Our Work
Design of embedded hardware and software for a grinding and polishing machine
Aura Beads is one of the leading manufacturers and suppliers of glass beads, glass chatons, and chaton beads, which are commonly used in imitation jewellery. The entire electronics circuit consisting of microcontrollers and sensors for the grinding and polishing machine has been provided along with embedded software solutions for the same.
Key areas of focus for the project include:
- Automation and control
- Servo drives/motors, PTP control
- Sensors
- Microcontrollers Cortex – M series
- HMI
- Communication (Modbus, RS485, RS232)
Development of embedded software for railway applications
Critical Software, a leading service provider based in Portugal, is our direct client through whom we develop and deliver embedded software for battery-operated trains specifically for the European market. This collaboration supports a major multinational rail system provider based in Germany.
Our software solution aims to manage train control at the battery system level including thermal management of the batteries and ensuring seamless communication with the upper control system, known as TCMS (Train Control and Monitoring System).
Key areas of focus for the project include:
Design of embedded hardware and software for a grinding and polishing machine
Key areas of focus for the project include:
- Automation and control
- Servo drives/motors, PTP control
- Sensors
- HMI
- Microcontrollers Cortex – M series
- Communication (Modbus, RS485, RS232)
Development of embedded software for railway applications
Key areas of focus for the project include:
- C++17
- CAN
- Version control (Git, Gitlab)
- Safety compliance
- CIP communication
- Software standard IEC61131-3
- Proprietary controller device
- Train testing support and validation on train simulator
- Documentation such as requirements specification, test specification, SW architecture and design etc.
Development of an embedded software solution for a solar application.
A solar power plant consists of numerous solar panels paired with solar inverters strategically positioned throughout the farm. One significant challenge is the efficient collection and transmission of data from all inverters to a central server for monitoring parameters such as active power, string voltage, string current, total power, grid frequency, daily generation, and any events or faults.
To address this, we have developed and implemented embedded software capable of wirelessly gathering data from the inverters and transmitting it to a central server within a 2 km range.
Key areas of focus for the project include:
- Solar inverters
- Modbus (RS485)
- Microcontroller (ESP32)
- Wireless communication
- UART (RS232)
Development of a drone prototype for a company interested in starting a drone business.
Key areas of focus for the project include:
- Drone (Octocopter)
- Magnetometer, Barometer
- BLDC Motor Control
- IMU (Inertial Measurement Unit) Accelerometer, Gyroscope
- Sensor Fusion
- Flight control
- In-flight data logger
- Communication with the ground station
Development of a drone prototype for a company interested in starting a drone business.
In our current project, we have successfully developed the embedded software for a drone prototype specifically engineered for agricultural applications. The flight controller hardware incorporates an IMU sensor with integrated 6-axis motion capabilities, a 3-axis magnetometer, and a barometer, enabling precise control across 10 degrees of freedom (DOF). While a basic prototype has already been developed, we are actively working on enhancing its capabilities with advanced features.
Key areas of focus for the project include:
Drone (Octocopter)
Magnetometer, Barometer
BLDC Motor Control
IMU (Inertial Measurement Unit) Accelerometer, Gyroscope
Sensor Fusion
Flight control
In-flight data logger
Communication with the ground station
Development of an embedded software solution for a portable tea dispenser machine.
We developed an advanced embedded software solution for a tea dispenser machine utilizing induction heating technology. This solution features a user-friendly interface that allows for seamless control of various modes and settings, all powered by the efficient STM32 microcontroller to optimize the tea-making process.
Key areas of focus for the project include:
- Induction heating
- Power electronics
- User Interface (UI)
- STM32 MCU
- Temperature sensor (NTC)
Development of an embedded software solution for an Ethernet cable tester.
We have provided an embedded software solution for Ethernet Cable Tester circuits that checks the cable integrity and detects a range of faults, including open circuits, shorts, split pairs, reversed pairs, and crossed pairs. This innovative system delivers real-time results directly to mobile devices via Bluetooth connectivity, ensuring efficient and user-friendly diagnostics.
Key areas of focus for the project include:
- Bluetooth low energy (BLE)
- ARM Cortex M series, dual core MCU
- Analog electronics
- Analog to digital converter (ADC)
Development of an embedded software solution for an Ethernet cable tester.
We have provided an embedded software solution for Ethernet Cable Tester circuits that checks the cable integrity and detects a range of faults, including open circuits, shorts, split pairs, reversed pairs, and crossed pairs. This innovative system delivers real-time results directly to mobile devices via Bluetooth connectivity, ensuring efficient and user-friendly diagnostics.
Key areas of focus for the project include:
