Confidential Computing

OmniAware – Connected Defense
OmniAware – Connected Defense

Cloud-native, modular platform for defense and intelligence: real-time intelligence, compliance (C5, FedRAMP, NATO D3.2) and secure multi-cloud operations.

Aug 31, 2025

Master’s Thesis: Connected Defence — Next-Generation Data Platform for Military Intelligence and Operations
Master’s Thesis: Connected Defence — Next-Generation Data Platform for Military Intelligence and Operations

Cloud-native, zero-trust data platform for connected defence: Confidential Computing, remote attestation, integrity/audit and policy-driven governance for NATO-aligned operations.

Jun 30, 2025

Master’s Thesis: Connected Defence — Next-Generation Data Platform for Military Intelligence and Operations
Master’s Thesis: Connected Defence — Next-Generation Data Platform for Military Intelligence and Operations

Master’s thesis delivering a confidential-computing-enabled, NATO-aligned defence data platform blueprint with remote attestation and zero-trust controls.

Jun 30, 2025

Bachelor’s Thesis: Confidential Computing via Hardware Trusted Execution Environments by an OpenStack HPC-capable Cloud
Bachelor’s Thesis: Confidential Computing via Hardware Trusted Execution Environments by an OpenStack HPC-capable Cloud

Bachelor’s thesis implementing AMD SEV-SNP trusted execution environments within an OpenStack HPC cloud for biomedical workloads.

Jan 15, 2024

Bachelor’s Thesis: Confidential Computing via Hardware Trusted Execution Environments by an OpenStack HPC capable Cloud
Bachelor’s Thesis: Confidential Computing via Hardware Trusted Execution Environments by an OpenStack HPC capable Cloud

Integration of hardware Trusted Execution Environments (AMD SEV-SNP) into an OpenStack HPC cloud, with focus on deployment, attestation, usability and performance benchmarking using biomedical workloads.

Jan 15, 2024

Seminar Paper: High-Performance Computing: Trusted Execution Environments

Early evaluation of Confidential Computing in HPC using AMD SEV-SNP, with emphasis on attestation, workload protection and design trade-offs in cloud-based research environments.

Mar 29, 2023