DUNASYS provides you with a comprehensive FAQ to support you at every stage of your projects.
Dunasys has a strategic partnership with b-plus GmbH, a leading German provider of automotive data acquisition services. Together, the two companies combine their complementary expertise to meet the requirements of major vehicle development programs in the Americas.
We provide telematics solutions that combine embedded devices with an intelligent platform for fleet management and car-sharing. Our turnkey approach simplifies connectivity, centralizes your data, and streamlines the management of your mobility operations.
We leverage the 19 years of expertise of our teams to provide engineering resources directly at our clients’ sites or to deliver their projects from our engineering office.
An embedded system is an electronic and software system integrated into a piece of equipment or a vehicle to perform specific functions such as data collection, communication, control, or real-time information analysis.
CAN and LIN networks are the communication systems that let a vehicle’s electronic control units exchange data. The CAN bus handles high-speed, critical communications between major systems such as the engine, braking, and ADAS. The LIN bus, which is slower and lower-cost, is used for simpler functions such as door modules, seats, or lighting. Together, they form the backbone of the vehicle’s electronic architecture, enabling reliable data exchange between onboard systems.
A datalogger is a device used to collect, record, and analyze data from vehicles and electronic systems, supporting testing, validation, and technical monitoring phases.
ADAS improve safety, driver assistance, and vehicle performance through embedded technologies capable of analyzing their environment in real time.
The Software-Defined Vehicle refers to a new generation of vehicles whose features rely mainly on scalable, connected software architectures.
Connected vehicles exchange large amounts of sensitive data through complex electronic architectures. Automotive cybersecurity protects communications, embedded systems, and connected infrastructure.
Electrical monitoring makes it possible to supervise and analyze the electrical data of a vehicle or piece of equipment, in order to optimize the performance, maintenance, and reliability of embedded systems.
DUNASYS Technology brings together all of the group’s technological expertise related to embedded systems, advanced electronics, and the communication architectures used in connected and industrial environments. This entity supports mobility and industry players on technical challenges requiring robust, smart solutions capable of processing large volumes of data in real time.
Our teams work on topics related to CAN/LIN embedded communication networks, dataloggers, ADAS, ECU testing, the Software-Defined Vehicle (SDV), automotive cybersecurity, and the electrical monitoring of connected equipment and vehicles. These technologies ensure the collection, transmission, analysis, and protection of the critical data used in modern electronic architectures.
With its expertise in embedded electronics, communication protocols, real-time software, and data acquisition, DUNASYS Technology develops solutions tailored to the constraints of automakers, suppliers, and industrial players operating in sectors where system performance, reliability, and security are essential.
