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About Hirain

公司創立

2003

Established

分支機構

14

Branches

業務闆塊

3

Business Segments

Founded in 2003, Hirain focuses on providing customers in the fields of automobile and unmanned transportation with electronic products, R & D services and overall solutions for high-level intelligent driving. Headquartered in Beijing, Hirain has established modern production plants in Tianjin,Nantong and Malaysia, forming a perfect R & D, production, marketing and service system. Based on the concept of "value innovation and serve customers", the company adheres to the strategies of "professional focus", "technology leadership" and "platform development". Hirain is committed to becoming a world-class comprehensive electronic system technology service provider, a full stack solution supplier for intelligent networked vehicles and a leader in high-level intelligent driving MaaS solutions.

Business layout

We specialize in R & D and production of automotive electronic products, R & D services and overall solutions for high-level intelligent driving

News

You are invited to pay attention to our latest news, technical trends, market activities and other information

HIRAIN full-stack chassis domain controller has successfully achieved mass production, marking the beginning of a new chapter in intelligent mobility 2024-10-30

HIRAIN full-stack chassis domain controller has successfully achieved mass production, marking the beginning of a new chapter in intelligent mobility

Recently, the full-stack Chassis Domain Controller (CDC) independently developed by HIRAIN has been successfully integrated into a model of a new energy vehicle brand and has smoothly achieved mass production. This product has effectively optimized and upgraded the existing full-stack chassis domain controller, incorporating HIRAIN complete set of high-performance solutions, aiming to enhance vehicle performance and safety, and to help the automotive industry move towards a more intelligent, efficient, and secure future.
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HIRAIN helps SERES win the ISO 26262 Functional Safety ASIL C Product Certification 2024-10-28

HIRAIN helps SERES win the ISO 26262 Functional Safety ASIL C Product Certification

On October 23rd, the SE210 main drive motor controller MCU (Motor Control Unit) functional safety development project, a collaboration between HIRAIN and SERES Phoenix Smart Innovation, was successfully completed, obtaining the ISO 26262: 2018 ASIL C functional safety product certification. This certification marks a significant milestone for SERES in the field of automotive electronics, signifying progress in safety and reliability, and providing robust support for the market to realize higher-level intelligent driving functions, accelerate the safe introduction of products, and scale up mass production.
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HIRAIN AUTOSAR Successfully Adapts to Xintai Technology 2024-10-23

HIRAIN AUTOSAR Successfully Adapts to Xintai Technology's Alioth TTA8 Automotive-Grade Chip

In the field of automotive electronics, functional safety plays the role of a guardian, ensuring the stable and reliable operation of vehicles under complex and variable conditions. With the increasing complexity of automotive electronics, the market's demand for product functional safety is also rising. Against this backdrop, HIRAIN AUTOSAR basic software product INTEWORK-EAS-CP has successfully adapted to Xintie Technology's Alioth TTA8 automotive-grade MCU chip, welcoming a reliable new member to the INTEWORK-EAS chip ecosystem.
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HIRAIN Functional Safety AI Agent Paper successfully selected EMNLP 2024! 2024-10-21

HIRAIN Functional Safety AI Agent Paper successfully selected EMNLP 2024!

Recently, HIRAIN has achieved another great achievement in the field of AI Agent, with its paper "Aegis: "An Advanced LLM-Based Multi-Agent for Intelligent Functional Safety Engineering" was successfully selected for the EMNLP 2024 Industry Track. As a high-level conference in the field of natural language processing, EMNLP brings together cutting-edge research from around the world. This selection demonstrates the application practice of agents based on large language models in the field of functional safety, and further promotes the exploration and development of related technologies.
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