IOTROCOP TECHNOLOGY

Who Are We

As a team of experts cultivated in the field of R&D, we embarked on our journey by combining extensive experience in software, mechanics, and electronics. Founded in 2023, our company is driven by the goal of introducing new technologies to various industries. Our mission is to push the boundaries of technology and add value to sectors by crafting innovative solutions. Innovation and creativity lie at the core of our business, while quality and reliability take precedence in the solutions we offer. Our seasoned team is equipped with robust knowledge and practical proficiency in software, mechanics, and electronics. The experience we have gained across diverse sectors enriches our vision and contributes to our ability to generate pioneering projects. We are here to deliver enhanced services to you and to shape the technologies of the future starting today. With the power of technology, we are eagerly committed to constructing a brighter and more innovative future.

Partner with us to collectively shape the future.

What Are Our Services?

Server Services

The automation of industrial processes and data management has triggered a significant transformation in the manufacturing sector. In this transformation, the role of servers holds critical importance. Servers undertake various tasks such as managing workflow processes, collecting, analyzing, and sharing data within factories. These servers collect and monitor data generated by sensors and other devices present in factories. This data enables real-time monitoring of production processes. For instance, performance data of manufacturing machines such as temperature, pressure, and speed can be collected and evaluated through servers.
-Servers communicate with automation systems to manage production processes. They can control the operation sequence, speed, status, and settings of machines on the production line. As a result, human intervention is reduced, and processes are managed more accurately and efficiently.
- It is essential to securely store and back up data generated in factories. Servers play a crucial role in centralizing and making this data accessible by storing it in a centralized repository. Regular backups are also performed through servers to prevent data loss
- Servers enable factory systems to connect to the internet and provide remote access. This facilitates remote diagnostics by experts and simplifies maintenance and update procedures. Additionally, servers play a crucial role in ensuring the cybersecurity of factories. They take measures to protect against internal and external threats, monitor the security status of the system, and implement precautions against potential attacks
In this context, as our software team, we assist you in shaping the future of your factories. By designing software solutions tailored to the specific needs of your business, we enable you to harness the full potential of servers.

Mobile Control

The business world is rapidly digitizing, and the power of mobile technologies is opening new doors in industrial process management. We are at the forefront of this transformation, offering our customers the latest mobile application solutions for controlling factories and similar systems. The use of mobile applications in industrial settings presents new avenues for enhancing businesses' flexibility and efficiency. Mobile applications provide opportunities such as remote monitoring and management of factory processes, real-time data tracking, swift decision-making, and increased production efficiency, thereby strengthening businesses' competitive advantage. Together with our expert software team, we provide tailored mobile application solutions to our customers. With these applications, you can easily control your factory and industrial systems, optimize processes, and maximize your efficiency. Our applications, with intuitive interfaces and powerful capabilities, propel your businesses one step ahead

Industry 5.0

With the aim of adapting to industrial advancements, we provide services focused on Industry 5.0. In this era of rapid technological evolution, we offer solutions to make businesses smarter, more flexible, and efficient. The Industry 5.0 approach aims to create a more integrated, data-centric, and human-machine collaborative production environment by merging traditional industrial processes with digital innovation. Through our services, we prepare our customers for this new transformation. With innovative mechanical design, electronic integration, and software solutions, we enable businesses to fully leverage the opportunities brought by Industry 5.0. We offer comprehensive solutions in areas such as equipping machines with smart sensors, implementing predictive maintenance through data analytics, and providing remote monitoring and control capabilities

Mechanical Design

In today's rapidly evolving technological landscape, businesses need innovative approaches to stay competitive and enhance efficiency. We provide custom solutions in the realm of mechanical and robotics to enable businesses to operate smarter and more efficiently. Mechanical and robotics solutions empower businesses to automate manual and repetitive tasks, allowing them to redirect human resources toward more strategic responsibilities. Alongside our expert team, we design and integrate mechanical and robotics systems tailored to our customers' needs.With a customer-centric approach, we understand the unique requirements of businesses and offer the most suitable solutions. Our mechanical and robotics systems not only help manage your production processes more effectively and efficiently but also allow you to enhance quality. As technology continues to advance, we are committed to delivering solutions that empower businesses to thrive in this competitive landscape.

