Analysis Report on the Operation Status and Development Direction of China's Private Network Communication Industry

At present, the information security situation of China's private network communication is not optimistic, with serious hidden dangers of information theft and leakage. It is urgent for all relevant parties to take decisive measures to strengthen private network information security in order to safeguard the nation's overall information security.
Currently, China's economic and social development is entering a critical period, with various emergencies affecting social stability and public safety occurring from time to time, coupled with frequent natural disasters, all of which impose new and higher requirements on the development of China's private network communication.
Meanwhile, with the rapid development of the economy and society in the information age, national information security issues have drawn increasing attention. The severe situation facing national information security compels us to rethink how to enhance the security of national information networks and their communication equipment.
As can be seen from a series of major events such as SARS, the Wenchuan earthquake, and counter-terrorism and stability maintenance efforts, although governments at all levels have formulated emergency response plans for various public emergencies, it is difficult to predict natural disasters, health epidemics, social security incidents, and other public emergencies in advance. These events develop rapidly and have wide-ranging impacts, and in most cases, prevention and control cannot be arranged in advance, placing extremely high demands on the emergency rescue capabilities of governments at all levels. An efficient, secure, reliable, and scalable emergency communication private network is essential. Efficient information transmission is the lifeline for the effective operation of emergency rescue and stability maintenance systems.

At present, 11 cities nationwide, including Beijing, Shanghai, Guangzhou, and Shenzhen, have built digital trunking private networks. These networks were mostly established to meet the needs of phased international and domestic major events, conferences, and activities, such as the Olympic Games, the World Expo, the World Youth Games, and the National Games. Due to the event-driven nature of their construction, no single national department has been responsible for the unified planning, design, and management of private network communication in China. As a result, local governments have built networks based on temporary needs, each acting independently and rushing into construction, leading to inconsistent planning, non-uniform equipment application standards, and mismatched frequency bands. This has resulted in duplication and randomness in private network construction, making it impossible to achieve interconnection and interoperability across regions and departments, and causing serious waste of funds and frequency resources.
At this stage, the digital trunking private networks built in China are characterized as "small, scattered, and disordered." The network scale is "small," with severe duplicate investment and resource waste. Since private networks are self-funded by local governments, government management over them is relatively "scattered" and "disordered." The frequencies and technical standards adopted by public security, procuratorial, judicial, national security, customs, military, and armed police departments vary widely, not only seriously wasting the nation's precious frequency resources and making centralized management and control difficult, but also making true "interconnection and interoperability" extremely challenging.
Since the construction began, due to the lack of breakthroughs in digital technology for domestic professional wireless communication products, Chinese government and public security departments have purchased large quantities of foreign specialized communication equipment to build their dedicated command and dispatch networks and communication networks. These foreign devices can easily be used to remotely monitor or control the communication processes of private networks through specially configured backdoor software or hidden monitoring software, thereby causing leaks of classified national information and even posing the risk that critical equipment could be controlled or destroyed at crucial moments during mission execution.
Whether from the perspective of information security or meeting the needs of stability maintenance and security protection, these foreign systems and equipment should be replaced.
To achieve the safe, stable, and reliable construction of China's wireless digital trunking private networks, industry analysts have put forward three recommendations. First, coordinate planning and orderly construction. The construction of digital trunking private networks should be strengthened through top-level government planning and design at the national level, breaking down the fragmented patterns of ministries, industries, and regions, clarifying responsible departments, and determining key elements such as construction standards, specifications, and frequency usage for digital trunking private networks; implementing budget allocations and building uniformly planned digital trunking private networks; advocating the overall approach of "unified planning with separate implementation, unified standards with step-by-step execution, and unified construction with tiered application" to build China's digital trunking private networks, achieving "resource sharing, intelligent interaction, collaborative services, and peacetime-wartime integration" across departments, effectively enhancing the government's capacity to ensure public safety and handle public emergencies, improving the scientific level of urban management, and promoting comprehensive, coordinated, and sustainable economic and social development.
Second, improve regulations and strengthen enforcement. In government procurement operations, for areas related to national information security, especially the communication information security field, efforts should start at the source of government procurement, with clear stipulations that government and public security departments must use domestically developed equipment in government procurement involving national communication information security, and must not purchase foreign equipment, including foreign equipment manufactured domestically.
At the supervision and enforcement level, incidents of abuse of power, dereliction of duty, collusion between internal and external parties, and favoritism and fraud among staff of some local government procurement units occur from time to time. Relevant national departments should accelerate the improvement of audit and supervision regulations for government procurement, set security review thresholds for government procurement, and promptly research and issue regulations and rules concerning audit supervision over the procurement of products related to national information security.
Third, ascertain the "inventory" and implement replacement. It is recommended to promptly ascertain the "inventory," formulate plans, and develop replacement plans for domestically developed equipment to replace already purchased foreign equipment, with deadlines for replacement to ensure government information security and national security; accelerate the improvement of China's government information security system, strictly review whether foreign enterprises' market activities in China threaten national information security, and if any potential threats to national information security are found, resolutely prevent them from participating in market bidding activities.

