Focused on Elastic Security (SIEM), designing and deploying Elastic Cloud and self-hosted environments from scratch. Developed ingestion pipelines and custom integrations, migrated legacy SIEMs to Elastic Security, performed ECE upgrades, and contributed to SOC operations through monitoring, detection engineering, and SOAR automation.
Developed end-to-end software solutions using Power Platform (Power Apps, Power Automate, SQL, and Power BI) to drive the digitalization of production processes. Led the internal app development initiatives, collaborating directly with plant teams to design tailored solutions for their operational needs. Implemented automated workflows and data dashboards to enhance efficiency and enable data-driven decision-making. Additionally, conducted training sessions to upskill new users and developers in Power Platform.
APR 2026
Validates expertise in managing and optimizing Elasticsearch environments. Covers designing and configuring indexes, executing advanced queries and aggregations, and building search applications. Also includes cluster management, backups, and cross-cluster operations for reliable, scalable solutions.
NOV 2025
Validates expertise in using the Elastic Stack for security monitoring and analysis. Covers Stack architecture, Fleet and Elastic Agents, and applying ECS. Includes creating visualizations and dashboards for security use cases, using the Security App to monitor events, analyze alerts, correlate data, and track incidents.
Here you can find some writeups of Hack The Box machines that I have solved. Open them to see the details of each machine, including the steps I took to solve them, the tools I used, and any challenges I faced along the way.
Developing dieGO SIEM (Security Information and Event Management) from scratch in Go. It collects, processes, and visualizes security events, using ClickHouse for log storage, PostgreSQL for metadata, and React for the web interface. Includes a Docker-based lab to simulate attacks and validate detection capabilities, with integrated log ingestion from Bitwarden/Vaultwarden.
This project sets up a Wireguard VPN server on a home server, allowing secure remote access to the local network. It includes a Python script that automates the generation of client configuration files and QR codes for easy setup on mobile devices. The system is designed to be fast, secure, and easy to manage, providing a reliable solution for remote access to home resources.
Vaultwarden is an open-source, self-hosted password manager compatible with Bitwarden. Hosted on my homelab using Docker, it provides secure access from the internet through a Cloudflare tunnel. Vaultwarden offers features such as secure password generation, access from any device, analysis of compromised passwords, and prevention of password reuse. It ensures that your sensitive information is protected while giving you full control over your data.
Wiki-like website to search for locations and their information. Add new locations and edit them. See the most popular locations.
I run a personal home lab on an Ubuntu Server that is powered on 24/7, hosted on an old laptop with a 4th generation Intel i3 and 4 GB of RAM. It is designed to automate tasks, host personal services, and experiment with new technologies in a controlled environment. I use Docker to manage and isolate the different services running on the system. Despite the limited hardware, the setup is optimized to be lightweight and efficient. I have also implemented an automatic backup system to protect important data. This environment allows me to continuously learn, build, and test real-world solutions.
A car game developed using assembly language. The user-controlled car must avoid touching the moving walls. It also supports 2 players simultaneously.
Website page for a small kitchen and bathroom reform company. Check their services, projects, and contact them.
This project provides a simple and efficient way to track personal finances directly from an iPhone using Shortcuts. It connects securely to a home server via SSH (optionally through a VPN) to execute a Python script that logs data into Google Sheets. The system is designed to be fast, private, and fully customizable. It includes built-in error handling that stores failed entries locally on the device to prevent data loss. Users can later retry these entries with automatic field completion. The setup is flexible and can be adapted to other storage systems beyond Google Sheets.
Ecommerce website inspired by PcComponentes. Search for products, filter, sort and add them to your cart. Purchase the ones you like.
