse operations thanks to Wi-Fi-connected devices. Thus, the risks in this sector, which is of such importance and affecting many areas, are reduced.

    The increased revenue and lower cost model will spread more interconnected device technology among companies. Thus, an important potential will be provided with internet and network connection at supply chain points such as storage and freight transportation. For any company with a supply chain or logistics operation, the “Internet of Things” will have a disruptive effect, from customer-specific delivery options to more efficient warehousing and shipping.

Examples;



Vehicle tracking systems basically work within a system consisting of GPS, GSM/GPRS, digital maps, and special software. The mobile data devices installed in the vehicles transmit the two information they receive from the GPS satellites (the real-time when the satellite signal is sent and the position of the satellite in orbit at the time the signal is sent) and the temperature and similar telemetry information from the connected sensors to the control and communication center over the GSM/GPRS network.

This incoming information is compiled by special software and saved in the database on the servers. On the user side, vehicles can be monitored instantly or retrospectively, information from vehicles can be viewed, and alarm and program statuses of vehicles can be changed with an internet-connected computer and smartphone/tablet, thanks to special software. This structure creates the basic working logic of vehicle tracking systems.

What can be tracked with Vehicle Tracking programs?

According to the features of the vehicle tracking device, you can track the speed of the vehicle, the times when the ignition is turned on and off, the time spent in traffic, the fuel, and the temperature in the vehicle's body with sensors such as fuel, temperature, when the vehicle will arrive, the occupancy rates of the vehicles, thanks to the sensors developed for buses and shuttles, you can report. In addition, with the vehicle stop option developed for theft, if your vehicle is stolen, you can remotely stop your vehicle with a single action.


Sources;

Nesnelerin interneti (d-help.com)

https://musiad.org.tr/

https://docplayer.biz.tr/190105305

Araç Takip Sistemi – Mobiliz –

https://slideplayer.biz.tr/slide/

Yorumlar