Chapter 1 Overview of the Development of the Private Network Communication Industry
Section 1 Overview of the Private Network Communication Industry

1. Definition of Private Network Communication
2. Differences Between Private Networks and Public Networks
   (1) Different Service Targets
   (2) Different Construction Entities
   (3) Different Scales
   (4) Different Technical Requirements
   (5) Different Service Requirements
3. Business Process of Private Network Communication
   Section 2 Analysis of the Advantages of Private Network Communication
4. Specific Differential Calling and Group Calling Modes
5. Faster Response Speed
6. Higher Security of Dedicated Systems
   Section 3 Position of the Private Network Communication Industry in the National Economy
7. Development Opportunities Brought by the Integration of Informatization and Industrialization to China's Private Network Communication Industry
8. Analysis of the Economic and Social Benefits of the Private Network Communication Industry
   Section 4 Analysis of the Industry Chain of the Private Network Communication Industry

Chapter 2 Analysis of the Market Environment and Impact of the Private Network Communication Industry
Section 1 Political and Legal Environment of the Private Network Communication Industry

1. Industry Regulatory Authorities
2. Industry Supervision System
3. Major Industry Laws, Regulations, and Policies
4. Industry-Related Development Plans
5. Impact of the Policy Environment on the Industry
   Section 2 Analysis of the Industry Economic Environment
   Section 3 Analysis of the Industry Social Environment
   Section 4 Analysis of the Industry Technological Environment
6. Analysis of Private Network Communication Technologies
7. Development Level of Private Network Communication Technologies
8. Major Industry Technology Development Trends

Chapter 3 Analysis of the Development of the International Private Network Communication Industry and Lessons Learned
Section 1 Overall Analysis of the Global Private Network Communication Market

1. Development Characteristics of the Global Private Network Communication Industry
2. Analysis of Global Private Network Communication Market Demand
3. Competitive Landscape of the Global Private Network Communication Industry
   Section 2 Analysis of Segmented Markets in the Global Private Network Communication Industry
4. Overview of the Development of Industry Product Markets
5. Analysis of the Development of Analog Product Markets
6. Analysis of the Development of Digital Product Markets
   Section 3 Analysis of Private Network Communication Development in Major Countries Worldwide
7. "Digital Rhine" Inland Waterway Information Private Network
8. Information Private Network of Enel (Italian National Electric Power Company)
9. European Nationwide Public Safety Private Networks
   (1) State-Owned, Privately Operated Model - Finland's VIRVE Network
   (2) State-Owned, State-Operated Model - Belgium's ASTRID Network
   (3) Privately Owned, Privately Operated Model - UK's O2 Airwave Digital Trunking Network
10. European Nationwide Railway Information Private Network GSM-R
11. Walmart Enterprise Information Private Network
12. Lessons from Developed Countries' Private Network Technologies and Industries for China

Chapter 4 Analysis of the Current Operation Status of China's Private Network Communication Industry
Section 1 Analysis of the Development Status of China's Private Network Communication Industry

