IoT & Wearables Engineering

 

Connectivity Technologies

  • Bluetooth: Custom Design connected devices based either on Classic Bluetooth or Bluetooth Low Energy.
  • GMS/GPRS/3G/LTE: Mobile communication networks are vastly used to transmit voice & data services.
  • GNSS/DGPS/RTK: Development of LBS applications based on satellite navigation technologies.
  • WiFi/WiMAX: Wireless networks providing data links to transmit a variety of services.
  • SIGFOX: Communication solutions (private) to transmit a variety of services.
  • PLC: Power Line Communications provide high-rate connectivity using existing wires (AC or DC).
  • Femtocells: Development of Femtocells-based applications to provide radio mobile coverage at low cost and with lightweight devices.

Sensor Technologies

  • Motion and Movement: Accelerometers and gyroscope providing 9-dimension information about acceleration and orientation of the device.
  • Human Machine-Interface: Sensors to interact with the product and technology such as touch or proximity sensors.
  • Medical Sensors: Oximetry and Pulse sensor based on photoplethysmography (PPG) technique can provide information about oxygen level and pulse in wearable products.
  • Ultrasonic Sensors: Ultrasound sensing technologies are used in biomedical applications (echography), motion and position sensors, sonar systems, material characterisation, defect detection and many other applications.

Power Technologies

  • Power Architecture: Defining the power architecture of the system is critical to ensure minimum consumption and maximum efficiency.
  • Battery Management: The need for protection and ensured safety while charging and management battery use, are important key features for battery-based systems.
  • Wireless Power: Wireless power is able to charge batteries without the need for a wired connection, making this solution ideal for the consumer and environmental fields.
  • Energy Harvesting: Obtaining energy from solar or other sources such as RF or motion.

Electronic Engineering

  • Complete Product Development: We offer a complete product development process, from designing your product to manufacturing it to be ready to the market entry.
  • Integrated Development: We are experts in integrating hardware and developing firmware to provide a complete solution.
  • Embedded Systems: We are able to integrate from basic microcontrollers with limited functionalities to Linux/Android-based processors for your product.
  • Quality & Certifications: We follow best practice in engineering (V-model) to ensure the quality of our products. Furthermore, we support our client in passing all EMC and required certifications to facilitate market entry.