IoT Systems
We do R&D on IoT systems that we are confident will improve our cities, our environment and even our entire planet.
IoT systems have started to contribute to our lives in every aspect and their application areas will expand day by day. The biggest application constraint of IoT systems, which finds many application areas from factories to fields, is the technological limits in our communication and information processing capacity. Especially with the introduction of 5G into our lives, they will accelerate and thus become cheaper, and they will surround us and even our bodies.
It contains different challenges than a standard software project. With the increasing number of devices, the size of the data collected increases considerably. At this point, the first difficulty we encounter is the transfer and store large amounts of data. Another challenge is for software systems to query and visualize this data.
To date, we have designed and implemented systems that have reached a daily transaction volume of one billion. We are developing an IoT hub project with our relevant system development and operating experience. In this way, we will avoid repetitive costs and long test times in new software projects. With our existing infrastructures, we can communicate with devices working with the following protocols.
- Message Queue Telemetry Transport (MQTT)
- HyperText Transfer Protocol (HTTP)
- Constrained Application Protocol (CoAP)
- Data Distribution Service (DDS)
- WebSocket
- Advanced Message Queue Protocol (AMQP)
- Extensible Messaging and Presence Protocol (XMPP)
- OPC Unified Architecture (OPC UA)
- Simple Network Management Protocol (SNMP)
We also minimize operating costs by optimizing the data storage principles for the storage of big data according to the project objectives. We can use commercial and open source systems together or alone to store IoT data.
To date, we have developed and operated IoT projects in 2 sectors.
Our Projects
Ship Fleet Information System
It is a Ship Fleet Monitoring system. The location of the ship, telemetry values, passenger counting system and public transportation time information are recorded and reported.
Keywords: ASP.Net, C#, JS, CSS, MSSQL, C, C++, PLC, Swift, Axis, Windows Server, IoT
Organic Agriculture Monitoring
It ensures that the field, farmer and field analysis information of the cotton production processes are recorded with the delivery information and the process is followed with the barcode. In addition, it provides tracking and reporting of all information with data matrix for the end user.
Keywords: Smart Agriculture, ASP.NET, JS, CSS, C#, Windows Server, IoT
Tailor-made Yarn Quality System
It arose out of a concrete need to monitor the quality of textile yarn production and take the necessary actions. In textile processes, it is possible to define production quality standards with infinite variance based on order. With MES systems and machine integrations, quality data is automatically collected and evaluated by users, and detailed quality data and evaluation results are transferred to the SAP quality module.
Keywords: MES, ASP.NET Core, JS, CSS, C#, Windows Server, Windows Service, IoT