1. Development Stages of China's Private Network Communication Industry
2. Overall Overview of the Development of China's Private Network Communication Industry
3. Analysis of the Development Characteristics of China's Private Network Communication Industry
4. Analysis of the Technical Demand Characteristics of China's Private Network Communication
   Section 2 Analysis of Private Network Communication Market Demand in the Public Safety Sector
5. Current Operation Status of the Public Safety Industry
6. Investment Analysis of the Public Safety Industry
7. Analysis of Private Network Communication Market Demand for the Public Security System
   Section 3 Analysis of Private Network Communication Market Demand in the Transportation Sector
8. Current Operation Status of the Transportation Industry
9. Investment Analysis of the Transportation Industry
10. Analysis of Private Network Communication Demand in the Transportation Sector
    Section 4 Analysis of Private Network Communication Market Demand in the Electric Power Sector
11. Current Operation Status of the Electric Power Industry
12. Investment Analysis of the Electric Power Industry
13. Main Application Areas of Private Network Communication in the Electric Power Industry
14. Analysis of Private Network Communication Demand in the Electric Power Sector
    Section 5 Analysis of Private Network Communication Market Demand in the Coal Sector
15. Current Operation Status of the Coal Industry
16. Investment Analysis of the Coal Industry
17. Main Application Areas of Private Network Communication in the Coal Industry
18. Analysis of Private Network Communication Demand in the Coal Sector

Chapter 5 Analysis of Technology Development in China's Private Network Communication Industry
Section 1 Second-Generation Digital Trunking Technologies

1. TETRA Technology
2. iDEN Technology
3. GSM-R Technology
4. DMR Technology
   Section 2 Broadband Wireless Access Technologies
5. McWiLL Technology
6. WiMAX Technology
7. MiWAVE Technology
8. LTE Trunking Technology
9. HDMA Technology
10. Technology Comparison
    Section 3 Wireless Sensor Networks
11. Current Research Status of Wireless Sensor Network Related Technologies
12. Current Standardization Status
13. Current Industrialization Status
14. IoT (Ubiquitous Network) System Architecture

Chapter 6 Analysis of China's Private Network Communication Equipment Market
Section 1 Analysis of the Industry Chain of the Private Network Communication Equipment Industry

1. Analysis of the Upstream Market of Private Network Communication Equipment
2. Analysis of the Downstream Market of Private Network Communication Equipment
   (1) Major Participants in the Downstream Market
   (2) Introduction of Leading Downstream Procurement Entities
   (3) Bargaining Power of the Industry over Downstream Industries
   (4) Extension of Enterprises' Downstream Business
   Section 2 Analysis of Competition in the Private Network Communication Equipment Market
3. Entry Barriers to the Private Network Communication Equipment Market
4. Analysis of Competition in the Private Network Communication Equipment Market
5. Lessons from the Growth Paths of Leading Industry Enterprises
   (1) Introduction to Hytera's Growth Path
   (2) Lessons from Hytera's Growth Path
   Section 3 Development Trends of the Private Network Communication Equipment Market from 2015 to 2020
6. Obvious Trend of Industry Chain Integration
7. Continuously Rising Market Concentration
8. Significant Progress in the Replacement of Domestic Equipment
9. Continuous Launch of New Products and Solutions

Chapter 7 Analysis of the Competitive Landscape and Strategies of China's Private Network Communication Industry
Section 1 Analysis of the Overall Market Competition Status of the Industry
Section 2 Overview of the Competitive Landscape of China's Private Network Communication Industry

1. Competition Between China's Independent Private Network Communication Industry and International Giants
2. Competition Between Domestic Private Networks and Public Networks
   Section 3 Analysis of the Competitive Landscape of the Private Network Communication Industry in 2014
3. Analysis of Domestic and International Private Network Communication Competition in 2014
4. Trends of Major Domestic Private Network Communication Enterprises in 2014
   Section 4 Analysis of Mergers and Acquisitions in the Private Network Communication Industry
5. Analysis of Mergers and Acquisitions by Multinational Corporations in China
6. Analysis of Mergers and Acquisitions by Local Enterprises

Chapter 8 Analysis of Leading Enterprises in China's Private Network Communication Industry
Section 1 Analysis of Leading Private Network Communication Equipment Enterprises in China

