AI와 소프트웨어 정의 차량의 개발 및 보급으로 중국 자동차의 OTA(Over-The-Air) 기능 탑재 수는 빠른 성장세를 유지하고 있습니다. ResearchInChina Database에 따르면, 2025년 1월부터 10월까지 중국 승용차의 OTA 기능 탑재량은 1,422만 4,000대로 전년 동기 대비 11.3% 증가했습니다. OTA 기능 탑재율은 76.2%로 전년 동기 대비 4.2%포인트 상승했습니다. 2030년까지 중국 승용차 OTA 탑재율은 95% 이상, 탑재 대수는 약 2,498만 2,000대에 달할 것으로 예측됩니다.
자동차 OTA 업계에서는 주로 타사 공급과 OEM 자체 개발이라는 두 가지 레이아웃 방식을 채택하고 있으며, 타사 OTA 기업이 여전히 공급 시장을 독점하고 있습니다. 2025년 1월부터 10월까지 중국 승용차 타사 OTA 공급업체 시장 점유율은 ABUP이 37%로 1위, Harman이 약 13.2%로 2위를 차지했습니다. ECARX, Desay SV, Huawei, Carota 등 기업들도 지속적으로 시장 점유율을 확대하고 있으며, 자동차 OTA 산업의 지속적인 업그레이드를 공동으로 추진하고 있습니다.
2026년 두 가지 표준이 동시에 시행되고, 자동차 OTA가 정식으로 강제 표준 시대에 진입합니다.
2026년 1월 1일부터 국가 강제규범인 '자동차 소프트웨어 업데이트에 대한 일반 기술 요구사항'과 권장규범인 '자동차 무선 업데이트 기술 기반 제품 리콜 요구사항'이 정식으로 시행됩니다. Products Recall Based on Over-the-Air Update Technology"가 정식으로 시행되어 중국 자동차 OTA는 공식적으로 "강제 표준 시대"에 진입하게 됩니다.
또한 2025년 2월과 8월, 중국은 '지능형 커넥티드 자동차 제품의 접근, 리콜 및 소프트웨어 무선 업데이트 관리 강화에 관한 통지'와 '지능형 커넥티드 자동차 제품의 리콜 및 생산 일관성 감독 및 관리 강화에 관한 통지'를 잇달아 발표했습니다. 지능형 커넥티드 자동차 제품'과 "지능형 신에너지 자동차 제품 및 규제에 대한 리콜 및 생산 일관성 감독 및 관리 강화에 관한 통지'를 잇달아 발표했습니다. Connected New Energy Vehicle Products and Regulating Publicity(Draft for Comments)'를 연이어 발표하여 제품 접근, 리콜 관리, OTA 신고, 분류 감독 관리를 포괄하는 보다 엄격하고 세부적인 정책 틀을 확립하였습니다.
강제 표준의 시행과 규제 정책의 심화에 따라 소프트웨어 보안은 더 이상 OEM의 선택이 아니라 스마트 커넥티드카의 건전한 발전을 위해 피할 수 없는 '답해야 할 문제'가 되었습니다. 중국 자동차 산업은 보다 체계적이고 엄격한 표준 체계를 갖춘 풀 링크 디지털 감독의 새로운 단계를 맞이하고 있습니다.
자동차 OTA는 전체 소프트웨어 라이프사이클 관리로 진화하고 있습니다.
관리, 기술, 프로세스 등 다각적인 새로운 국가 표준의 엄격한 요구사항에 직면하여 자동차 소프트웨어 보안은 전체 라이프사이클에 걸쳐 핵심적인 과제가 되었습니다. 자동차 OTA는 더 이상 OEM의 '자유로운 운영'이 아니라 '제품 접근→양산-판매→소프트웨어 업그레이드→결함 리콜'의 풀체인 데이터를 연결하는 중요한 연결고리로서 차량 라이프사이클 전반의 감독에 통합되어 있습니다. 자동차 소프트웨어의 전체 라이프사이클 관리 시스템 구축은 OEM에게 필수적인 요소가 되었습니다. 이에 ABUP, Excelfore, Desay SV, Bosch ETAS, Aptiv 등의 공급업체들은 빠르게 발전하는 시장 수요에 대응하기 위해 OTA 소프트웨어 풀 라이프사이클 솔루션 제품을 적극적으로 출시하고 있습니다.
