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Integrated Systems And Specialized Vehicles
Integrated Systems And Specialized Vehicles
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Industrial Intelligence
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Intelligent Transportation
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Automotive-grade Gene Infusion: Hirain Technologies Embodied AI Full-Stack Solution defines a new benchmark for robotic reliability
Release time:
2026-06-05 10:56
Embodied AI is transitioning from concept to industrial implementation, emerging as a critical sector where AI converges deeply with the physical world.
By 2026, the industry enters its "mass production era," with a trillion-dollar market now poised to take off. However, an immediate challenge looms: the chasm between lab prototypes and mass production lines - the "reliability gap." Can robots operate stably in 7×24 industrial environments? Can automotive-grade standards define their core components? This is Hirain Technologies's strategic entry point into embodied intelligence after expanding from automotive electronics.
Leveraging its deep R&D and mass production expertise in automotive-grade systems, Hirain has fully transferred automotive domain control architecture to embodied intelligence, delivering a mass production-ready solution encompassing "core hardware platforms" and "end-to-end R&D service chains." Applying automotive-grade standards, it sets new reliability benchmarks for large-scale robot deployment.
丨Torso Assembly Product丨
Robot "Heart-Brain Hub", minimalist architecture unlocks the full potential of the entire machine
Traditional solutions are typically composed of a main chip board, consumer-grade battery pack, USB HUB, and various wiring harnesses in complex combinations, leading to issues such as large cross-platform integration workload, insufficient energy density, thermal management challenges, and low operational reliability.
To address these pain points, Hirain Technologies has introduced the Torso Assembly Product - the "heart and brain hub" of the robot.
This product integrates the "computation-control-power" three modules onto a single hardware platform, reducing system complexity and communication latency from an architectural level while optimizing spatial utilization.
● Brain-Cerebellum Fusion Computing: Based on HuiXi Intelligent's "Light to R1" domestic high-performance chip, integrates traditional architecture's separated brain decision-making and cerebellum motor control onto the same platform. The R1 SoC features 24-core A78AE CPU and 500TOPS AI inference capability, supporting 1kHz real-time motion control and Pi0.5 level VLA model deployment. This seamlessly connects high-level intelligence with low-level motion execution, significantly reducing inter-chip communication latency and wiring count while lowering overall power consumption
● High-Energy Power System: Collaborated with Sake Power, adopts high energy density solid-state batteries. The battery employs inherent safety electrolyte in-situ polymerization technology, achieving 360 Wh/kg energy density (30% range improvement over traditional ternary lithium solutions). Supports hot-swappable battery exchange and 30-minute fast charging to ensure 24/7 stable operation
● Smart Power Management: Provides multi-rail 48V/24V/12V/5V electrical architecture with precise power control, featuring output monitoring and rapid protection functions
● Efficient Thermal Design: Utilizes variable frequency air-cooling system to ensure stable operation of core modules under prolonged high-load conditions
Product weight controlled within 12kg, designed to accommodate fixed mechanical arms, wheeled/track-based mobile platforms, and bipedal humanoid robots. Entire system employs automotive/industrial grade chips and high-reliability connectors, complemented by redundant communication and fault warning designs to ensure stable operation in harsh environments.
丨Brain Domain Control Product丨
High-performance computing foundation for domestic products, breaking through the open ecosystem deadlock
For development requirements adopting a brain-cerebellum separated architecture, Hirain Technologies provides an independent Brain Domain Control Product.
This product, based on HuiXi Intelligence's "GZ-R1", delivers 500TOPS robust computing power. Featuring hardware interfaces compatible with CAN, RS485, Ethernet, GMSL, and other industrial buses/ sensors, it enables direct connection with mainstream sensors and actuators to facilitate domestic substitution and smooth migration. The controller supports wide temperature and voltage operating ranges to adapt to non-ideal environments.
丨R&D Services丨
End-to-end engineering capabilities to accelerate the implementation of Embodied AI
Leveraging over two decades of expertise in electronic system R&D, Hirain Technologies provides full-chain development services for embodied AI, covering "architecture development - software implementation - simulation testing" to adapt mature automotive engineering methodologies to the embodied intelligence sector.
● Architecture Layer: Based on "vehicle-cloud integration" architecture capabilities, it offers system architecture design for functions, networking, security, and electrical systems in robot platforms and other embodied intelligence systems
● Software Layer: Through HIRAIN OS foundational software, multi-core heterogeneous development capabilities, and service middleware, it delivers high-reliability embedded software for perception fusion, decision-making planning, motion control, and core functionalities
● Simulation and Testing Layer: Utilizing self-developed simulation software and TestBase testing systems, it covers XIL full-process validation, establishing an end-to-end testing closed-loop from model to physical prototype
True technical foundation must withstand production line verification. Currently, Hirain Technologies's brain-cerebellum fusion architecture for embodied AI domain controllers has achieved mass production readiness, with a demonstration of autonomous ZCU material handling using self-developed visual perception at the Beijing Auto Show. In the future, more industrial composite robots equipped with Hirain's "heart and brain" will deeply integrate into their intelligent factories, supporting high-flexibility, fully automated smart manufacturing models to drive innovation in future industrial productivity.
From automotive electronics to embodied AI, Hirain Technologies consistently maintains the "high reliability" baseline. We provide not only hardware but also a machine-making philosophy validated through automotive-grade standards. Hirain Technologies is committed to advancing the industrialization of embodied AI technology with industry partners.