1. Hytera Communications Corporation Limited
   (1) Company Profile
   (2) Main Products of the Company
   (3) Analysis of the Company's Business Operations
2. Guangzhou Haige Communications Group Incorporated Company
   (1) Company Profile
   (2) Main Products of the Company
   (3) Analysis of the Company's Business Operations
3. Shaanxi Fenghuo Electronics Co., Ltd.
   (1) Company Profile
   (2) Main Products of the Company
   (3) Analysis of the Company's Business Operations
4. Unimax Communications Technology Co., Ltd.
   (1) Company Profile
   (2) Main Products of the Company
   (3) Analysis of the Company's Business Operations
5. Kirisun Communications Co., Ltd.
   (1) Company Profile
   (2) Main Products of the Company
   (3) Analysis of the Company's Business Operations
   Section 2 Analysis of the Business Operations of Leading Private Network Communication Technology Service Enterprises in China
6. Shenzhen Keybridge Communications Technology Co., Ltd.
   (1) Company Profile
   (2) Main Products of the Company
   (3) Analysis of the Company's Business Operations
7. New Generation Private Network Communication Technology Co., Ltd.
   (1) Company Profile
   (2) Main Products of the Company
   (3) Analysis of the Company's Business Operations
8. Eastern Communications Co., Ltd.
   (1) Company Profile
   (2) Main Products of the Company
   (3) Analysis of the Company's Business Operations
9. Beijing Xinwei Communication Technology Co., Ltd.
   (1) Company Profile
   (2) Main Products of the Company
   (3) Analysis of the Company's Business Operations
10. Beijing Zhengtong Network Communication Co., Ltd.
    (1) Company Profile
    (2) Main Products of the Company
    (3) Analysis of the Company's Business Operations

Chapter 9: Research on the Development Planning of China's Private Network Communication Industry
Section 1: Development Principles of the Private Network Communication Industry
Section 2: Development Objectives of the Private Network Communication Industry
I. Overall Technical Research on Broadband Multimedia Trunking Wireless Systems
II. Research on Key Technologies of Broadband Multimedia Trunking Wireless Systems
III. Technical Verification and Standardization of Broadband Multimedia Trunking Systems
IV. Research on Chips for Broadband Multimedia Trunking Systems
V. Development and Industrialization of Broadband Multimedia Trunking Wireless System Terminals
Section 3: Issues and Recommendations for the Development of the Private Network Communication Industry
I. Issues and Recommendations Regarding Standards
II. Issues and Recommendations Regarding Frequency
III. Issues and Recommendations Regarding Market Access
IV. Issues and Recommendations Regarding Special Fund Support and Industrial Policies

Chapter 10: Prospects and Trends of the Private Network Communication Industry from 2015 to 2020
Section 1: Market Development Prospects of Private Network Communication from 2015 to 2020
I. Driving Factors for Market Development of Private Network Communication from 2015 to 2020
II. Outlook on Market Development Prospects of Private Network Communication from 2015 to 2020
III. Development Prospects of Private Network Communication Segmented Industries from 2015 to 2020
Section 2: Forecast of Market Development Trends in Private Network Communication from 2015 to 2020
Section 3: Forecast of China's Private Network Communication Industry Scale from 2015 to 2020

Chapter 11: Research on Development Strategies for the Private Network Communication Industry
Section 1: Analysis of the Reasons for the Development of the Private Network Communication Industry
I. Reasons for the Emergence of the Private Network Communication Industry
II. Social Status and Role of the Private Network Communication Industry
III. Analysis of Development Issues in the Private Network Communication Industry
Section 2: Analysis of Opportunities and Challenges in the Private Network Communication Industry
I. Analysis of Opportunities in the Private Network Communication Industry
II. Analysis of Challenges in the Private Network Communication Industry
Section 3: Research on Development Strategies for the Private Network Communication Industry
I. The development of dedicated communication networks must adhere to the principle of centering on economic benefits
II. The development of dedicated communication networks must achieve a transformation in operational and service strategies
III. The development of dedicated communication networks must always maintain technological advancement of the communication network
IV. The development of dedicated networks must ultimately realize "Triple Play"
V. The development of dedicated communication networks should actively seek alliances and cooperation