The advent of cloud computing has led to a paradigm shift in application and data management, offering greater flexibility, availability and cost-efficiency. Unlike traditional on-premises environments, wherein data and computations are executed locally, cloud-based systems abstract both storage and processing, thereby enabling dynamic resource allocation. The contemporary tendency towards the adoption of fully virtualised environments, wherein multiple tenants' workloads are shared across a common infrastructure, is indicative of this transition. While this model enhances efficiency and reduces operational costs, it also introduces new security challenges, particularly in ensuring the integrity of cloud-based workloads and protecting sensitive data from unauthorised access. In this context, Remote Attestation emerges as a security mechanism designed to verify the integrity of running applications by analysing system measurements, thus ensuring trust in cloud-based workloads despite the inherent risks of shared infrastructure.