**The Automated Driving Market is Shifting to Scalable, Driver-Supervised Systems**
The race toward fully autonomous vehicles is being overshadowed by a more immediate and practical transformation: the mass adoption of advanced driver-assistance systems (ADAS). According to a recent forecast from Berg Insight, the automated driving landscape is being defined not by Level 3 or Level 4 autonomy, but by the scalable deployment of Level 2 and L2+ systems across mainstream vehicles. This shift marks a pivotal change in how the industry is approaching automated driving—emphasizing integration, compute power, and sensor fusion over isolated autonomy trials.
By 2031, nearly 77% of new cars sold globally are expected to feature some form of Level 2+ automated driving system. This growing penetration is driven by the ability to deploy these systems across a wide range of vehicle platforms, making advanced safety and assistance features accessible to a broader market. For automakers, the strategic question has moved beyond “if” ADAS will become standard to “how” it can be industrialized efficiently within existing regulatory and liability frameworks.
**L2+: The New Competitive Frontier**
One of the most significant trends highlighted in the forecast is the rapid acceleration of L2+ systems. L2+ represents an advanced form of Level 2 automation, where the vehicle can manage both steering and acceleration under the driver’s supervision. While still requiring human oversight, L2+ systems offer a more capable and convenient driving experience, bridging the gap between traditional ADAS and higher levels of autonomy.
Berg Insight projects that L2-capable new car sales will increase from 35.6% in 2025 to 57.3% in 2031, with L2+ systems accounting for a substantial share of that growth. In 2025, approximately 8 million new passenger vehicles were equipped with L2+ ADAS, a figure expected to rise to 28.4 million by 2031, representing a 31% attach rate. This growth reflects a strategic shift among automakers, including premium brands like BMW and Mercedes-Benz, which are scaling back near-term L3 efforts in favor of more widely deployable L2+ solutions.
**Why L2+ is Winning Over Higher Levels of Autonomy**
The appeal of L2+ lies in its practicality. Unlike Level 3 systems, where the vehicle can assume control under specific conditions, L2+ allows manufacturers to integrate advanced sensors, cameras, and software without the need for complex regulatory approvals or specialized operational design domains. This makes L2+ ideal for large-scale production and global deployment.
The forecast also highlights that true Level 4 passenger vehicles are not expected to scale meaningfully before 2031, further reinforcing the focus on supervised, driver-in-the-loop systems. As a result, the automated driving market is being pulled toward solutions that enhance safety and convenience while maintaining clear driver responsibility.
**A Transformed Supply Chain**
The rise of L2+ is also reshaping the automotive supply chain. Advanced ADAS is no longer a single-component market—it demands close collaboration between Tier 1 suppliers, semiconductor manufacturers, software developers, and mapping providers. Companies like NVIDIA, Qualcomm, and Mobileye are playing critical roles in enabling central compute architectures, while sensor specialists such as LiDAR providers and mapping platforms like HERE Technologies are helping to extend the capabilities of L2+ systems.
For fleet operators, enterprise vehicle fleets, and automotive stakeholders, the takeaway is clear: the value lies not in branding, but in the underlying automation level and its technology stack. As we move toward 2031, the “automated vehicle” of the near future will be a sophisticated, supervised system—one driven by integration, software, and a dense network of suppliers working together to bring advanced driving assistance to the masses.
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**Source:** IoT Business News – “Driving Automation Moves Mainstream as Level 2+ Systems Head for 77% of New Cars by 2031” by Marc Kavinsky, Lead Editor. [https://iotbusinessnews.com/WordPress/2023/03/driving-automation-moves-mainstream-level-2-systems-head-for-77-of-new-cars-by-2031/](https://iotbusinessnews.com/WordPress/2023/03/driving-automation-moves-mainstream-level-2-systems-head-for-77-of-new-cars-by-2031/)
