The ORSHIN Demonstrator platform showcases secure device development, focusing on secure inter- and intra-device communication, as proposed in the ORSHIN project. This document provides a high-level overview of the demonstrator, while detailed documentation is provided in the demonstrator repository.

This document represents the user guide needed to setup and test the intra- and inter-devices communication prototypes.

This document conducts an examination of current protocols used to secure intra-device communication, including standard, proprietary, and literature-based approaches.

In this deliverable we present the creation of BlueBrothers: three new inter-device communication protocols providing essential and beyond-essential S&P guarantees.

This deliverable presents the prototype results.

In this report we present two concepts of hardware acceleration for SW security testing, one for accelerating simulation of fault injection on Software pre-silicon and the other to support Logical Software testing such as Fuzzing or Symbolic execution.

This deliverable reports on results on countermeasures against side-channel attacks.

This deliverable describes hardware implementations of cryptographic building blocks, such as the PRINCE and AES S-boxes, with formally verifiable protection against physical side-channel attacks.

This deliverable describes Proteus, a RISC-V processor designed for microarchitectural security research.

Sub-THz systems have been advocated for their potential to deliver ultra-fast wireless connectivity, precise localization, and innovative sensing capabilities—thanks to the abundant bandwidth available at these frequencies. Yet, as highlighted in Factsheet #4, there remains a critical challenge: the “elephant in the room” is the fragility of sub-THz links. Unlike wireless systems operating below 10 GHz, both the signal propagation and hardware performance at sub-THz frequencies pose unique difficulties that cannot simply be predicted by scaling up existing technologies. These often-overlooked complications make the path toward reliable sub-THz deployment more complex than it may initially appear. In this blog post, we explore these challenges and discuss why strengthening the foundation of sub-THz technology must come before efforts to standardize.