For more than a decade, assessments of Chinese strategy in the Middle East and Africa have focused on assets, including the ports Chinese firms own, the pipelines they finance, and the networks they build. This lens has produced familiar maps of Chinese “footholds” and debates over future military bases, but ownership alone reveals less about influence.

The more useful question is not what China owns, but how Chinese firms become embedded in the operational and digital systems that keep trade corridors moving. Influence derives not from controlling infrastructure outright but from participating in the governance of the networks that move goods, data, finance, and information across them.

This distinction becomes clearer when the Middle East and Africa are viewed not as separate regions but as parts of a connected logistics system stretching from the Gulf through the Bab el-Mandeb to the East African coast. Examining them together discloses patterns of Chinese influence that remain obscured when regions are studied in isolation or infrastructure is analyzed as a collection of discrete assets rather than as part of interconnected corridors.

Most research on Chinese overseas security asks how Beijing protects ports, mines, and construction sites from physical threats. Yet corridors function through interconnected operational and digital systems that coordinate logistics across multiple states, legal regimes, and commercial actors. Protecting infrastructure is only one part of this architecture. Today, influence derives from participation in the software, standards, customs platforms, surveillance systems, financing mechanisms, and institutional arrangements that keep trade moving.

This logic also underpins debates over the Strait of Hormuz, where influence stems from shaping the terms of passage rather than controlling adjacent territory. The cases that follow extend this insight beyond a single maritime chokepoint to the wider network linking the Gulf, Red Sea, and East Africa.

Layers of Corridor Governance

Corridors are not governed through infrastructure alone. They depend on an architecture of mutually reinforcing physical, operational, digital, and political systems. Influence derives less from controlling any single component than from sustained participation across these layers, each of which shapes how goods, information, and capital move through the network.

Physical Security

This is the most visible layer and the one that has attracted the greatest attention. It encompasses private security companies (PSCs), military cooperation, police liaison, and naval deployments. China’s support facilities in Djibouti and the growing role of Chinese private security companies  around Belt and Road projects illustrate this dimension. Physical security enables corridor activity, but by itself it neither determines how trade moves nor who governs the network.

Operational Governance

Infrastructure must also be operated. This layer includes terminal management, customs facilitation, maintenance, scheduling, and logistics coordination that keep ports and transport corridors running daily. COSCO Shipping Ports’ long-term concession at Khalifa Port and the Chinese consortium’s industrial development at Duqm illustrate how influence can arise through sustained operational participation rather than ownership. The strategic value lies less in possessing assets than in becoming embedded in their routine management.

Digital Architecture

Increasingly, corridor governance depends on digital systems. Smart-port platforms, port community systems, customs software, cloud services, telecommunications networks, surveillance technologies, and satellite navigation form the operating system of modern trade corridors. They coordinate cargo movements, integrate public and private actors, and generate data that keep logistics networks running.

Chinese firms have become important providers of this digital architecture. Huawei’s Safe City platforms are one illustration, but they form only part of a broader ecosystem encompassing telecommunications infrastructure, smart-port technologies, cloud computing, and digital logistics services. Once embedded in the routine operation of ports and customs agencies, these systems create institutional relationships that often outlast individual infrastructure concessions. Replacing a terminal operator is difficult; replacing the digital architecture through which an entire corridor operates may be harder still.

Political Governance

Ultimately, every corridor depends on political arrangements that determine who may participate and on what terms. Financing agreements, regulatory concessions, elite relationships, legal frameworks, and dispute-resolution mechanisms establish the institutional environment within which the other layers operate. They also explain why corridor governance remains contingent rather than predetermined.

Bagamoyo demonstrates this clearly. Despite substantial Chinese investment plans, Tanzanian authorities rejected financing and governance arrangements they considered inconsistent with national interests. Djibouti’s decision to seize the Doraleh Container Terminal from DP World illustrates the same principle from another direction. In both cases, political authority — not operational capability, proved decisive in shaping the evolution of the corridor.

The Digital Architecture of Connectivity

Huawei’s Safe City platforms are the most visible marker of Chinese digital penetration in the Gulf–Red Sea–East Africa corridor, but they represent only one element of a broader architecture that includes undersea cables, cloud platforms, customs software, satellite positioning, and port community systems. Together, these shape how the corridor functions.

The four cases that follow illustrate how this architecture accumulates across the corridor:

1. Djibouti exhibits the most advanced layering;
2. Kenya shows how it develops around a major port;
3. Ethiopia demonstrates how it extends inland;
4. and the Gulf illustrates similar dynamics through cloud infrastructure and terminal management rather than port-level software alone.

Djibouti offers the clearest case of digital and operational embeddedness compounding. China Merchants Group, which holds a 23.5% stake in the Doraleh Multipurpose Port, paired that equity position with a parallel digital build out. A joint venture with IZP Technologies created the Silk Road E Merchant Information Technology Company, the platform underlying a Global Ports Alliance already linking close to thirty ports and more than fifty terminals.

A second layer emerged within the Djibouti International Free Trade Zone, where a single-window platform now integrates customs clearance, government services, and payments through one interface. A third layer was added when PRC-linked firms connected Djibouti to the PEACE submarine cable system, positioning the country as a regional data hub.

Researchers who have mapped the resulting network describe an end-to-end architecture in which smart port data flows through undersea cables back to systems in China. This structure has drawn scrutiny less for any single component than for how it concentrates cable, cloud, and port operations data within one vendor ecosystem.

Kenya shows the same pattern through more modest, individually unremarkable transactions. The PEACE cable that lands in Djibouti also terminates at Mombasa, giving Chinese linked telecommunications infrastructure a direct role in the data links serving East Africa’s busiest container port. Chinese-donated scanning equipment has also been installed at Mombasa and at Kenyan border posts. Presented as customs modernization, it nonetheless embeds Chinese-supplied hardware directly into the cargo clearance process.

