Our embedded system architecture team can provide exceptional embedded systems solutions, by determining which hardware components and resources fit best to the system requirements, ensuring system scalability and identifying system bottlenecks and points of failure.

Are you looking for software architecture support? Our team of experts can help you design and build reliable, robust, scalable and modular software architectures, incorporating security and safety protocols, like access control, authentication, encryption, secure boot and secure communication. Our software architects have a deep understanding of the embedded systems and the software development life cycle, having a strong understanding of various single core and multi core microcontroller architectures and suitable operating systems for embedded systems.

We are proficient with IBM Rational Rhapsody and Sparx Systems Enterprise Architect. The IBM Rational Rhapsody tool provides a collaborative design development and test environment, supporting UML, SysML, UAF as well as AUTOSAR import and export capabilities. Sparx Systems Enterprise Architect is a visual modelling and design tool based on the OMG UML that supports the design and construction of software systems. It is used not only to model the architecture of systems, but to process the implementation of these models across the full application development life-cycle.

We are offering exceptional software detailed design support for the automotive industry, ensuring that the software requirements are taken into account and that the software meets the automotive industry standards. This ensures that the software is reliable and will be able to operate safely in the automotive environment.

When design meets implementation and code generation, all integrated in one environment, many advantages are to come, such as easy configuration, early testing, code robustness and traceability.

Our team is mastering the IDE that supports Model Based Development (Matlab) together with their toolboxes for processing signals (Simulink) and for state machines development (Stateflow).

We have experience in Data Dictionary configuration and generation of production-ready embedded C code using Embedded Coder and TargetLink, as well as defining traceability between model graphical objects and functional requirement items within external tools.

As we are quality oriented, we perform early model static verification for uncovering potential issues, running Model Advisor and checking compliancy to the required rules and standards. In order to increase the efficiency, we perform early dynamic verification at model level versus code level (Model-In-The-Loop versus Software-In-The-Loop), even before the target platform is available.

Our company offers comprehensive AUTOSAR expertise through a range of services as quotations, requirements, architecture, implementation, integration, testing and problem reporting. Our AUTOSAR training options include both generic and dedicated training, tailored to the specific needs, processes, methods, and tools.

Our team is well-versed in configuring AUTOSAR with various providers such as Elektrobit and Vector. Our expertise extends to the Basic Software, Communication and Diagnostic Stack, Crypto Stack, System Stack, Memory Stack, Complex Device Drivers, Microcontroller Abstraction Layer, Runtime Environment and Application Layer.

We offer AUTOSAR integration for both full and partial AUTOSAR environments, including implementation of AUTOSAR components, Complex Device Drivers and Communication Transceivers. Additionally, we are specialized in AUTOSAR requirement definition and management, as well as software and project management. Our testing capabilities include debug, integration tests, system tests and standard AUTOSAR acceptance tests.

All of our services are provided by highly skilled and experienced professionals with a deep understanding of AUTOSAR technology and best practices.

With a strong background in automotive software development, we have developed safety-critical systems based on the ISO 26262 standard, such as Electronic Steering Column Lock, Electric Power Steering, Battery Management Systems and ABS/ESP systems to name a few.

Our engineers are committed to designing and developing systems that are reliable, safe and efficient. We understand that the reliability and accuracy of these products are paramount for maintaining the safety of passengers and other road users.

With an extensive knowledge in coding languages like C and C++, strong debugging and troubleshooting skills, and a deep understanding of microcontroller architectures, our team has the knowledge and expertise to design and implement effective safety critical systems that are efficient and reliable, while still meeting ASIL-D certified requirements.

We are always looking for ways to innovate and develop better processes and systems to ensure our customers have the very best in safety and reliability.

Our software verification process includes rigorous examination of the software for any potential bugs, defects, and security vulnerabilities. We are familiar with code static analysis tools such as LINT or Polispace and model based verifications tools, which can check back-to-back the generated code against the formal model which generated it.

We offer great software testing capabilities for automotive companies. Our team of experienced software testers provide reliable and accurate testing of any embedded software, ensuring that it meets the highest standards of quality, safety and performance.

Our software test team has experience working with model based testing tools, testing models (MIL), code (SIL) and real-time applications (HIL) according to safety norms.

Our system testing team can test any embedded system for hardware dependency and components interoperability, against functional, performance, security and real-time requirements.

We are familiar with software testing automation for automotive, using specialised software tools to automate the software unit testing, integration testing, software testing and system testing of the embedded software applications and embedded systems. We are capable of building test automation hardware boards and harnesses in order to support the automated testing of the embedded systems.

Connected vehicles are quickly becoming prevalent in our society, as technology continues to evolve and become a part of our everyday lives. Our company has vast experience in connected vehicle development, from basic connectivity designs to complex applications.

Using cutting-edge technology and processes, we provide the most innovative and reliable solutions to customers. Our experience includes working with technologies such as GSM, BLE, WIFI, Ethernet and NFC. We have implemented various systems which gave us the experience to adapt to virtually any project or requirement.

With our extensive experience in the automotive field, we are well-versed in the use of CAN, FLEXRAY, LIN, UART, USB, SPI and I2C interfaces for automotive systems. Our engineers have successfully integrated functionalities using these interfaces into different automotive applications from various manufacturers, including but not limited to, Battery Management Systems, Vehicle Telematics, Car Infotainment, and Automotive Security.

As the automotive industry progresses, we are constantly exploring new technologies in order to stay ahead of the ever-evolving industry. By keeping in touch with the market, we are ensuring that our solutions remain at the forefront of the connected vehicle revolution.

We are dedicated to providing comprehensive automotive software security services to ensure the safety of passengers and protect the integrity of vehicle software. We recognize the importance of securing vehicle software from a variety of security threats, including cyberattacks and unauthorized access.

Our team consists of experienced engineers and cybersecurity professionals who specialize in a range of customized services. One of our strong assets is Secure Boot, which ensures that the software running on a vehicle's electronic control units (ECUs) is authentic and free from tampering. We also offer Cryptography services, that provide robust encryption and secure communication between different ECUs, thus preventing attackers from intercepting and tampering with sensitive data. In addition, we offer Secure Diagnostics, which employs an authentication and authorization method to protect sensitive data from unwanted intrusion. 

Our goal is to work closely with our clients to identify potential threats, address vulnerabilities, and develop customized solutions to protect their vehicle software and data.