AutoCore provides an integrated intelligent‑mobile‑computing platform that combines a safety‑certified real‑time operating system, high‑performance communication middleware, and modular hardware reference designs for automotive, robotics, and industrial edge applications. Its SaaS engineering environment, AutoForge, automates model‑centric development and safety analysis, enabling OEMs to build secure, low‑latency, and cost‑effective compute platforms that meet functional‑safety and cybersecurity standards.
Funding
Funding not disclosed
Founders
Product
Problem
Developers of automotive, robotics, and industrial automation systems face fragmented hardware and software stacks, high integration costs, and stringent safety and real‑time performance requirements, making it difficult to build scalable, low‑latency, secure compute platforms for next‑generation smart devices.
Solution
AutoCore delivers an integrated intelligent‑mobile‑computing platform that combines a safety‑certified operating system (AutoCore.OS), high‑performance communication middleware (AutoCore.COMM, TSN Fusion), and modular hardware reference designs (CCU/ZCU) for vehicles, robots, and generic edge applications. The platform abstracts underlying hardware, supports multiple protocols (DDS, SOME/IP, EtherCAT, OPC‑UA, MQTT) and provides deterministic microsecond‑level networking, enabling rapid development of software‑defined vehicles, autonomous robots, and industrial controllers. AutoCore’s SaaS engineering environment, AutoForge, adds AI‑driven, model‑centric software development to further reduce engineering cycles and improve quality. Together, these solutions let OEMs create secure, high‑performance, and cost‑effective compute platforms while maintaining compliance with functional‑safety (ISO 26262 ASIL‑D) and cybersecurity (ISO 21434) standards.
Target Audience
Primary customers are automotive OEMs and Tier‑1 suppliers, robotics manufacturers, and industrial automation vendors seeking a unified, safety‑certified software and hardware foundation for next‑generation connected and autonomous systems.
Features
- AutoCore.OS: safety‑certified (ASIL‑D) real‑time OS with dual‑kernel design for hard and soft real‑time workloads.
- AutoCore.COMM: SOA‑based middleware supporting DDS, SOME/IP, DoIP, TSN, EtherNet/IP, OPC‑UA, MQTT with <500 µs Ethernet latency and >95% bandwidth utilization.
- TSN Fusion: microsecond‑level deterministic networking (IEEE 802.1AS, 1Qbv, 1CB, 1Qci) for automotive, industrial, and robotics domains.
- Modular CCU/ZCU reference hardware: standardized compute units compatible with mainstream SoCs (Qualcomm, RK, RISC‑V) and rich I/O (CAN, Ethernet, EtherCAT, USB, Wi‑Fi 6/7, 5G).
- AutoForge SaaS: AI‑driven, model‑centric software engineering platform that automates requirements, architecture, safety analysis, and code generation, boosting development efficiency by 300‑500%.
- AutoMinds™: full‑stack industrial control software stack (soft‑PLC, DCS) with native AI inference, OT/IT convergence, and multi‑protocol support.
- ROS‑compatible robot stack (AutoCore Robot OS) with high‑performance DDS backbone, ultra‑low latency (<500 µs for 30 KB payloads) and support for AMR/AGV/embodied AI solutions.
- End‑to‑end toolchain (AutoCore.Tool) covering V‑model development, cloud‑based collaboration, OTA updates, and health‑management services.