In 2023, Nairobi and Huawei signed a memorandum of understanding covering ICT infrastructure, e-government platforms, and data center development, extending the relationship toward the digital scaffolding of government administration itself. DP World’s 2025 rollout of a digital Port Community System at Mombasa, developed with a Kenyan logistics software firm, underscores that Chinese firms do not monopolize the corridor’s digital infrastructure.

The same pattern extends beyond the coast. Because about 95% of Ethiopia’s foreign trade transits Djibouti, many of these relationships now reach inland.

Ethio Telecom’s “EM 2.0” partnership with Huawei has built out cloud infrastructure and digital operations platforms across Ethiopia’s dominant state telecom carrier, while Huawei has separately worked with the Addis Ababa municipal government on cloud infrastructure underpinning the city’s digitalization strategy. Ethiopia’s customs single-window system, developed with World Bank and donor support, likewise shows that Chinese firms compete with other providers rather than dominate the corridor’s digital layer.

In the Gulf, similar dynamics operate through data infrastructure and terminal management rather than port level software. Huawei Cloud opened its first Saudi data center in Riyadh in 2023 to host government and AI related cloud services, while Alibaba Cloud has expanded its Dubai footprint since first entering the UAE market in 2016. Neither facility sits inside a port, but both underpin the customs data processing and logistics analytics ports and free zones rely on.

At Khalifa Port, a 35-year concession gives COSCO Shipping Ports a terminal that Emirati officials describe as a “strategic hub” along the Belt and Road, embedding a Chinese operator in the port’s routine management without altering its underlying Emirati ownership.

Above all these systems sits satellite navigation. China’s BeiDou system is now used, alongside or instead of GPS, for maritime navigation in more than thirty African countries, and several Gulf and Arab states, including the UAE, Oman, Algeria, and Morocco, have adopted it for transport, surveying, and security applications following China Arab States cooperation forums held since 2018. Analysts tracking the system note that Beijing has paired subsidized pricing with integration into existing Chinese built infrastructure, deepening reliance wherever BeiDou is layered onto other Chinese technology already in place.

For a corridor organized around chokepoints like the Bab el Mandeb and the Strait of Hormuz, positioning infrastructure is not peripheral; it is part of how vessels and terminals operate. Across these cases, Chinese firms rarely need to control a port outright. They need to become the vendor whose software runs the gate system, whose cable carries the data, whose scanner clears the container, whose cloud hosts the customs record, or whose satellite signal guides the vessel.

Where these relationships accumulate across multiple layers – as they do most clearly in Djibouti and in Kenya – they generate genuine institutional stickiness. Replacing a terminal operator is a negotiated, visible event. Replacing the customs software, the cable consortium, or the positioning system a port has calibrated its operations around is slower, costlier, and largely invisible to debates still focused on ownership.

These cases suggest a different way of assessing durable influence. A single Huawei contract or BeiDou installation, alone, indicates little. What matters is layering across categories, cable landings, customs platforms, cloud hosting, and positioning infrastructure accumulating within the same corridor and often the same cluster of Chinese state-linked firms.

As these layers accumulate, they convert discrete transactions into something closer to governance, creating a set of relationships that shapes how goods, data, and vessels move through the corridor, regardless of who holds title to the underlying assets.

One Corridor, Not Two Regions

The Middle East and African cases discussed above are typically examined separately. This division obscures the connectivity system that Chinese firms and institutions help operate. The more meaningful unit of analysis is not the region or the individual asset, but the corridor that links infrastructure, logistics networks, and governance systems across jurisdictions.

China’s investments link Gulf ports, Red Sea maritime routes, and East African logistics hubs into an integrated commercial corridor. Export terminals such as Khalifa Port and Duqm connect through the Bab el-Mandeb to ports and logistics networks along the East African coast, extending inland to markets in Ethiopia, Zambia, and the Democratic Republic of Congo. Their strategic value stems from the operational, digital, financial, and political relationships that enable movement across the corridor, rather than from location or ownership alone.

Viewing the corridor as an integrated system also changes how influence should be assessed. Chinese firms do not need to own every node or even the most strategically important ones to shape how the network operates. Influence accumulates through sustained participation in the systems that coordinate trade flows, from terminal operations and logistics services to digital platforms, financing arrangements, and regulatory relationships.

This perspective also highlights the limits of Chinese corridor influence. Because corridors cross multiple jurisdictions, their resilience depends on political arrangements that remain outside Beijing’s control.

Implications

Counting ports, loans, or equity stakes reveals ownership but says relatively little about who helps keep trade corridors operational. A more meaningful measure is the extent to which firms become embedded across the operational, digital, financial, and political systems through which goods, data, and capital move.

This changes the nature of strategic competition. The contest now centers on who provides the systems that keep trade corridors operating. Smart-port systems, customs platforms, telecommunications networks, logistics software, financing arrangements, and regulatory relationships shape how corridors function and who becomes indispensable to them. As trade becomes more data-intensive, operational and digital embeddedness may prove more durable sources of influence than ownership alone.

For the United States and its partners, competing effectively will require more than discouraging Chinese investment in individual projects. It will also depend on offering credible alternatives, including customs modernization, interoperable digital platforms, transparent data standards, logistics services, and sustainable financing. The objective is to preserve a competitive and diversified infrastructure landscape in which Chinese participation coexists with other partners and no single external actor becomes indispensable to the operation of critical trade corridors.

The central analytical question is no longer who owns the infrastructure, but who shapes the architecture through which connectivity is governed. As ports become integrated through digital platforms, operational routines, and institutional relationships, influence will depend less on controlling individual nodes than on becoming embedded in the systems that govern connectivity itself.