본 보고서는 중국의 자동차 산업에 대해 조사 분석했으며, 자동차 OTA 정책, 제품 및 기술 개발 동향, 공급업체 및 솔루션 등의 정보를 제공합니다.
Automotive OTA Research: In the Era of Mandatory Standards, OTA Transforms from a "Function Channel" to a New Stage of "Full Lifecycle Management"
Driven by the development and promotion of AI and software-defined vehicle, the installation volume of OTA (Over-the-Air) functions in China's automobiles has maintained a rapid growth trend. According to ResearchInChina Database, from January to October 2025, the installation volume of OTA functions in China's passenger cars reached 14.224 million units, a year-on-year increase of 11.3%. The OTA function installation rate stood at 76.2%, a year-on-year increase of 4.2 percentage points. It is expected that by 2030, the OTA installation rate of China's passenger cars will exceed 95%, with the installation volume reaching approximately 24.982 million units.
Automotive OTA industry mainly adopts two layout modes: third-party supply and OEM independent R&D, with third-party OTA enterprises still dominating the supply market. From January to October 2025, in the market share of third-party OTA suppliers for China's passenger cars, ABUP ranked first with a 37% share, followed by Harman with approximately 13.2%. Enterprises such as ECARX, Desay SV, Huawei, and Carota are also experiencing continuous growth in market share, collectively driving the continuous upgrading of automotive OTA industry.
Two Standards to Be Implemented Simultaneously in 2026, Marking the Official Entry of Automotive OTA into the Era of Mandatory Standards
Starting from January 1, 2026, the national mandatory standard "General Technical Requirements for Software Update of Vehicles" and the recommended standard "Requirements of Implementation of Motor Vehicle Products Recall Based on Over-the-Air Update Technology" will be officially implemented, marking the official entry of China's automotive OTA into the "era of mandatory standards".
In addition, in February and August 2025, China successively issued the "Notice on Further Strengthening the Administration of Access, Recall, and Software Over-the-Air Updates of Intelligent Connected Vehicle Products" and the "Notice on Strengthening the Supervision and Administration of Recall and Production Consistency of Intelligent Connected New Energy Vehicle Products and Regulating Publicity (Draft for Comments)", which have established a more rigorous and detailed policy framework covering product access, recall management, OTA filing, and classified supervision.
With the implementation of mandatory standards and the deepening of regulatory policies, software security is no longer an option for OEMs but an unavoidable "must-answer question" for the healthy development of intelligent connected vehicles. China's automobile industry is embracing a new stage of full-link digital supervision with a more systematic and strict standard system.
Automotive OTA Evolves Towards Full Software Lifecycle Management
Faced with the stringent requirements of the new national standards in management, technology, processes, and other dimensions, automobile software security has become a core proposition throughout the entire lifecycle. Automotive OTA is no longer a "free operation" of OEMs but a key link connecting the full-chain data of "product access - mass production and sales - software upgrades - defect recalls" and incorporated into the whole lifecycle supervision of vehicles. Building an automobile software full lifecycle management system has become an essential element for OEMs. To this end, suppliers such as ABUP, Excelfore, Desay SV, Bosch ETAS, and Aptiv are actively deploying OTA software full lifecycle solution products to meet the rapidly developing market demand.
OTA Application Experience Continuously Improves with the Assistance of New Automotive OTA Technologies
With the development of automobile intelligence, the continuous improvement of automotive architecture, hardware, communication networks, and other configurations, as well as the continuous breakthrough and application of various new OTA technologies, OTA performance of new vehicle models is also constantly improving, specifically reflected in upgrade speed, upgrade fault protection, and other aspects.
