Expanding Communication Network

DRASInt® Risk Alliance
Oct 31, 2024
5 min read

Updated: Apr 18

Lt Col Amit Sharma, SM (retd.)

DRASInt | Leadership, Security Management and Vigilance

At a time when global communication is essential for economic, military, and societal operations, China's involvement in the infrastructure that facilitates this communication is subject to growing scrutiny. This piece delves into China's investments in submarine cables, land-based networks, and developments in Low Earth Orbit (LEO) satellite technology, establishing China as a significant player in the worldwide network. It also discusses the weaknesses and geopolitical consequences linked to these infrastructures, especially in case of interruptions to Chinese communication systems.

Introduction

The global communication landscape is undergoing rapid transformation, with significant implications for international relations, commerce, and security. China has emerged as a pivotal player, investing heavily in under sea cables, terrestrial networks, and satellite communication. This article aims to analyze China’s strategic initiatives in these areas, assess the implications for global connectivity, and highlight the associated risks and vulnerabilities.

Under sea Cables - Expanding Influence

Under sea cables form the backbone of global communication, carrying the vast majority of intercontinental data traffic. Recognizing their strategic importance, China has made substantial investments in this critical infrastructure. Chinese companies, often state-owned or closely tied to the government, are actively involved in laying and maintaining these undersea cables, not only in the Asia-Pacific region but globally. Key Chinese players in the under sea cable industry include:-

Telecom - One of the largest telecommunications companies in China, China Telecom plays a significant role in both domestic and international cable projects.
Mobile International - A subsidiary of China Mobile, involved in several global under sea cable projects.
Unicom - Another major telecommunications provider with stakes in multiple international cable systems.
HMN Tech (formerly Huawei Marine Networks) - Specializes in under sea cable networks, involved in laying cables that connect China to various parts of the world.

Major Under sea Cable Routes

Asia-Africa-Europe 1 (AAE-1) - Spanning approximately 25,000 kilometers, this cable connects Asia, Africa, and Europe through key landing points in the following towns and cities:

Asia-Hong Kong, Mumbai, Chennai (India)
Africa-Djibouti, Mombasa (Kenya)
Europe-Marseille (France), London (United Kingdom), Lisbon (Portugal)

These cities enhance global telecommunications and facilitate efficient data transmission across interconnected regions.

Southeast Asia-Middle East-Western Europe 6 (SEA-ME-WE 6) - A 20,000 km cable system connecting Southeast Asia, the Middle East, and Western Europe, with landing points in:

Southeast Asia-Singapore, Penang, Kota Bahru (Malaysia), Batam, Jakarta (Indonesia), Chonburi, Bangkok (Thailand)
South Asia-Cox's Bazar (Bangladesh), Mumbai, Chennai (India), Colombo (Sri Lanka), Karachi (Pakistan)
Middle East-Dubai (United Arab Emirates), Muscat (Oman)
Western Europe-Alexandria (Egypt), Marseille (France), Rome, Catania (Italy)

In China, these cables typically terminate in major coastal cities, including:

Shanghai-A major hub for international and domestic telecommunications.
Hong Kong-A critical endpoint, known for its role as a global financial center and a key entry point for data traffic.
Qingdao-A strategic location for cables connecting China with Japan and South Korea.
Guangzhou-An important endpoint for cables linking Southeast Asia with China.

These endpoints are crucial for maintaining China’s global data connectivity and enhancing its control over international communication routes.

Terrestrial Networks

China has well-established and strategically designed land-based networks. Internally, China has made significant investments in fiber optic infrastructure, establishing a highly interconnected network that connects major cities, data centers, and rural areas. This network is essential for internal communication and economic growth. Major stakeholders in land-based networks include:

China Telecom-Dominates the domestic fiber optic network.
China Mobile-Operates one of the world’s largest mobile networks, supported by extensive fiber infrastructure.
China Unicom-Plays a major role in both domestic and international network operations.
ZTE and Huawei-Provide essential equipment and technology for building and maintaining these networks.

Internationally, China’s Belt and Road Initiative (BRI) has expanded terrestrial networks into Central Asia, Africa, and Europe. Through this initiative, Chinese companies are building or upgrading infrastructure in partner countries, ensuring that Chinese networks extend beyond its borders, thus enhancing China’s influence in these regions and providing alternative data routes.

