Auto Industry Updates: Collision Countermeasure Concept (CCC), Aeva, Mazda, and ROHM in Focus

Collaboration in the Automotive Industry: A Focus on Secure Digital Keys, LiDAR Technology, and GaN Power Semiconductors for EVs

The automotive industry is witnessing an active collaboration between automotive companies, technology providers, and semiconductor firms to push forward the development of secure digital key solutions, advanced sensing technologies including LiDAR, and next-generation GaN power semiconductors for electric vehicles (EVs).

In the realm of secure digital key solutions, while specific partnerships involving the Connected Car Consortium (CCC), Mazda, or others were not explicitly found, the automotive industry is moving towards connected mobility platforms, incorporating security and digital key features as part of software-defined vehicles (SDVs) and connected car ecosystems. Companies like MediaTek are driving connected vehicle platforms with advanced telematics and 5G connectivity that underpins secure digital key functionalities.

The LiDAR technology space is another area of significant collaboration. Aeva, a well-known LiDAR technology provider, often collaborates with automotive OEMs for integration. While no direct 2025 collaborations with major automakers were outlined, Toyota's ongoing research on vehicle-to-network (V2N) technology and ADAS integration with partners like SoftBank and Eye-Net showcases automotive companies' engagement with tech providers to enhance sensor capabilities, which often complement LiDAR systems for improved hazard detection and autonomous driving.

Regarding next-gen Gallium Nitride (GaN) power semiconductors for EVs, companies such as ROHM are leaders in semiconductor technology. While no explicit 2025 collaboration details appeared, the broader EV innovation forums and partnerships among automotive firms and semiconductor providers highlight efforts to innovate EV powertrain electronics with GaN devices for higher efficiency and power density.

Industry events and forums in 2025, such as the EV & AutoTech Innovation Forum 2025 and SDV USA 2025, demonstrate active collaboration and knowledge sharing across automotive majors (like Mazda, Volvo, Tata Motors) and technology companies (MediaTek, GlobalLogic, Harman) focusing on software-defined vehicles, 5G connectivity, autonomous driving, and digital key/security technologies.

Notable partnerships include GlobalLogic and Volvo Cars, working together on engineering software-defined vehicle platforms that can accommodate enhancements such as secure digital ecosystems and advanced sensor integration. Similarly, Intellias at SDV USA 2025 promotes collaboration on layered architectures and open standards, critical for seamless integration of technologies like digital keys, LiDAR data fusion, and power electronics management in EVs.

Sensys Gatso Australia has selected Aeva as its exclusive LiDAR supplier for secondary speed detection in its new mobile speed enforcement products. This partnership underscores the growing demand for Aeva's LiDAR solutions in the industrial market. Aeva's AtlasTM 4D LiDAR is integrated into the latest version of Sensys Gatso's portable speed enforcement solution as a secondary speed verification tool.

Mazda and ROHM have expanded their partnership to develop automotive components using gallium nitride (GaN) power semiconductors. The partnership aims to leverage GaN's efficiency to enhance electric vehicle performance.

The Car Connectivity Consortium (CCC) has expanded its Digital Key Certification Program to include Bluetooth LE, UWB, and NFC technologies. The expanded certification improves security by evaluating the digital key applet on a device's Secure Element. The certification maintains industry-wide credibility and compatibility by integrating certification requirements from standards bodies.

In summary, the collaboration landscape in 2025 is characterised by multi-party partnerships blending automotive OEMs, semiconductor companies, and software/technology providers to push forward secure digital vehicle access, advanced sensing (including LiDAR-related systems), and power semiconductor innovations essential for next-generation EVs. While specific deals involving CCC, Aeva, Mazda, or ROHM were not explicitly reported in the latest search results, these companies are actively positioned within the broader industry trend toward connected, software-defined, and electrified mobility ecosystems bolstered by ongoing collaborative events and research.

Mazda, in collaboration with ROHM, are partnering to develop automotive components using gallium nitride (GaN) power semiconductors, aiming to enhance electric vehicle performance.
Sensys Gatso Australia has chosen Aeva as its exclusive LiDAR supplier for secondary speed detection in its new mobile speed enforcement products, highlighting the growing demand for Aeva's LiDAR solutions in the industrial market.
The Car Connectivity Consortium (CCC) has expanded its Digital Key Certification Program to include Bluetooth LE, UWB, and NFC technologies, enhancing security by evaluating the digital key applet on a device's Secure Element.
GlobalLogic and Volvo Cars have teamed up to work on engineering software-defined vehicle platforms that can accommodate enhancements such as secure digital ecosystems and advanced sensor integration, demonstrating collaboration in the automotive industry focusing on software-defined vehicles and digital key/security technologies.

Auto Industry Updates: Collision Countermeasure Concept (CCC), Aeva, Mazda, and ROHM in Focus