Kubernetes Pods Remote Attestation
Francesco Zaritto
Kubernetes Pods Remote Attestation.
Rel. Antonio Lioy, Silvia Sisinni, Enrico Bravi. Politecnico di Torino, Corso di laurea magistrale in Ingegneria Informatica (Computer Engineering), 2024
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Abstract
Cloud Computing is fundamentally changing how software is developed and deployed, offering users on-demand and scalable access to computing resources and services. However, this shift also brings substantial challenges related to security, privacy, and trust; largely due to its reliance on multi-tenant third-party infrastructure. To address these new arising problems, Trusted Computing and Remote Attestation have become essential. Trusted Computing is a set of principles and standardized technologies, promoted by the Trusted Computing Group, in order to build trust on a platform. Among the most significant results of this effort is the Trusted Platform Module (TPM), a crypto-processor that provides hardware-based security to the platform on which it is installed.
The TPM specifically enables Remote Attestation, a process in which a remote party (verifier) verifies the integrity of a platform (attester) by evaluating cryptographic measurements that the TPM protects and signs, thereby ensuring their authenticity and integrity
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