Low-level systems. Real-world security.
I am a telecommunications engineer and researcher specializing in embedded security, cryptographic devices, and satellite communications.
My work focuses on secure embedded firmware, authentication systems, hardware security modules, FIDO2/passkeys, OpenPGP, and non-terrestrial communication networks (NTN).
I hold a PhD in Telecommunications Engineering and actively work on both research and real-world implementations, ranging from low-level firmware development to interoperable security and communication systems.
I am also the creator and maintainer of several open-source projects related to embedded cryptography and authentication technologies.
Areas of Interest
Embedded Security
Secure firmware, hardware-backed keys, device identity, provisioning and constrained cryptographic systems.
Applied Cryptography
FIDO2/passkeys, OpenPGP, PKCS#11, HSM-like devices, key management and authentication protocols.
Satellite Communications
NTN/5G systems, Doppler and delay compensation, SDR workflows and resilient communication architectures.
Software Defined Radio
Software-defined radio experimentation, digital signal processing and wireless communication systems focused on real-world radio behavior, synchronization and protocol implementation.
Open Source Engineering
Design, development and maintenance of open-source firmware, tooling and infrastructure for secure embedded systems, authentication devices and cryptographic workflows.
Security Research Stanardization
Practical analysis and implementation of secure embedded architectures and authentication systems.