For example, the Xiaomi YU7 launched in 2025 is equipped with the 3rd Generation Snapdragon 8 chip and innovatively adopts extreme speed streaming upgrade technology to achieve faster intelligent OTA upgrades, with the full-vehicle full-package upgrade completed in 15 minutes.
In July 2025, Li Auto launched the ADAS domain streaming upgrade technology based on NVIDIA Thor-U chip. With the core concept of "unconscious evolution", the automotive OTA can complete intelligent evolution in the time it takes to drink a cup of coffee, bringing a revolution in user experience.
Improvement of OEM OTA user experience is inseparable from the continuous progress of OTA technology in safety, reliability, and efficiency. From the initial A/B partitioning and differential algorithms to the recent application of streaming upgrades, parallel upgrades, and other technologies in vehicles, it is also the result of continuous technological R&D and innovation by OTA suppliers.
Table of Contents
1 Policies, Regulations, and Market Status of Automotive OTA
1.1 Definition and Technology of OTA
Definition of OTA
Classification of Automotive OTA
Basic Architecture of Automotive OTA
Basic Architecture of FOTA
1.2 International OTA Standards and Policies
Continuous Improvement of Automotive OTA Regulatory Policies
Global Standards and Regulations Related to Automotive Software Updates and Cybersecurity
UNECE WP.29 Regulations Related to Software Upgrades
UN Regulation 156
Requirements of UN Regulation 156 for OEMs
Rx Software Identification Number (RxSWIN)
Implementation Timeline of UN Regulation 156 in Some Countries
ISO Standards Related to Automotive OTA Upgrades
ISO Standards Related to Automotive OTA Upgrades: ISO 24089 Standard (1)-(2)
ISO Standards Related to Automotive OTA Upgrades: ISO/SAE 21434 Standard
EU Requirements for Automotive OTA
US Requirements for Automotive OTA
UK Requirements for Automotive OTA
Japanese Requirements for Automotive OTA
South Korean Requirements for Automotive OTA
OTA Regulatory Strategies
1.3 China's Automotive OTA Standards and Policies
Summary of China's OTA-related Regulatory Policies and Standards (1)-(2):
"Notice on Strengthening the Supervision and Administration of Recall and Production Consistency of Intelligent Connected New Energy Vehicle Products and Regulating Publicity (Draft for Comments)"
"Notice on Further Strengthening the Administration of Access, Recall, and Software Over-the-Air Updates of Intelligent Connected Vehicle Products" (1)-(5)
Timeline and Latest Progress of the Mandatory Standard "General Technical Requirements for Software Update of Vehicles"
Interpretation of the Mandatory Standard "General Technical Requirements for Software Update of Vehicles" (1)-(3)
China's OTA Policies: OTA Recall Supervision
China's OTA Policies: Access Management of Intelligent Connected Vehicle Manufacturers and Products
China's OTA Policies: "Notice on Carrying Out Automotive Software Over-the-Air Update Filing" (1)-(2)
Completion of Standard Verification for "Automotive Remote Upgrade (OTA) Cybersecurity Test Specification"
"National Guide for the Construction of the Internet of Vehicles Industry Standard System (Intelligent Connected Vehicles)" (2023)
Regulatory Policies: Sandbox Supervision