Collaborations

Chinese companies have partnered with foreign entities in under sea cable projects, including:-

India-Bharti Airtel collaborates with Chinese companies on cable routes connecting India to China and other parts of Asia.
Pakistan-Pakistan Telecommunication Company Limited (PTCL) has partnered with Chinese firms in projects like the AAE-1 and the Pakistan East Africa Cable Express (PEACE) cable.
Bangladesh-Bangladesh under sea Cable Company Limited (BSCCL) has partnered with HMN Tech on the SEA-ME-WE 4 and SEA-ME-WE 5 projects.
United States-Despite geopolitical tensions, Google and Facebook have historically engaged in joint ventures with Chinese companies on under sea cable projects like the Pacific Light Cable Network (PLCN).

Satellite Communication - LEO

While under sea cables and terrestrial networks form the core of China’s communication infrastructure, satellite communication, particularly LEO systems, is also gaining importance. China has been aggressively developing its LEO satellite constellations to ensure global connectivity and reduce reliance on foreign technology. Projects like the Hongyun and Xingyun constellations, developed by the China Aerospace Science and Industry.
Corporation (CASIC), aim to provide global internet coverage, similar to SpaceX’s Starlink. These LEO satellites are crucial for connecting remote areas and providing redundancy in case of cable failures.
However, LEO systems present challenges, including lower bandwidth and higher latency compared to terrestrial and under sea networks. Despite these limitations, LEO satellites offer strategic advantages, particularly when physical infrastructure is compromised.
In scenarios of conflict or natural disaster disrupting under sea cables or terrestrial networks, China’s LEO satellites could maintain domestic and global communication.

Implications

China's extensive presence in undersea cables, terrestrial networks, and the expanding capabilities of LEO satellites bring about both opportunities and risks:-

By having significant control over global communication infrastructure, China can impact international data flows, potentially using this leverage in geopolitical negotiations or conflicts, especially with nations dependent on networks controlled by China.
China's infrastructure is susceptible to disruptions. Undersea cables are at risk from natural disasters, sabotage, and cyberattacks. In such situations, LEO satellites could become crucial, although their limitations in data capacity and latency emphasize the necessity for diversified communication strategies.
Besides natural hazards, undersea cables are vulnerable to sabotage and cyberattacks. Geopolitical tensions, like those in the South China Sea, heighten the likelihood of targeted assaults on undersea infrastructure. The 2020 allegations of Chinese espionage concerning its undersea networks underscore the vulnerabilities of this infrastructure. Cyberattacks can jeopardize data security and integrity, potentially leading to breaches and lasting harm to trust in China's digital domain.
Global Reaction and Tensions - The expansion of Chinese-managed infrastructure raises apprehensions among Western nations and neighboring regions, prompting efforts to reduce reliance on Chinese networks by establishing alternative pathways or enhancing their satellite systems. This could result in a fragmented global communication network driven by geopolitical rivalries.

Prognosis

China's ambitious endeavor to establish dominance in global communication networks—whether through undersea cables, terrestrial networks, or LEO satellite systems—signifies more than a mere pursuit of influence; it represents a delicate balance between opportunity and risk. While these investments enhance China's position on the global stage and ensure its citizens remain highly connected in an increasingly digital world, they also expose the country to significant risks, particularly in the event of technical failures or geopolitical tensions.
As our world becomes more interconnected, the competition to secure and control these critical communication pathways intensifies. Adaptability of China's communication networks will be pivotal in shaping its future global influence.
China will continue to expand its presence in global communication, leveraging both physical infrastructure and cutting-edge space technologies. The advancement of LEO satellites, for instance, offers potential safeguards against disruptions in conventional cable networks. Nevertheless, this pursuit of global connectivity is likely to escalate geopolitical tensions, rendering the digital landscape even more intricate and competitive in the years ahead.

#ChinaCommunication #UnderseaCables #GlobalConnectivity #LEOSatellites #Geopolitics #BeltAndRoad #TelecomNetworks #DigitalSilkRoad #Cybersecurity #ChinaInvestments #AIassisted

References

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Intelligence · Investigation · Analytical Assessment	https://www.drasintrisk.com/product-page/identification-and-investigation-services-iis