some highlights from our portfolio
An ever-evolving journey to enhance and refresh our portfolio
Project - 2 wheelers
Situation
Functional Safety analysis for a new bike model with multiple ARAS features.
Objectives
- Complete HARAs for all ARAS features.
- Define ASILs and Safety Goals.
- Develop FTAs for ASIL-rated features.
Actions
- Updated item definitions for all ARAS features.
- Compiled various scenario combinations.
- Completed HARAs, Safety Goals (SGs), and Functional Safety Cases (FSCs).
Results
- Delivered all required Functional Safety work products.
- Enhanced the scenario list based on ARAS feature characteristics.
Project - heavy trucks
Situation
Peer review of system engineering work products for ADAS features on trucks.
Objectives
- Review system engineering work products.
- Assess failure modes.
- Assess testing scenarios and methods.
Actions
- Analyzed system engineering work products.
- Assessed identified failure modes, including control and user interfaces.
- Evaluated testing scenarios and procedures.
Results
- Proposal for improvements of system engineering processes and solutions to close the gaps in FMEAs.
- Improvements of testing methodo
Project - driver focus
Situation:
Use MBSE methods for a designing a Driver Monitoring System
Objectives
- Develop system engineering deliverables within an Agile framework.
- Ensure compliance with emerging regulations.
Actions
- Reviewed legal requirements and identified suitable technologies.
- Developed system requirements and architecture.
- Defined key performance indicators, and established testing methods.
Results
- Defined system requirements.
- Conducted Functional Safety analysis.
- Conducted Threat Assessment and Risk Analysis.
Project - SOTIF
Situation:
Assess the safety of the intended function for an ADAS feature on trucks
Objectives:
- Analyse the system design in the FuSa and SOTIF context.
- Propose technical solutions for identified corner cases.
Actions
- Identified safety-critical scenarios.
- Evaluated the used ADAS technology.
- Compiled a report on critical scenarios with mitigation proposals.
Results
- Identified operational scenarios that may cause life-threatening malfunctions.
- Collaborated with the client on hazard mitigation measures.
Project - in reverse
Situation:
Reverse-engineer vehicle-level legacy features, with limited documentation
Objectives:
- Review existing technical specifications.
- Rebuild vehicle architecture through reverse-engineering.
Actions
- Determined key feature characteristics.
- Identified components and their interfaces.
- Developed the system architecture for each feature.
Results
- Detailed analysis of feature behaviors and documentation inconsistencies.
- Comprehensive system models, using MBSE techniques, for features in scope.
Project - cybersecurity
Situation:
Assess the cybersecurity relevance and identify system assets.
Objectives:
- Generate Threat Analysis and Risk Assessments (TARAs), CS Goals and Requirements for these assets.
Actions
- Create the cybersecurity work products.
- Define V&V framework focused on cybersecurity.
- Provide trainings to raise cyber-security awareness.
Results
- Cybersecurity work products completed
- System's enhanced cybersecurity posture through comprehensive assessments and a structured management framework.
Project - E/E architecture
Situation:
coming soon
Objectives:
Actions
Results
Project - over-the-air
Situation:
coming soon
Objectives:
Actions
Results
Project - teach & train
Situation:
coming soon
Objectives:
Actions
Results