OTA Recall Incidents of China's Passenger Cars, 2021-2025
Summary of OTA Recall Incidents of China's Passenger Cars, 2025
Summary of OTA Recalls of US Passenger Cars, 2020-2024
1.4 Layout of Automotive OTA Compliance Services
Growing Attention to Automotive OTA Compliance
Compliance Layout of Major OTA Suppliers
OTA Compliance Service Products of Suppliers (1)-(3)
1.5 Development Status Quo of China's Passenger Car OTA Market
OTA Installation of China's Passenger Cars in 2025
OTA Function Installation Volume and Installation Rate of China's Passenger Cars (by Manufacturer Type), 2025
OTA Function Installation Volume and Installation Rate of China's Passenger Cars (by Vehicle Price Range), 2025
Top 15 Brands by OTA Installation Volume of China's Passenger Cars, 2025
Top 15 Models by OTA Installation Volume of China's Passenger Cars, 2025
Market Share of Third-Party OTA Suppliers for China's Passenger Cars, Jan.-Oct. 2025
Forecast of China's Automotive OTA Scale
2 Product and Technology Development Trends of Automotive OTA
2.1 Summary of OTA Product Layout of Major Suppliers
Automotive OTA Product Layout of Major Suppliers (1)
Automotive OTA Product Layout of Major Suppliers (2)
2.2 Evolution Trend 1 of Automotive OTA:
Evolution Trend 1 of Automotive OTA Technology (1)
Evolution Trend 1 of Automotive OTA Technology (2)
2.3 Evolution Trend 2 of Automotive OTA:
Evolution Trend 2 of Automotive OTA Technology (1)
Evolution Trend 2 of Automotive OTA Technology (2)
2.4 Evolution Trend 3 of Automotive OTA:
Evolution Trend 3 of Automotive OTA Technology (1)
Evolution Trend 3 of Automotive OTA Technology (2)
2.5 Evolution Trend 4 of Automotive OTA:
Evolution Trend 4 of Automotive OTA Technology (1)
Evolution Trend 4 of Automotive OTA Technology (2)
2.6 Evolution Trend 5 of Automotive OTA:
Evolution Trend 5 of Automotive OTA Technology (1)
Evolution Trend 5 of Automotive OTA Technology (2)
2.7 Evolution Trend 6 of Automotive OTA:
Evolution Trend 6 of Automotive OTA Technology (1)
Evolution Trend 6 of Automotive OTA Technology (2)
3 Independent OTA Technology Suppliers and Solutions
3.1 ABUP
Profile
Innovative OTA Solutions (1)-(3)
OTA-related Innovative Solutions (1)-(2)
Core OTA Technologies
New Cooperation Mode for Software Full Lifecycle Management
OTA Overseas Business
Customers and Partners
3.2 Harman
Evolution of OTA Products
New OTA-related Products (1)-(2)
OTA Solutions
OTA Architecture on AWS Cloud
Intelligent Differential Upgrade of OTA Maps
OTA Security Shield
OTA Insight
New Predictive and Preventive Maintenance (PPM) Solutions
OTA Cooperation Modes
3.3 Carota
Profile
Evolution of OTA Product Solutions
New OTA-related Products (1)-(3)
One-stop Vehicle OTA Solutions
System Architecture of One-stop Vehicle OTA Solutions
Core OTA Technologies
Layout of OTA Software Subscription Services
OTA Compliance Management Platform
Overseas Layout
Major Customers
3.4 Excelfore
Development History and Strategic Planning
Business Layout
Evolution of OTA Products
Latest OTA Products (1)-(3):
Characteristics of Latest OTA Products
Core OTA Technologies (1)-(4):
Major Customers
eSync Alliance
Integration of eSync with Autoware and SOAFEE (1)-(2)
3.5 KPIT
Profile
Global Distribution
Operations
OTA Solutions (1)-(2)
OTA + Azure
OTA Solution Cases
Major OTA-related Dynamics
