A Cost-Effective Security Framework to protect micro enterprises: PALANTIR e-commerce use case. - Izidor Mlakar; Primoz Jeran; Valentino Safran; Vangelis Logothetis (ISDFS, 2021)

Multilingual Conversational Systems to Drive the Collection of Patient-Reported Outcomes and Integration into Clinical Workflows. - Izidor Mlakar; Valentino Safran; Daniel Hari; Matej Rojc; Gazihan Alankus; Rafael Pérez Luna; Umut Ariöz (Symmetry, 2021)

PALANTIR: Zero-Trust Architecture for Managed Security Service Provider. - Maxime Compastié; Silvia Sisinni; Supreshna Gurung; Carolina Fernández 001; Ludovic Jacquin; Izidor Mlakar; Valentino Safran; Antonio Lioy; Ignazio Pedone (C&ESAR, 2022)

PALANTIR demo: leveraging SecaaS model for managing threats in industrial environments. - Carolina Fernández 001; Davide Sanvito; Orestis Kompougias; Valentino Safran; Maxime Compastié; Ignazio Pedone; Antonio López Martínez; Manuel Gil Pérez; Akis Kourtis; George Xylouris; Izidor Mlakar; Stylianos Tsarsitalidis; et al. (MeditCom, 2022)

PALANTIR: An NFV-Based Security-as-a-Service Approach for Automating Threat Mitigation. - Maxime Compastié; Antonio López Martínez; Carolina Fernández 001; Manuel Gil Pérez; Stylianos Tsarsitalidis; George Xylouris; Izidor Mlakar; Michail-Alexandros Kourtis; Valentino Safran (Sensors, 2023)

An End-to-End framework for extracting observable cues of depression from diary recordings. - Izidor Mlakar; Umut Arioz; Urska Smrke; Nejc Plohl; Valentino Safran; Matej Rojc (Expert Syst. Appl., 2024)

Unlocking the power of socially assistive robotic nurses in hospitals through innovative living lab methodology. - Umut Arioz; Bozidar Bratina; Izidor Mlakar; Nejc Plohl; Suzana Uran; Igor Robert Roj; Riko Safaric; Valentino Safran (Health Informatics J., 2024)

Multilingual Framework for Risk Assessment and Symptom Tracking (MRAST). - Valentino Safran; Simon Lin; Jama Nateqi; Alistair G. Martin; Urska Smrke; Umut Ariöz; Nejc Plohl; Matej Rojc; Dina Bema; Marcela Chávez; Matej Horvat; Izidor Mlakar (Sensors, 2024)

Radiotherapy department supported by an optimization algorithm for scheduling patient appointments. - Marcela Chávez; Silvia González; Alvaro Ruiz; Patrick Duflot; Nicolas Jansen; Izidor Mlakar; Umut Arioz; Valentino Safran; Philippe Kolh; Marteyn van Gasteren (Health Informatics J., 2025)