SOFTWARE PLATFORM · AUTOMOTIVE

AutoCore.OS — Automotive-Grade Mobile Platform OS

SOA middleware for high-performance automotive compute platforms and robotics: unified communication abstraction, deterministic runtime and a full set of platform services. ISO 26262 functional safety + ISO/SAE 21434 cybersecurity, reusable across hardware platforms.

< 4μs

Shared-memory latency

> 20Gbps

Shared-memory throughput

ASIL-D

Safety-critical modules · TÜV Rheinland product-level certification

One software foundation, reusable across platforms and scenarios

AutoCore.OS sits above the low-level OS (Linux / QNX / Android) and below applications, providing SOA communication middleware, a deterministic runtime and platform services. The same software stack is reused across cockpits, ADAS, fusion controllers, CCU/HPC and zone controllers, shortening the path from development to production.

Core Capabilities

Extreme performance · Deterministic runtime · Dual certification

Extreme Communication Performance

In-house DDS / SOME-IP / shared memory: SHM latency below 4μs and throughput above 20Gbps; Ethernet latency below 500μs (32KB); scheduling jitter below 100μs.

Deterministic Runtime

Event- and time-driven thread-level deterministic scheduling; execution-chain monitoring, health management and automatic error recovery keep critical paths verifiable even with concurrent development.

Full Platform Services

More than 20 platform services: global configuration, system monitoring, power and clock management, diagnostics (UDS / DoIP / SOVD), OTA/SOTA, logging (DLT), KVPS and more.

Cybersecurity Framework

DDS Security, access control (ACM), application sandbox, key distribution (KDS) and crypto services deliver defense in depth at interface, process and network levels.

Dual-Certified Production Baseline

Safety-critical modules in the certified configuration (Communication Management, Timesync, Runtime Framework and more) reach ISO 26262 ASIL-D with TÜV Rheinland product-level certification, alongside ISO/SAE 21434 compliance.

Open & Interoperable

Communicates with Adaptive / Classic AUTOSAR over SOME-IP and interoperates with ROS 2; Smart Deployer migrates Classic SWC code, protecting existing assets.

Technical Specifications

Reference platforms and key metrics; production targets are jointly validated per project

Low-Level OS

Linux / QNX / Android, coexisting with Classic AUTOSAR (CP)

Processor Platforms

TI TDA4, NVIDIA Orin / Thor, NXP S32G, Qualcomm SA8155P / SA8295P / IQ9, plus domestic SoCs including Horizon Robotics, Rockchip and Dihua S100

Communication Performance

SHM latency < 4μs, throughput > 20Gbps; Ethernet < 500μs (32KB); time sync < 1μs (gPTP)

Communication Middleware

OMG DDS (full DCPS QoS policy set), SOME-IP (Rust implementation with C API), TSN (Qbv / CB / Qat / Qav), DoIP / SOVD, VSS

Functional Safety

ASIL-D on safety-critical modules (TÜV Rheinland product-level certification); the health-management chain is ASIL-D end to end

Cybersecurity

ISO/SAE 21434 certified framework; DDS Security, ACM, Sandbox, KDS, Crypto Management

Toolchain

Designer / Simulator / Inspector / Matlab Plugin / VSSTool / RTETool / Smart Signal Mapping

Certification Status

Certified edition is the ISO 26262 + ISO/SAE 21434 configuration; ASIL-D covers the modules explicitly listed in the certified scope

Use Cases

Smart Cockpit & Cockpit-ADAS Fusion

SOA communication and platform services in the cockpit domain, with real-time data paths for multi-screen and multimodal interaction.

Central Compute & Zone Controllers

Deterministic runtime and platform-service foundation for CCU / HPC and ZCU, with consistent service-oriented communication across domains.

Robotics & Embodied AI

ROS 2 interoperability brings robotics algorithm ecosystems directly on board; supports platforms such as Dihua S100 with one SOA middleware across automotive and robotics.