3.6 SONATUS
Profile
Automotive Platforms and Products
Main Products
Latest OTA Solutions
Latest OTA Dynamics
3.7 Redstone Sunshine
Profile
Evolution of OTA Products
OTA Solutions: FOTA Content and Upgrade Process
OTA Solutions: FOTA Architecture and Mobile Remote Vehicle Control Upgrade
OTA Application Cases and Business Trends
Major Customers
4 Tier1 OTA Suppliers and Solutions
4.1 PATEO
Core Product Layout
Cloud Platform
Architecture of Cloud Platform
Product System of Cloud Platform
Qing OTA RoadMap
Qing OTA
Major OTA-related Dynamics
4.2 Desay SV
Connected Service Business
EEA4.0 Vehicle-Road-Cloud Integrated Architecture
OTA Solutions (1)-(2)
Autonomous Driving OTA
OTA Business Dynamics
4.3 Thundersoft
ThunderFOTA Solutions
OTA Products Characteristics (1)-(2)
Application Cases
Cooperation with ETAS to Build Multi-domain Pre-integrated Middleware for High-Performance Computing (HPC) SoC In-vehicle Systems
4.4 Joyson Electronics
Business Introduction
OTA Solutions
Layout and Dynamics
4.5 Banma Zhixing
Development History
New Decade and New Strategy (1)-(2)
Safe and Secure Agent
OTA
4.6 Bosch
OTA Business Layout
Evolution of ETAS Automotive OTA Business
OTA Next-gen Solutions (1)-(7)
Partners and OTA Business Dynamics
4.7 Elektrobit
Brief Introduction of OTA Layout
OTA Solutions
Integration of OTA with EB Corbos Products
OTA-related Products
Latest OTA Dynamics
4.8 Aptiv
History of OTA Business Layout
Wind River Software Solutions
Wind River's Innovative OTA Solutions
Wind River's New Versions of OTA Solutions
Wind River's OTA-related Innovative Products
Wind River's OTA-related Dynamics
4.9 ZF
OTA Solutions and Partners
ProConnect Connected Vehicle Platform: Integrating OTA Technology
Commercial Vehicle Software Update Management System Service Suite SUMS
4.10 Denso
OTA Solutions and Partners
SDV Platform
Realizes Real-time OTA Updates by Integrating ECUs through SDx
Layout of Software Field
Vehicle-Cloud Integrated Layout
Software Dynamics
5 Innovative Function Highlights of Automotive OTA Upgrades
5.1 Evolution of OEMs' OTA Upgrade Technology and Application
Evolution of OEMs' OTA Technology (1)-(3):
5.2 OEMs' OTA Upgrade History
Statistics of OTA Upgrade Versions of Major OEMs
Statistics of OTA Upgrade Versions of Major OEMs: Emerging Brands
Statistics of OTA Upgrade Versions of Major OEMs: Independent Brands
Statistics of OTA Upgrade Versions of Major OEMs: Foreign-funded/Joint Venture Brands
Classification of OTA Upgrade Projects of Major OEMs
Statistics of OTA Upgrade Projects of Major OEMs
Classification Statistics of OTA Upgrade Projects for Major OEMs: Independent Brands
Classification Statistics of OTA Upgrade Projects for Major OEMs: Emerging Brands
Classification Statistics of OTA Upgrade Projects for Major OEMs: Foreign-funded/Joint Venture Brands
5.3 Innovative Function Highlights and Trends of OTA Upgrades in Intelligent Cockpit Field
Summary of Innovative Function Highlights of OTA Upgrades in Intelligent Cockpit Field (1)-(3)
Innovative Function Highlights of OEM OTA Upgrades in Intelligent Cockpit Field (1)-(2)
5.4 Innovative Function Highlights and Trends of OTA Upgrades in Intelligent Driving Field
Innovative Function Highlights of OEM OTA Upgrades in Intelligent Driving Field (1)-(2)
