Find the right systems engineering tools for complex products
The definitive hub for systems engineering software, services, and resources. Discover vetted tools that help multidisciplinary teams design, validate, and manage sophisticated systems.
Integrate diverse vehicle development models seamlessly
Automotive
+2 more
Connects disparate simulation tools and models, enabling integrated system simulation for early error detection and cost reduction in vehicle development
Design automated ECU tests across all development phases
Automotive
+2 more
Create automated test designs with vTESTstudio, a development environment supporting programming, table, and graphical notations for efficient ECU testing
IAV Primero 2.0 simulates complex lambda sensor signal processing for OBD algorithm testing. Verify diagnostics, demonstrate compliance, and streamline development
AI-powered scenario creation for virtual vehicle validation
AutomotiveSimulation / Digital Twin
Automate virtual validation of ADAS/AD systems with AI-driven scenario generation from specifications or real-world video data. Enhance safety and efficiency
Manage, analyze, and gain real-time insights from vehicle data with a comprehensive platform. Supports large datasets, AI/ML analysis, and secure storage
Modular real-time platform for ECU development and validation
Automotive
+2 more
SCALEXIO is a scalable real-time platform for developing and validating ECU functions. It offers high-performance processing and flexible I/O for HIL and RCP applications
Understand ECU software faster with interactive documentation
AutomotiveMBSE / Architecture
ETAS EHANDBOOK offers interactive documentation to understand complex ECU software, simplifying calibration and boosting efficiency for automotive development teams
Automate recurring application tasks with graphical process description
Automotive
+2 more
Enables guided application and automation of recurring tasks through graphical process description, integrating with development infrastructures. Reduces applicator workload and standardizes processes
Facilitates efficient and accurate data exchange between systems throughout the development lifecycle, ensuring all users have access to tailored, up-to-date information
Revolutionize vehicle interaction with intelligent voice control
Automotive
Experience the future of voice control with IAV VoiceMind. Advanced LLMs and personalized avatars create an emotionally appealing, customizable, and functional human-car interaction
Analyze and visualize vehicle development data with AI
Automotive
+2 more
Tool for comprehensive evaluation and visualization of measurement and simulation data. Features cloud-based analysis, automation, and AI-powered search
Multiphysics CFD for powertrain and component development
Aerospace
+2 more
Analyze single- and multiphase flows, heat transfer, and thermal behavior in complex systems. Ideal for powertrain development, offering detailed flow and temperature visualization
Universal control unit for prototypes and small series
Automotive
+4 more
Flexible and cost-effective universal control unit for prototypes and small series, adaptable to diverse industries with customizable hardware and software
Efficiently test automated driving functions with ML
Automotive
+2 more
Software tool for efficient and safe testing of automated driving functions using Machine Learning. Identifies relevant test scenarios from millions of possibilities
Intelligent charging infrastructure management for fleets
Energy
Manages charging infrastructure with load balancing, peak shaving, and cost allocation. Integrates with building systems for holistic energy optimization
Cloud-based software for efficient electric vehicle fleet charging. Minimizes downtime, maximizes efficiency, and reduces energy costs through intelligent planning
Automated power grid planning for minimal investment
Energy
Software for automated high-performance power grid design and optimization. Reduces workload, accelerates planning, and improves results with advanced algorithms.
Enhance wind turbine performance with advanced model predictive control, virtual sensors, and fatigue prediction. Achieve real-time optimization and robust state estimation