FusionDrive3.0 software platform, which provides a reliable autonomous driving software platform, supports real-time communication scheduling for AD/ADAS, and provides reliable middleware.

FusionDrive Middleware

  • Full-featured middleware (ASIL-D) software platform supporting deterministic scheduling and deterministic communication

Core Benefits:

  • Less than 1 ms task jitter and less than 5 ms end-to-end latency
  • Based on the deterministic scheduling framework, ensure that internal and external tasks of the system are executed and terminated precisely according to the predetermined timing
  • Supports third-party commercial SOME/IP, DDS adaptive access

Algorithm Container

Support the integration and management of multiple algorithm modules

  • Number of algorithm companies cooperates with: 10+
  • Number of Level 1 Autonomous Driving Function Modules: 15+
  • Number of Level 2 Autonomous Driving Function Modules: 50+

Core Benefits:

  • Modular deployment approach is more than 5 times efficient than traditional integration approaches
  • Reduced code coupling, making partially written code modules reusable

Platform Abstraction Layer

  • Adapted to mainstream autonomous driving platforms, such as NVIDIA ORIN, Qualcomm SA8650, Horizon J5, etc.
  • Deep cooperation with domestic and foreign mainstream semiconductors.

    • Combine Horizon Robotics TROS.A platform and release the industry's first commercial version of middleware software platform HesperOS
    • Joint optical lab of vehicle camera with NVIDIA
  • Support next-generation intelligent driving platforms such as "cockpit-driving integration." NVIDIATHOR,QualcommSA8775Horizon J6, etc.

FusionDrive Engineering Service

  • Provide camera related software and tuning services
  • Provide integration of autonomous driving algorithm
  • Provide customised development of middleware module
  • Provide customised development of operating system

Automotive Vision Laboratory (AMVisionLab)

The AMVisionLab of Arraymo focuses on the automotive sector, particularly on addressing the technical challenges faced by intelligent driving vision systems, such as poor imaging quality, weak graphic processing capabilities, low interference resistance, and scene generalization. By integrating image quality optimization, image module adaptation, and machine algorithm recognition, the laboratory provides visual solutions for intelligent driving, helping automotive OEMs and Tier 1 suppliers enhance product quality.

Laboratory Solutions

Verify the basic performance of vision modules on the NVIDIA platform to ensure that the hardware performance of the vision modules meets application requirements, thereby ensuring product stability, adaptability, and authenticity.

Utilize laboratory optical testing equipment, high dynamic range (HDR) testing suites, and other tools to efficiently achieve scenario-based testing and validation, improving vehicle road test pass rates.

Possess the full capability for effect evaluation. Using professional laboratory equipment, we can provide industry-recognized professional evaluation reports for various combinations of hardware, algorithms, and application scenarios.