5.5 Innovative Function Highlights and Trends of OTA Upgrades in Intelligent Chassis Field
Innovative Function Highlights of OEM OTA Upgrades in Intelligent Chassis Field (1)-(2)
5.6 Innovative Function Highlights and Trends of OTA Upgrades in Other Fields
Other Innovative Function Highlights of OTA Upgrades (1)-(3)
6 OTA Functions and Layout of Major OEMs
6.1 NIO
Development and Evolution of OTA
OTA Technical Characteristics
Guarantee Capabilities of OTA Software Upgrade Security Management System
Evolution of OTA Intelligent System
OTA Upgrade Versions of NIO Models, 2018-2025 (1)-(2)
OTA Upgrade Versions of ONVO and Firefly Models, 2024-2025
Main Contents of OTA Upgrades in 2025: Banyan System OTA (1)-(2)
Main Contents of OTA Upgrades in 2025: Cedar System OTA (1)-(2)
Main Contents of ONVO's OTA Upgrades in 2025: Coconut System OTA (1)-(2)
OTA Technology and Processes
Notes on the Latest System OTA Upgrades
Latest System OTA Upgrade Processes (1)-(2)
OTA Upgrade Processes of ONVO
OTA Security Mechanisms
6.2 Xpeng Motors
Development and Evolution of OTA
X-EEA3.5 OTA Technology:
X-EEA3.0 OTA Technology:
Hardware OTA: Chip Upgrade Crowdfunding
OTA Upgrade Versions: 2019-2025
Main Contents of OTA Upgrades: 2025 (1)-(4)
Main Contents of OTA Upgrades: 2024 (1)-(3)
6.3 Li Auto
Development and Evolution of OTA
Innovative OTA Technology: ADAS Domain Streaming Upgrade Technology
Technical Characteristics of Latest OTA
OTA Upgrade Requirements
Core Innovative Highlights of OTA Upgrades in 2025 (1)-(5)
Statistics of OTA Upgrade Versions
Main Contents of OTA Upgrades: 2025 (1)-(3)
Main Contents of OTA Upgrades: 2024 (1)-(5)
6.4 Xiaomi Auto
Development and Evolution of OTA
YU7 OTA Technical Characteristics:
SU7 OTA Technical Characteristics:
Notes on OTA Upgrades
Statistics of OTA Upgrade Versions
Innovative Highlights of OTA Upgrades: Assisted Driving
Main Contents of OTA Upgrades: 2025 (1)-(3)
Main Contents of OTA Upgrades: 2024 (1)-(4)
6.5 SAIC
Development and Evolution of OTA
Latest OTA Technology
Z-ONE's XOTA Solutions
OTA Upgrade Versions of IM Models, 2022-2025
IM Motor's Main Contents of OTA Upgrades: 2025
IM Motor's Main Contents of OTA Upgrades: 2024
OTA Upgrade Versions of SAIC Independent Brand Passenger Cars (Roewe, MG, etc.), 2017-2025
Main Contents of OTA Upgrades for SAIC Independent Brand Passenger Cars (Roewe, MG, etc.): 2024-2025
MG Models' OTA Upgrade Processes
Rising Auto's OTA Upgrade Processes
User Feedback Mechanism
OTA Partners
6.6 Geely Auto
Development and Evolution of OTA
Vehicle Smart OTA Technology
MCP+SOA Agent Tool Platform
Zeekr OTA Solutions (1)-(2)
Zeekr's Hardware OTA
Statistics of Zeekr's Upgrade Times
Zeekr's Main Contents of OTA Upgrades: 2025
Zeekr's Main Contents of OTA Upgrades: 2024 (1)-(6)
Statistics of Lynk & Co's Upgrade Times
Lynk & Co's Contents of OTA Upgrades: 2025 (1)-(3)
Lynk & Co's Contents of OTA Upgrades: 2024 (1)-(3)
Statistics of OTA Upgrade Versions of Other Brands
Other Brands' Contents of OTA Upgrades: 2025 (1)-(2)
Other Brands' Contents of OTA Upgrades: 2024 (1)-(2)
Statistics of OTA Upgrade Versions and Main Contents of Lotus: 2025
Main Contents of Lotus' OTA Upgrades: 2024
OTA Upgrade History and Main Contents of Smart Auto
6.7 GAC Group
Development and Evolution of OTA
