We're pushing the boundaries of technology across industries. From creating intelligent embedded systems to developing groundbreaking solutions, we engineer a smarter future.
An image-capturing water meter sensor leveraging the ESP8266 microcontroller. This sensor utilizes the C++ programming language to capture an image of the water meter and transmits it via HTTP protocol to a designated AWS server. A custom Python image recognition algorithm then processes the received image to extract the water consumption data from the meter display.
IOTA configuration management solution for smart tools. The system leverages a C-based embedded server hosted on a customized Linux platform. The server facilitates secure communication with an Android application via sockets. The Android application utilizes Near-Field Communication (NFC) to directly upload configuration data onto the smart tool.
ToolingAn external module that incorporates embedded system principles to implement weather-driven automation for a farming robot. The system retrieves weather data from a dedicated C-programmed weather station and leverages this data to automate the watering process. This project establishes a robust foundation for the development of further smart control functionalities for a Farmbot.
Green techThis project focused on developing an AI-powered balance detection system. The system utilizes data acquired from accelerometers (STMicroelectronics SensorTile - 4M RAM) to train a machine learning model, subsequently exported from Keras to C++. This model functions similarly to a podometer by recognizing specific balance patterns within the accelerometer data.
AIThis project involved the development of core software modules for an orbital spacecraft, contributing to a larger space industry project. The work encompassed the design, implementation, and testing of low-level Real-Time Operating System (RTOS) components, along with the application software that interacts with these flight modules.
This project entailed the full life cycle of embedded flight software development for a 2U CubeSat nanosatellite. Responsibilities included requirements specification, system design, and comprehensive validation of the flight software. The project also involved integration with scientific subsystems such as the Attitude and Orbit Control System (AOCS), as well as hardware validation of the CubeSat's payload.
We are committed to fostering a strong customer network built on trust and collaboration. While our core expertise lies in embedded systems, we embrace a multidisciplinary approach to engineering. This allows us to tackle a wide range of projects across various sectors, including industrial, research, automotive, and defense. We believe this flexibility fosters continuous learning and skill development, enabling us to deliver exceptional value to our clients.
Our team specializes in designing embedded software leveraging Real-Time Operating Systems (RTOS) and cutting-edge technologies. This ensures the quality and longevity of our products. We primarily utilize C and C++ as our core programming languages, employing a comprehensive suite of development tools. To address the diverse constraints of our projects, we have experience working with various hardware SoCs (System-on-Chip) and operating systems to suit the customer's technological challenges.
In the ever-evolving landscape of technology, the Internet of Things (IoT) has become an indispensable tool for businesses across all industries. We leverage our expertise to assist clients in prototyping and developing a wide range of connected devices. Our capabilities encompass everything from compact, intelligent sensors to sophisticated learning tools, enabling us to cater to the diverse needs of the connected market.
The past decade has witnessed a significant surge in Artificial Intelligence (AI) adoption across various industries. Recognizing this transformative potential, GCO-SYSTECH is committed to staying at the forefront of technological innovation. We believe that integrating AI capabilities into the embedded systems market holds immense promise for the development of more efficient and intelligent systems.
At the heart of every embedded system lies a processing board that facilitates the execution of diverse computing software. Recognizing that project requirements are inherently unique, GCO-SYSTECH offers custom hardware payload development to deliver optimal functionality. Our team leverages its expertise in basic electronics design to create solutions that perfectly align with specific project needs.
In today's competitive landscape, a strong online presence is crucial for business success. GCO-SYSTECH caters to this need by offering a range of web development solutions. We specialize in creating user-friendly, template-based websites, similar to the one you're currently experiencing. Additionally, we understand the importance of seamless implementation. For clients seeking comprehensive support, we offer complete deployment plans, ensuring a smooth transition from development to launch.
Soon to come.
We invite you to learn more about our capabilities and explore potential collaborations by contacting us through this form. Our team will respond promptly to discuss your specific requirements.