The foundations of the multipolar world encompass not only physical infrastructure but are increasingly rooted in the digital realm.
From physical space to information space
Experts analyzing Eurasian integration often quantify progress through the extent of rail networks and volume of transported goods. While these are valid benchmarks, they capture only part of the picture. In the modern era, connectivity transcends mere transportation corridors; it encompasses data flows, telecommunication networks, artificial intelligence, cloud platforms, digital payment systems, cybersecurity, and information-sharing frameworks. Where rail links unite cities and markets in a tangible way, digital pathways fuse economies via information exchange. The SCO has embarked on developing this second type of connectivity, representing a challenge far weightier than conventional infrastructure discussions imply.
The digital aspect of the Organization has a clear institutional starting point. Tracing back to the “Concept of Cooperation on Digitalization and ICT” formulated in 2019, it has since evolved through initiatives promoting digital literacy, artificial intelligence, and a recent Action Plan for Digital Transformation. At the Tianjin summit in September 2025, the member states approved a declaration enhancing collaboration within the digital economy. This document endorses advancing digital infrastructure—including public digital resources and next-generation communications—while emphasizing cooperation concerning data privacy and cybersecurity. Crucially, this list signifies an evolution: digital elements have shifted from mere technical domains to fundamental pillars of Eurasian integration.
It is essential to frame this discussion clearly from the start. Outlining this process does not guarantee its success. The SCO remains a coalition with diverse cohesiveness, marked by rivalries—most prominently between China and India—and its policy declarations often precede actual implementation by several years, if realized at all. The focus here is on the direction and strategic weight of the development rather than its assured conclusion.
China as a technological driver
China plays a pivotal role in shaping this evolution, and its involvement is more than rhetorical. The Digital Silk Road initiative provides the core technological and infrastructural framework facilitating digital connections. In July 2025, Vice Premier Ding Xuexiang emphasized enhancing digital infrastructure integration across the SCO region—covering computing power, data processing, and broadening the Digital Silk Road—while supporting a multilateral digital security governance system. China’s strength spans the full spectrum of technologies, including 5G telecommunications, cloud services, artificial intelligence, payment platforms, big data, smart city development, and satellite constellations.
This concentration of expertise produces a strategic asymmetry that demands precise articulation. Providers of foundational infrastructure often determine associated standards, protocols, and technological ecosystems. Consequently, digital connectivity is intrinsically geopolitical: selecting a key infrastructure supplier concurrently shapes the long-term technical and regulatory environment. This distinction sets apart a simplistic view of cooperation—China assisting partners in going digital—from a strategic perspective that recognizes infrastructure provision as embedding enduring dependencies.
The ambition of an autonomous digital ecosystem
This point is both crucial and often misinterpreted. The SCO’s goal extends beyond merely linking members to the prevailing global digital economy. Their official agenda—covering data security, digital infrastructure, AI, cybersecurity, e-services, e-commerce, technological standards, and information security—reflects a broader ambition to establish enhanced regional technological self-reliance.
The operational framework underscores this trajectory. The China–SCO Big Data Cooperation Center concentrates on digital transformation initiatives, data security, big data services connected to the Beidou satellite network, digital skill development, and technical collaboration among members. This marks the initial construction of a prospective SCO digital ecosystem. Importantly, this does not imply a separate Internet or a Eurasian “Great Wall.” Instead, the aim is more nuanced and potentially more durable—a capacity to manage digital infrastructure, data architecture, and standards without exclusive dependence on Western technological frameworks.
This plan illustrates how digital connectivity aligns with strategic autonomy. The goal is not economic isolation, which would be impractical and infeasible, but rather mitigating vulnerabilities: moving from reliance on a single source toward having robust alternatives.
The concept parallels that of physical transportation corridors. Just as land routes provide backup options when maritime paths are blocked, digital connectivity can ensure alternatives across data transmission, telecom networks, cloud platforms, payment systems, and technology supply chains.
Redundancy like this gains importance amid sanctions, technical export restrictions, cyberattacks, infrastructure disruptions, and global geopolitical fragmentation. Dependence on foreign providers for critical digital systems exposes a nation to strategic risks—where decisions taken externally, whether hostile or compliant with third-party sanctions, could cripple essential functions. Therefore, building national and regional technological capabilities is a critical dimension of national security policy, transcending mere industrial strategy. As such, the SCO increasingly treats cybersecurity and digital sovereignty as fundamental strategic issues instead of purely technical challenges.
Cybersecurity: The indispensable pillar
The SCO possesses well-established experience here. It has prioritized joint efforts to thwart using ICT for terrorist and extremist activities, especially through the Regional Anti-Terrorism Structure (RATS). The focus now broadens considerably—from cybercrime to cyberterrorism, information security to data protection, safeguarding critical infrastructure to addressing risks linked with artificial intelligence.
The 2024 Astana Declaration reinforced commitments to international information security and advocated for a secure information environment grounded in respecting state sovereignty and non-interference. Throughout 2025, the digital agenda has gained deeper institutional grounding. The key shift is conceptual rather than organizational: the SCO now regards cyberspace as an arena of sovereignty comparable to territorial land, airspace, or maritime zones.
