iWave Telematics Solutions: Committed to International & EU Cybersecurity Compliance

As the automotive industry increasingly embraces connected technologies, the importance of cybersecurity becomes paramount. iWave Systems stands at the forefront of this evolution, offering a robust portfolio of telematics solutions that prioritize security from the ground up. Their products, which include Telematics Control Units (TCUs), Telematic Gateways, and loggers, are designed with a strong emphasis on cybersecurity compliance driven by evolving regulations such as the EU’s Cyber Resilience Act (CRA) and the Radio Equipment Directive Delegated Act (RED DA).

The Backbone of iWave’s Cybersecurity Strategy

iWave’s commitment to cybersecurity is deeply embedded in its engineering processes. At the core of this strategy are numerous international standards and guidelines that shape their cybersecurity landscape. Key standards adopted by iWave include:

ISO/SAE 21434 (Road Vehicles – Cybersecurity Engineering)

This standard dictates a “security by design” approach specifically for telematics systems. iWave uses a comprehensive Threat Analysis and Risk Assessment (TARA) to identify vulnerabilities in critical areas such as communication stacks, cloud connectivity, and firmware update mechanisms. By integrating rigorous penetration testing—encompassing simulated remote exploits and physical attacks—iWave ensures a thorough validation of telematics systems across their entire operational lifespan.

UN R155 (Cybersecurity Management System CSMS)

Another cornerstone of iWave’s compliance framework is UN R155, which mandates that vehicles must operate under a robust Cybersecurity Management System (CSMS). This regulation emphasizes adherence to ISO/SAE 21434, providing a framework for institutions to outline and implement security measures. iWave’s systematic engineering processes align perfectly with these mandates, reinforcing their commitment to user safety.

UN R156 (Software Update Management System SUMS)

With the growing reliance on software-driven vehicle components, UN R156 is critical for managing secure and traceable software updates. iWave’s devices come equipped with features such as Secure Boot and Encrypted Boot, establishing a solid foundation for compliant over-the-air (OTA) updates. These technologies ensure the authenticity and integrity of software throughout its lifecycle.

ISO 24089 (Road Vehicles – Software Update Engineering)

Complementing UN R156, ISO 24089 provides detailed guidelines for securely managing software updates. It focuses on delivery mechanisms, update integrity, authenticity, and traceability—ensuring that each step of the update process is fortified against vulnerabilities.

EU Cyber Resilience Act (CRA)

The CRA extends its reach to all digital products, mandating security measures throughout the product’s lifecycle. iWave’s meticulous alignment with CRA requirements showcases their dedication to transparency and protection against vulnerabilities that might compromise user data.

RED DA Standards for Telematics

Effective August 2025, the RED DA mandates cybersecurity rules for internet-connected radio devices. Accompanying this framework are EN 18031 standards, addressing critical concerns around network integrity and user data protection. iWave implements robust network-efficient communication protocols, TLS v1.3-based encrypted data transfer, and secure user data storage to meet these regulatory guidelines.

Key EN 18031 Standards:

• EN 18031-1 – Network Protection: Ensures that connected radio equipment maintains communication network integrity, defending against any potential harm.

• EN 18031-2 – User Data & Privacy Protection: This section focuses on encrypting personal data during transmission and storage and securing authentication and access control to prevent unauthorized tracking and data breaches.

How iWave Ensures Compliance

Achieving compliance with these standards isn’t merely a box-checking exercise; it’s an integral part of iWave’s operational ethos. Here’s how they do it:

Secure Storage

All critical data, cryptographic keys, and sensitive information within iWave telematics devices are shielded by advanced encrypted storage systems, leading to enhanced data confidentiality and integrity. This ensures that even in the event of potential breaches, sensitive information remains protected.

Rigorous Penetration Testing

iWave recognizes that vulnerability discovery and mitigation is an ongoing process, prompting them to conduct regular in-depth Threat Analysis and Risk Assessments. This proactive approach validates the resilience of their telematics systems against various attacks, underscoring their commitment to robust, cutting-edge protection.

Strong Authentication Protocols

To prevent unauthorized access, iWave telematics devices utilize powerful password-based authentication methods. These mechanisms verify users’ identities and strengthen the security of the telematics network, maintaining operational integrity.

AppArmor Access Control

iWave devices implement AppArmor Access Control to enforce distinct access policies within applications. By limiting program capabilities, this approach significantly reduces the potential attack surface and maintains the principle of least privilege.

The Importance of Compliance in Today’s Automotive Landscape

As connected automotive technologies proliferate, adhering to cybersecurity standards is no longer optional; it’s a necessity. iWave Systems exemplifies how a proactive approach to compliance not only enhances user trust but also ensures market access in an evolving landscape. By embedding security into every aspect of their telematics solutions, iWave is not just meeting current regulatory demands but setting the standard for future innovations in automotive cybersecurity.