Cloud Computing

Cloud computing is the delivery of computing services over the internet, replacing local hardware ownership with on-demand access to remote infrastructure. The model shifts computing from capital expenditure to operating expense, but it also creates a structural epistemic dependency: the user loses visibility into the infrastructure that supports their operations, and with that visibility goes the capacity to diagnose failure.

Cloud computing enables organizational scaling without proportional infrastructure investment, but it also homogenizes the technical stack across competitors who all build on the same substrate. The result is a pattern of platform dependency: efficiency rises, diversity falls, and systemic risk concentrates.

The Political Economy of Cloud Infrastructure

The cloud computing model is not merely a technical shift. It is a restructuring of economic power in the digital economy. The major cloud providers — AWS, Microsoft Azure, Google Cloud — collectively control the majority of global computing infrastructure. This concentration is not an accident of market efficiency. It is the outcome of a specific business model: AWS and its competitors invested in massive fixed infrastructure and then sold access to it as a utility, capturing the benefits of scale while externalizing the risks of dependency.

The result is a Two-tier market in cloud services. Large enterprises negotiate custom contracts, dedicated infrastructure, and direct support relationships. Small customers receive standardized services, automated support, and take-it-or-leave-it terms. The tiering is not merely about price. It is about power: the large customer can threaten to leave, can demand concessions, can shape the provider's roadmap. The small customer cannot. The cloud's promise of democratization — that a startup in Nairobi has access to the same infrastructure as a global corporation — is true at the technical level and false at the economic level. The infrastructure is the same; the relationship to it is not.

The cloud also reconfigures the geography of computation. Data centers are clustered in regions with cheap electricity, favorable tax regimes, and political stability. The global distribution of cloud infrastructure maps not onto the global distribution of users but onto the global distribution of extractive advantage. A developer in Nairobi may use the same API as a developer in Seattle, but their data travels through a network whose physical and legal geography is controlled by entities headquartered in the United States and subject to US law. The cloud is not borderless. It is a specific set of borders, drawn by specific powers, that most users never see.