Award Category: Best Technical Practice Application Award
Field: ADAS/AD
Technology: Integrated Driving and Parking Intelligent Driving System
Innovation Highlights: Minimal compute power fusion and adaptation to road environments and traffic regulations across multiple countries and regions, supporting clients' global expansion. The technology is stable, reliable, and continuously learning, creating an integrated driving and parking solution tailored to global regulations.
Technical Description:
Having secured ISO 26262 ASIL-D certification—the highest level for automotive functional safety—and the authoritative ASPICE CL3 certification, the project aligns its quality and compliance systems with the entry standards of top global automakers. This places product safety and reliability at an internationally leading level. Building on this foundation, the project successfully developed a highly integrated driving and parking intelligent driving system on a low-compute platform. By driving feature adoption through cost reduction, the solution is now widely equipped in mass-production models, truly bringing advanced intelligent driving to the mainstream market.
This system is deeply adapted to the road environments and traffic regulations of multiple overseas countries and regions. Using safe and stable mass-production technology, it supports clients' global expansion, helping partners expand abroad and establish a strong local presence.
Application Scenarios
Targeting the global mainstream consumer market, particularly passenger vehicles priced at the 100,000 yuan level and below, it offers a high cost-performance driving and parking solution. Core scenarios include:
Full-scenario driving assistance: Covers core functions such as highway and urban expressway pilot assist (e.g., HAP), traffic jam assist (TJA), full-speed adaptive cruise control (ACC), and lane centering control (LCC).
Complex parking: Utilizing vision and ultrasonic fusion technology, it enables automatic parking in and out of various spot types—including parallel, perpendicular, diagonal, and custom spaces—solving key user parking challenges.
Global adaptation: Supports rapid adaptation for left-hand and right-hand drive, as well as different road environments and driving habits. Mass production deliveries have been realized in markets such as China and Southeast Asia (e.g., Indonesia).
Unique Advantages
1. Empowered by L4 Technology: Optimized for Both Safety and Cost
Drawing on over a decade of L4 fully autonomous driving technology, the company applies its core capabilities and safety standards (ISO 26262 ASIL-D functional safety certification) to mass-production solutions. The system sets a high bar for safety design while achieving ultimate cost-performance through technological innovation.
High "Intelligence-to-Price Ratio": Delivers cost-effective integrated driving and parking functions, bringing intelligent driving to a broader range of mass consumers.
Innovative Architecture Design: Adopts an SOA-based software architecture for driving and parking integration, supporting modular functional development and flexibly adapting to different computing platforms and feature combinations.
2. Global Mass Production Capability Fully Validated
Full Model Coverage: Assisted the Landian E5 Plus in completing mass production deliveries of its intelligent driving systems across domestic left-hand drive, overseas left-hand drive, and overseas right-hand drive (Indonesia) variants.
Global Compliance: Product certification (ISO 26262) and software process certification (ASPICE CL3) fully meet the entry standards of top global automakers. It also helps clients pass multiple EU regulations, including R79, R48, R152, and R10, possessing the robust capability to empower clients' global expansion.
3. Dual-Drive Data Closed Loop Empowering Continuous Evolution
UISEE maintains a dual-drive business model covering both passenger and commercial vehicles, which directly translates into technological advantages:
Rich Data Feeds Algorithms: Complex road condition data from commercial vehicles on public roads is combined with mass-production data from passenger vehicles to train algorithms, enhancing system stability and generalization in corner cases.
Supply Chain Synergy for Cost Reduction: Sharing supply chains and engineering capabilities across both business lines effectively reduces overall development and manufacturing costs.
4. High Production Maturity and Industry Recognition
Production Status: The system has achieved scaled mass production delivery; it is neither a demo nor a concept product.
Industry Endorsement: The system won the "Prospective Combined Assist Driving Excellence Award" at the 10th Lingxuan Awards, serving as industry recognition of its capabilities.
"Gasgoo Award" was initiated by Gasgoo. It continuously focuses on the innovative power of China's new automotive supply chain, discovering outstanding companies and cutting-edge achievements in core technology fields to drive industrial innovation. Building on years of industrial research accumulation, Gasgoo Auto has simultaneously launched the construction of the "China Automotive Industry Innovation Case Library", systematically accumulating innovative practices in China's automotive supply chain and uncovering corporate technical capabilities and industrial value. In the future, the case library will take "Global Reach of Chinese Solutions" as its direction, helping Chinese automotive innovation technologies and outstanding companies enter the international market and promoting exchange and cooperation in the global automotive industry.
