Machine Identity Security in Cloud & AI: Ensuring Lifecycle Management, Ownership, and Accountability for Non-Human Identities
Anant Wairagade
Abstract
Machine Identity Security is critical to protecting modern digital ecosystems. The expansion of Cloud and AI technologies across organizations has dramatically expanded the number of machine identities, representing everything from APIs to IoT devices and software services. These identities are essential for authentication, encryption, and communication between interlinked systems. However, managing machine identities is now a critical challenge because dynamic workloads, ephemeral containers, and automated processes have added unprecedented complexity [1]. As continuous data flows through the cloud environment and infrastructure evolves rapidly, breaches resulting from vulnerabilities associated with machine identities can be devastating. Example: API Key or Certificate — A compromised API key or an expired certificate can allow an attacker access to sensitive data or disrupt services. An evolving security framework focused on Cloud and AI ecosystems will be needed to address these risks. According to a research paper, recent strides in Machine Learning (ML) provide cloud security applications with threat detection, credential management, and other aspects of resilience that increasingly rely on algorithms [2]. This research aims to connect the concepts from theoretical frameworks to executable scenarios that can be implemented in the form of Machine Identity Security solutions. In particular, this will cover machine identity lifecycle management, accountability mechanisms, and miscellaneous problems raised by Non-Human Identities [3].