Latest OTA Technical Characteristics
OTA Upgrade Processes of GAC Passenger Cars
Statistics of OTA Upgrade Versions
OTA Upgrade History of GAC Passenger Cars: Hyptec
OTA Upgrade History of GAC Passenger Cars: Aion
OTA Upgrade History of GAC Passenger Cars: Trumpchi
6.8 Changan Automobile
Development and Evolution of OTA
Changan SDA Architecture OTA Technology
Full-domain In-depth OTA
Full-domain Extreme Speed OTA
OTA Upgrade Processes
Deepal's Upade Times
Deepal's Main Contents of OTA Upgrades: 2025 (1)-(3)
Deepal's Main Contents of OTA Upgrades: 2024 (1)-(2)
Nevo's Main Contents of OTA Upgrades: 2025
Nevo's Main Contents of OTA Upgrades: 2024
OTA Upgrade History of Other Brands
Avatr's Upgrade Times
Avatr's Main Contents of OTA Upgrades: 2025 (1)-(2)
Avatr's Main Contents of OTA Upgrades: 2024 (1)-(3)
Avatr Upgrade Guide: Vehicle Terminal
Avatr Upgrade Guide: Mobile Phone Terminal
6.9 BYD
Development and Evolution of OTA
Xuanji Architecture OTA
Statistics of OTA Upgrade Versions
Yangwang's Main Contents of OTA Upgrades: 2025 (1)-(4)
Yangwang's Main Contents of OTA Upgrades: 2024 (1)-(3)
Denza's Main Contents of OTA Upgrades: 2025 (1)-(7)
Fangchengbao's Main Contents of OTA Upgrades: 2025 (1)-(2)
Fangchengbao's Main Contents of OTA Upgrades: 2024 (1)-(2)
OTA Upgrade History of Overseas Models
Partners and Development Plans
6.10 BAIC Group
Development and Evolution of OTA
Intelligent Connected Basic Software Platform
Intelligent Data Center
Arcfox's Statistics of OTA Upgrade Versions
Arcfox's Main Contents of OTA Upgrades: 2025 (1)-(2)
Arcfox's Main Contents of OTA Upgrades: 2024 (1)-(2)
Statistics of OTA Upgrade Versions and Main Contents of BEIJING
6.11 FAW Group
Hongqi's Development and Evolution of OTA
Hongqi's New-Generation OTA Technology
Hongqi's OTA Upgrades New Functions
Hongqi's Mobile APP Remote Control OTA Upgrade Processes
Hongqi's Statistics of OTA Upgrade Versions
Hongqi's Main Contents of OTA Upgrades: 2025
6.12 Great Wall Motor
Development and Evolution of OTA
OTA Technology
WEY's OTA Upgrade Processes
Haval's OTA Upgrade Processes
Statistics of OTA Upgrade Versions
WEY's Main Contents of OTA Upgrades: 2025 (1)-(2)
WEY's Main Contents of OTA Upgrades: 2024 (1)-(2)
Haval's Main Contents of OTA Upgrades
Ora's Main Contents of OTA Upgrades
Tank's Main Contents of OTA Upgrades: 2025 (1)-(2)
Tank's Main Contents of OTA Upgrades: 2024 (1)-(2)
Development Plans and OTA
6.13 Dongfeng Motor
Development and Evolution of OTA
OTA Technology
Voyah's Statistics of OTA Upgrade Versions
Voyah's Main Contents of OTA Upgrades: 2025 (1)-(3)
Voyah's Main Contents of OTA Upgrades: 2024 (1)-(3)
Other Brands' Statistics of OTA Upgrade Versions
Other Brands' Main Contents of OTA Upgrades: 2025 (1)-(2)
Other Brands' Main Contents of OTA Upgrades: 2024 (1)-(2)
OTA Upgrade Processes
6.14 Chery Automobile
Development and Evolution of OTA
Models Equipped and OTA Technical Characteristics
Exeed's Statistics of OTA Upgrade Versions
Core Innovative Highlights of OTA Upgrades in 2025:
Exeed's Main Contents of OTA Upgrades: 2025 (1)-(4)
Exeed's Main Contents of OTA Upgrades: 2024 (1)-(3)
Other Brands' Statistics of OTA Upgrade Versions
Other Brands' Main Contents of OTA Upgrades: 2025 (1)-(3)
Other Brands' Main Contents of OTA Upgrades: 2024 (1)-(2)
