[{"data":1,"prerenderedAt":98},["ShallowReactive",2],{"home-news":3,"home-publications":47},[4,31],{"_path":5,"_dir":6,"_draft":7,"_partial":7,"_locale":8,"title":9,"description":10,"date":11,"body":12,"_type":25,"_id":26,"_source":27,"_file":28,"_stem":29,"_extension":30},"\u002Fnews\u002F2026-07-13-nuxt-migration","news",false,"","2026 07 13 Nuxt Migration","Refreshed the site's aesthetic and migrated the whole stack from Jekyll to Nuxt 3 with Nuxt Content and Tailwind. Cleaner typography, faster builds and a much nicer editing workflow for future updates.","2026-07-13",{"type":13,"children":14,"toc":22},"root",[15],{"type":16,"tag":17,"props":18,"children":19},"element","p",{},[20],{"type":21,"value":10},"text",{"title":8,"searchDepth":23,"depth":23,"links":24},2,[],"markdown","content:news:2026-07-13-nuxt-migration.md","content","news\u002F2026-07-13-nuxt-migration.md","news\u002F2026-07-13-nuxt-migration","md",{"_path":32,"_dir":6,"_draft":7,"_partial":7,"_locale":8,"title":33,"description":34,"date":35,"body":36,"_type":25,"_id":44,"_source":27,"_file":45,"_stem":46,"_extension":30},"\u002Fnews\u002F2025-11-12-launch","2025 11 12 Launch","The new personal website is now online, featuring my publications, projects and academic information. A centralized space to share my work in cybersecurity and cyber intelligence.","2025-11-12",{"type":13,"children":37,"toc":42},[38],{"type":16,"tag":17,"props":39,"children":40},{},[41],{"type":21,"value":34},{"title":8,"searchDepth":23,"depth":23,"links":43},[],"content:news:2025-11-12-launch.md","news\u002F2025-11-12-launch.md","news\u002F2025-11-12-launch",[48,68],{"_path":49,"_dir":50,"_draft":7,"_partial":7,"_locale":8,"title":51,"description":8,"authors":52,"venue":57,"year":58,"abbr":59,"selected":60,"body":61,"_type":25,"_id":65,"_source":27,"_file":66,"_stem":67,"_extension":30},"\u002Fpublications\u002F2026-commag-cyberwarfare-emulation","publications","Adaptive Adversary Emulation Framework for Cyberwarfare Operations",[53,54,55,56],"Parada, Javier","Alcaraz, Cristina","Reyes, Mario","Lopez, Javier","IEEE Communications Magazine, IEEE",2026,"IEEE ComMag",true,{"type":13,"children":62,"toc":63},[],{"title":8,"searchDepth":23,"depth":23,"links":64},[],"content:publications:2026-commag-cyberwarfare-emulation.md","publications\u002F2026-commag-cyberwarfare-emulation.md","publications\u002F2026-commag-cyberwarfare-emulation",{"_path":69,"_dir":50,"_draft":7,"_partial":7,"_locale":8,"title":70,"description":71,"authors":72,"venue":75,"year":76,"abbr":77,"preview":78,"selected":60,"isbn":79,"url":80,"pdf":81,"body":82,"_type":25,"_id":95,"_source":27,"_file":96,"_stem":97,"_extension":30},"\u002Fpublications\u002F2025-esorics-digital-twin","Digital Twin for Adaptive Adversary Emulation in IIoT Control Networks","The number of threats in industrial ecosystems is increasing, especially in critical sectors, which have become a particularly lucrative target. These ecosystems have evolved into very complex interconnected systems, driven by the need to adapt to new digitalization and automation trends which extend their attack surface. In addition, the criticality of these systems makes them particularly difficult to test.",[53,54,56,73,74],"Caubet, Juan","Román, Rodrigo","Computer Security, ESORICS 2025, Springer Nature Switzerland (Cham), pp. 423–442",2025,"ESORICS 2025","springer.png","978-3-032-07894-0","https:\u002F\u002Flink.springer.com\u002Fchapter\u002F10.1007\u002F978-3-032-07894-0_22","https:\u002F\u002Fwww.nics.uma.es\u002Fwp-content\u002Fpapers\u002Fparada2025digital.pdf",{"type":13,"children":83,"toc":93},[84,88],{"type":16,"tag":17,"props":85,"children":86},{},[87],{"type":21,"value":71},{"type":16,"tag":17,"props":89,"children":90},{},[91],{"type":21,"value":92},"For these reasons, this paper covers the application of digital twins as the target of Adversary Emulation for the purpose of improving the security of industrial environments. This is done by involving automated and adaptive adversaries by means of reinforcement learning. Starting from an offensive strategy, these adversaries are able to adapt to the context, attacking the most critical parts of industrial systems. Adversarial attacks are driven by control theory and centrality techniques, providing a safe and efficient way to test critical industrial networks. The proposed methodology also includes the effective training and validation of adversaries by creating a probabilistic model from the analysis of digital twins.",{"title":8,"searchDepth":23,"depth":23,"links":94},[],"content:publications:2025-esorics-digital-twin.md","publications\u002F2025-esorics-digital-twin.md","publications\u002F2025-esorics-digital-twin",1787643637270]