Teoresi offers innovative solutions based on electric control systems, sensor fusion systems, connected and telematic systems, and human machine interfaces with advanced, adaptive, predictive algorithms. These solutions span from the initial concept to the validation of the final prototype.
Teoresi focuses on sustainability, safety, and cybersecurity of each solution. They apply a holistic approach across technology and industry, ensuring not only product performance but also user experience.
Examples of projects
Self-driving kit concept
This is a prototype kit suitable for integrating self-driving features in electric city cars. It results from extensive experience in ADAS development for safer and more sustainable mobility. This internal project leverages experiences gained over the years, particularly in developing an electronic system that transforms an electric city car into an autonomous vehicle.
The project aims to facilitate the transfer of Teoresi's value to customers, positioning the company as a high-level technology partner and system Integrator.
Main developments:
- Mechanical and electrical design, software control algorithms for drive/brake/steering by wire
- Integration of Apollo framework on vehicle architecture
- LIDAR management and fusion
- Advanced perception module with an image sensor
- Positioning system
- Development and integration of information from GNSS sensor
- Development of a high-detail 3D map of the environment
- Integration and software development for sensors on AGX Nvidia boards
Autonomous Carrier concept
This internal project was created to leverage experiences gained over the years, particularly in developing an electric, connected, autonomous wheelchair. This wheelchair facilitates the transportation of people with disabilities inside airports, museums, schools, and hospitals.
The project aims to transfer Teoresi's value to customers, positioning the company as a high-level technology partner and system integrator.
Main developments:
- Software control algorithms for BLDC motors (FOC)
- Development of algorithms for ToF sensors
- Development of a logging system
- Advanced perception module with a depth camera
- Positioning systems indoor with markers and triangulation
- Positioning systems outdoor with GNSS
- Development of navigation and localization modules
- High-level control and battery management system
| Supported Devices | BlueNRG, INEMO, MEMS, STM32F4, STM32F, STM32H7, STM32L4 |
| Proposed Services | Certification, Consulting, Electronic Manufacturing, Firmware Design, Hardware Design, Industrial Manufacturing (final commercial product), Quality Mgt, Software Design, System Architecture, System Design |
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