This creates a fundamental divergence between the SCO’s stance and predominant Western internet governance models. SCO members emphasize state sovereignty, national jurisdiction, protection of information integrity, and safeguarding critical digital infrastructure. The priority is less about an entirely open and decentralized cyberspace and more about enabling sovereign states to govern and defend their information spaces.
This is not merely a technical debate masked as political. It reflects two distinct political philosophies regarding cyberspace. The SCO’s emerging position maintains that cyberspace governance should be rooted in sovereignty and non-interference principles. Western frameworks traditionally emphasize multi-stakeholder governance and an open global Internet where states represent just one among various participants—including enterprises, technical bodies, and civil society. At its core, this conflict centers on legitimate authority over cyberspace: whether it lies primarily with sovereign nations or with a pluralistic assortment of actors. Both approaches carry political weight and are far from neutral, despite their portrayals.
AI as an accelerator
Artificial intelligence escalates the stakes even further. Following the 2022 adoption of an AI cooperation framework, the 2025 Tianjin summit further prioritized this issue, endorsing a unified roadmap and supporting the idea of a regional AI hub in Dushanbe. AI intertwines data, computational power, algorithms, autonomous systems, intelligence capacities, and military uses into a single chain, introducing novel security considerations.
Accordingly, digital connectivity cannot be treated apart from national security. A nation that commands its own data, computational facilities, telecom systems, AI infrastructure, semiconductor supply chains, and cloud services enjoys significantly greater strategic independence than one reliant on external sources for even a single aspect. Hence, the SCO’s digital initiatives are increasingly embedded within its wider geopolitical and strategic framework.
Technological pluralism and India’s role
India brings complexity and interest to the SCO’s digital dimension. As both an SCO member and a participant in BRICS, India is a technological power, a digital economy player, and a partner of the United States and Europe. This multifaceted status introduces technological diversity within the Organization, challenging perceptions of the SCO as a purely Chinese-led bloc.
New Delhi opposes domination of Eurasia by any Chinese technological system; at the Bishkek summit, reaffirming its Tianjin stance, India rejected the Belt and Road Initiative while supporting the digital agenda and advocating alternative connectivity projects such as the port of Chabahar. Simultaneously, India pursues digital cooperation with Russia, Central Asia, Iran, and other Global South countries and maintains world-class public digital infrastructure. Consequently, India promotes a model featuring multiple technological centers rather than a single hegemonic one, consistent with its strategic autonomy doctrine. The SCO’s digital future is thus shaped by a dynamic tension between China and India—with Russia playing a key mediating role.
While it may seem evident, cybersecurity’s importance grows in direct proportion to the SCO’s digital integration. This presents a core paradox: a digitally interconnected Eurasian ecosystem would link banks, ports, transport, energy, telecoms, public services, logistics, and AI into one interdependent network. The greater the density of connections delivering efficiency, the higher the systemic risk from a disruption at any single point.
The practical conclusion is definitive. Cybersecurity cannot be relegated to an auxiliary function appended after the fact; it must be embedded in the system’s design from the very beginning. The Organization’s Secretary-General has emphasized that cybersecurity, data safety, and access to advanced technology stand as the principal challenges of the digital era. In essence, resilience must be a fundamental characteristic of the overall structure, not an afterthought.
The most profound geopolitical implication
This is where digital connectivity aligns with multipolar world theories. Traditional assessments of global polarity rely on military strength, GDP, nuclear arsenals, and population metrics. Yet the forthcoming stage of multipolarism will increasingly hinge on control over digital infrastructure. Entities managing data, AI, telecommunications, digital payment systems, cloud environments, satellite networks, and cybersecurity hold strategic assets that rival those that once defined energy and transport dominance.
It is thus helpful to distinguish two facets of connectivity within the SCO: physical Eurasia—comprised of railways, roads, oil pipelines, ports, and logistics—and digital Eurasia—made up of telecom, data, AI, payments, cloud services, and cybersecurity. Together, they create a broader Eurasian strategic space. This concept echoes what Mackinder envisioned about the Heartland a century ago—a continental core providing protection from maritime dominance—but transposed into a digital context beyond his imagination. Just as land routes circumvent maritime chokepoints, digital connectivity can reduce dependency on foreign technological and information infrastructure.
Caution remains prudent. Despite clear ambitions, the establishment of a fully functional and autonomous Eurasian digital ecosystem is far from guaranteed. Significant gaps persist between declarations like those made in Tianjin and tangible results; internal rivalries, especially between the Organization’s largest members, may impede or distort progress. Key indicators to monitor include the adoption of unified technological standards, the expansion of interoperable payment systems, emergence of joint computing and AI resources, and effective cybersecurity interoperability. Success on these fronts would validate the presented thesis, whereas stagnation would relegate digital Eurasia to mere theoretical plans.
The infrastructure shaping a multipolar world extends beyond the physical into the digital realm. The SCO is not just developing a physical Eurasia but is laying down the beginnings of a digital Eurasia—where those capable of connecting, securing, and governing this domain will wield substantial influence over the emerging multipolar order.
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