Customized PCB Design

The design and production of electronic devices are becoming increasingly important. We provide our customers with specialized and cutting-edge solutions in PCB design, ensuring the highest quality and performance of your electronic products. PCB (Printed Circuit Board) design serves as the fundamental carrier of electronic products. A well-designed PCB enhances the efficiency, reliability, and durability of products. Collaborating with our expert engineers, we deliver PCB designs tailored to our customers' needs. Through our customer-centric approach, we offer customized solutions for each project. By employing the latest technology and best practices in PCB design, we maximize the potential of your electronic products. Additionally, we keep you informed and engaged throughout the design process, ensuring that your project meets your exact specifications.

Electronic Board Software

Processors and embedded systems are the cornerstones of the electronic world. We provide our customers with specialized and innovative solutions in the field of processors and embedded systems, ensuring that your projects achieve top-level performance and efficiency. Embedded systems work behind the scenes in many devices, ensuring their accurate and swift functioning. The design and optimization of processors and embedded systems are fundamental factors influencing the quality and competitiveness of your products. Together with our expert team, we design processors and embedded systems tailored to our customers' needs. Through our customer-centric approach, we offer customized solutions for every project. By utilizing the latest technology and best practices in processor and embedded system design, we maximize the potential of your products. Additionally, we collaborate with you at every stage of the design process to ensure that your project attains its objectives.

PROJECTS

This PCB is designed to provide three-axis control for the laser module of a laser printer. It features four relays that operate directly through pins connected to the MCU. The circuit controls four industrial stepper motor drivers within the device it is integrated into. Additionally, it manages the opening and closing of the cover that safeguards the area where printing takes place. The circuit also incorporates a CAN-BUS protocol filter integrated circuit. This component is utilized to prevent potential noise and interference when transmitting data from the computer to the laser processor, ensuring unwanted noise and interference are mitigated, preserving clean communication.

Our project has been developed in collaboration with the faculty members of Antalya Bilim University. Our primary objective is to enable the autonomous control of plants within a greenhouse. Furthermore, we aim to detect any parasitic conditions using image analysis and create a map of harmful organisms within the greenhouse based on these detections. Additionally, our project involves using robotic arms for both plant visualization and targeted pesticide application when necessary. As part of our project, our company has been involved in the mechanical system design, electronic system planning, and overall system design. We have also established a project partnership through collaboration with the university.

This project features a custom-designed system tailored to the specific needs of the customer. It incorporates a total of 5 industrial sensor inputs and TFT or other display screen inputs. Additionally, it controls 4 button inputs and 2 industrial stepper motor drivers. By utilizing the ESP32 microcontroller, real-time responses can be provided to changes occurring in the customer's machine, ensuring swift adaptation to these modifications. The customer's machine can be connected to the internet or a local network. Data is obtained from the machine's internal database or a dedicated service provider (which could be a computer program, a device like a phone or tablet) to execute motor movements in 2 axes. This way, the production process or operation of the customer's machine can be optimized, and quick responses can be provided to required alterations. Moreover, this integrated system also manages the control of print heads responsible for brand printing on the customer's machine. Through this comprehensive system, the customer gains the ability to manage their machine in a more flexible and efficient manner, swiftly adapt to changes, and steer production processes more effectivel

Upon the request of our customer, we have developed a project to digitize the manual screens of yachts. In this project, we collect analog data from the yacht's engine through a specially designed PCB. Subsequently, using our custom embedded code, we transform this data into digital format and display it on a screen. Our objective throughout this process is to provide yacht owners with an easier means of controlling their yachts. Thanks to the PCB we have designed and the software we have developed, we reliably convert analog data into digital format, offering yacht owners a more user-friendly experience.

As per our client's requirements, we are designing customized control systems by revising existing machines. This comprehensive solution encompasses mechanical design, PCB integration, and screen design. Furthermore, we provide mobile applications tailored for specific users. Through this solution, we enable remote control of the revised machines. With our developed control systems, you can monitor and manage your machines remotely regardless of your location. Additionally, we capture product information generated during the production process on a daily, monthly, and yearly basis. By collecting this data in a database-supported structure, we offer access through a personalized mobile application designed for each customer. Through this dedicated mobile application, you can track product information during the production stage and perform daily, monthly, and yearly checks. Integrated with the developed control systems, this application assists in enhancing the performance and efficiency of your machines. By combining mechanical design, electronic integration, and tailored mobile applications, we provide our customers with an advanced control and monitoring solution.