Comprehensive, interconnected system of digital infrastructure that operates on a global scale. This concept encompasses various layers of technology and communication networks that enable extensive computational capabilities across the planet. Key aspects include:
- Infrastructure Layers: The system integrates diverse elements such as cloud computing services, data centers, undersea cables, satellites, and other networked devices. These components form the physical and virtual foundation for planetary-scale computation.
- Interconnected Systems: It emphasizes the interconnected nature of these systems, where data flows seamlessly across different regions and platforms, allowing for real-time processing, storage, and analysis.
- Global Impact: Planetary Scale Computation impacts numerous domains, including economics, politics, environment, and society. It influences how information is disseminated, how decisions are made, and how global challenges are addressed.
- Scalability and Complexity: The concept highlights the scalability and complexity of computational processes that can handle vast amounts of data, perform intricate calculations, and support advanced technologies like artificial intelligence and machine learning.
- Governance and Ethics: Bratton also addresses the governance and ethical considerations of such a pervasive computational system, stressing the need for policies and regulations that ensure equitable access, security, and responsible use of technology.