Computer Engineer & Cybersecurity Specialist.
I'm a Computer Engineer with a Master's in Cybersecurity. I currently work as a Cybersecurity Analyst, facing real-world problems on a daily basis and wrestling with systems to ensure everything runs securely. When I'm not tinkering in the terminal or automating tasks, I enjoy playing CTFs and exploring new technologies. Away from the keyboard, I like studying languages and unwinding with a good TV series, movie, or book.
Analysis of vulnerabilities, incident response, system hardening and continuous improvement of the organization's security posture.
Hardening of accounts, endpoints, and corporate data in Office 365, implementing security measures and best practices to ensure compliance with the ENS (Spanish National Security Framework).
Administration and hardening of corporate networks and critical systems, ensuring infrastructure security, integrity and availability.
Design and development of back‑end and front‑end systems focused on communication functionalities, aimed at reaching specific population segments within the healthcare sector.
Development and maintenance of robust back‑end and front‑end systems for healthcare applications, improving efficiency, user experience and data management.
Information Technology Itinerary
Mentoring of first-year students during their initial year to help them adapt to the university environment and academic demands.
Creation of a prediction model that can estimate the concentration value in the final antigen, identifying the process paramepers with the greatest impact.
A proof of concept implementation of onion routing for secure, multi-hop message transmission. By utilizing an MQTT message broker as the central forwarder, this project enables agents to encrypt, route and decrypt arbitrary messages while preserving anonymity.
see project →A proof-of-concept implementation of a secure vector bit commitment protocol for trustless, distributed decision-making. Using an MQTT broker and a secure Pseudo-Random Generator, two untrusted parties can commit, prove and verify arbitrary bit sequences without a third party.
see project →A proof-of-concept implementation of a broadcast encryption system with device revocation, modeled after the Advanced Access Content System (AACS). It simulates a network of media devices organized in a binary tree of keys, distributing encrypted content while selectively revoking compromised nodes.
see project →A proof-of-concept chat application implementing the Double Ratchet algorithm, the cryptographic backbone of messaging systems like Signal and WhatsApp. It combines a Diffie-Hellman ratchet and a symmetric-key ratchet to exchange end-to-end encrypted messages over an MQTT broker.
see project →Send me a message and I'll get back to you as soon as possible.
