In 2026, the global ADAS and autonomous driving (AD) space is transitioning to standardization, with Level 1 and Level 2 features becoming baseline across vehicle segments. This shift is driven by regulatory frameworks in North America and Europe, along with rising consumer demand for vehicle safety in emerging segments such as India and Southeast Asia. As OEMs standardize ADAS beyond regulatory requirements, Level 2 capabilities are increasingly becoming a default expectation rather than a premium feature.

Level 2+ (L2+) systems are emerging as the primary growth and differentiation layer, driven by falling sensor costs, increasing competition, and the need for feature differentiation. These systems are expected to scale rapidly as they avoid the regulatory and liability complexities associated with higher autonomy levels, making them the fastest-growing ADAS segment across Europe and Asia-Pacific. While UNECE ALKS regulations enable Level 3 deployment, adoption remains selective and limited to premium vehicles within defined operating conditions.

China continues to lead ADAS innovation, with OEMs scaling over-the-air (OTA)-upgradable L2+ systems powered by AI-driven stacks, enabling rapid deployment and continuous improvement. Beyond 2028, this momentum is expected to accelerate further, supported by a strong local supplier ecosystem and cost-optimized architectures, while also strengthening the global competitiveness of Chinese vehicles in overseas segments.

• How will the transition to zonal and centralized computing architectures enable software-defined vehicles and scalable ADAS functionality?
• Which growth opportunities lie in AI-driven software platforms that are becoming the core differentiator in ADAS and autonomous driving?
• What are the growth drivers emerging due to megatrends like the expansion of L2+, robotaxi deployments, AD/ADAS computing systems, and new business models?