Quantum Cloud Ecosystems: Building Scalable, Multi-Tenant Quantum Computing Platforms

Abstract

Abstract: The transition from classical to quantum cloud computing marks a monumental shift in the landscape of distributed computation, promising exponential speed-ups in solving complex problems. This book, Quantum Cloud Ecosystems: Building Scalable, Multi-Tenant Quantum Computing Platforms, provides a comprehensive exploration of the design, development, and deployment of quantum computing platforms that support multiple users, tenants, and hybrid classical-quantum workloads. Starting with foundational principles of quantum mechanics and cloud computing, the book systematically addresses the convergence of these domains, covering critical topics such as quantum virtualization, resource orchestration, workload partitioning, and secure multi-tenancy. With real-world case studies, platform-level architectural blueprints, and performance benchmarks, it guides readers through the challenges and innovations necessary for building robust Quantum-as-a-Service (QaaS) environments. Special attention is paid to governance, identity management, post-quantum cryptography, and compliance frameworks to ensure secure and ethical quantum computing infrastructures. This scholarly work bridges theory and practice, equipping researchers, system architects, and policymakers with the knowledge required to architect the next generation of scalable, accessible, and secure quantum cloud ecosystems. Keywords: Quantum cloud computing, scalable platforms, multi-tenant architecture, QaaS, quantum virtualization, quantum DevOps, hybrid quantum-classical systems, quantum security, post-quantum cryptography, quantum orchestration