Synwyn Dynamics would like to highlight that the motor controllers supplied within our e-drive systems are developed in compliance with ISO/SAE 21434:2021, based on TÜV-certified cybersecurity engineering processes.
This compliance confirms that cybersecurity considerations are systematically addressed throughout the controller development lifecycle, supporting secure and reliable deployment in safety-critical applications.
For system-level e-drive architectures, cybersecurity compliance is relevant because motor controllers:
Act as critical control and coordination nodes within electric drive systems
Interface with vehicle networks, energy management systems, and diagnostics
Influence system availability, functional safety, and overall lifecycle reliability
Are subject to increasing OEM cybersecurity process requirements
Compliance at the controller level reduces integration complexity and validation risk when developing complete e-drive systems.
At Synwyn Dynamics, cybersecurity compliance is considered part of overall system engineering readiness, alongside:
E-drive architecture definition
Safety concept alignment
Controller architecture and integration strategy
Lifecycle reliability and maintainability considerations
This approach supports OEMs and system integrators in accelerating the deployment of safety-critical electrified machinery, while reducing certification and integration risks.
Certificate
This certificate validates the compliance of our motor controller with the latest ISO/SAE 21434:2021 cybersecurity engineering standards for road vehicles.
Relevant applications include:
Mining machinery
Port equipment (AGV, RTG, RMG)
Underground and surface mobile machinery
Other safety-critical non-road electric drive systems