Firas Miladi

– Architected and implemented enterprise-scale Zero Trust security infrastructure protecting critical financial systems processing €500M+ in daily transactions across 45+ countries. – Zero Trust Architecture Implementation: Led design and deployment of Illumio-based micro-segmentation strategy across 850+ enterprise servers and 12,000+ endpoints, reducing lateral threat movement risk – Team Leadership & Training: Managed multicultural security team of 4 engineers across France, Portugal, and India developed and delivered security awareness training program and technical documentation – Security Automation & DevSecOps: Built Python/Bash/Ansible automation framework for security operations, reducing manual tasks by 1,000+ hours annually, integrated SOAR capabilities cutting incident response time from 4 hours to 47 minutes (80% improvement) – Container Security Program: Established Docker/Kubernetes security baseline for 20+ microservices in banking applications; implemented automated vulnerability scanning in CI/CD pipelines preventing 340+ critical vulnerabilities from reaching production – Observability & Threat Detection: Architected OpenSearch (ELK) stack processing 2.4TB daily logs from 3,000+ sources; configured Dynatrace APM monitoring for 85+ critical applications enabling sub-minute threat detection and 99.97% platform uptime – Network Security: Designed and deployed network segmentation strategy using Illumio adaptive security, creating 450+ security policies protecting sensitive financial zones from unauthorized access

– Founded innovative peer-to-peer car-sharing platform combining blockchain verification, IoT security, and AI-powered fraud detection to revolutionize urban mobility in France. – Product Development - CarBox IoT Device: Designed and engineered CarBox, proprietary IoT hardware enabling keyless vehicle access, real-time GPS tracking, and usage monitoring; integrated LoRa wireless protocols, blockchain-based identity verification (Ethereum smart contracts), and AES-256 encryption protecting user data and transaction integrity – Technical Architecture: Built secure, scalable platform using microservices architecture (Docker/Kubernetes), blockchain smart contracts for trustless peer-to-peer transactions, and machine learning fraud detection models reducing fraudulent bookings by 91% – Corporate Social Responsibility: Pioneered carbon offset program partnering with Reforestaction; calculated CO2 emissions per trip and automatically invested 2% of revenue in reforestation projects

– Developed and tested software solutions for enterprise clients during summer internship at Tunisian technology consultancy. – Full-Stack Development: Built web application features using JavaScript, HTML/CSS, and backend frameworks; participated in code reviews and agile sprint planning – Quality Assurance: Conducted functional testing, identified software bugs, and documented technical specifications supporting client delivery timelines – Client Collaboration: Participated in client meetings and requirements gathering sessions gaining exposure to enterprise software development lifecycle

– Designed and implemented smart home automation systems integrating IoT devices, sensors, and control systems for residential clients. – IoT System Design: Architected home automation solutions including lighting control, HVAC automation, security camera integration, and voice-activated smart devices for 12+ residential installations – Network Configuration: Configured secure home networks, wireless access points, and IoT device communication protocols (Zigbee, Z-Wave, Wi-Fi) ensuring reliable connectivity and data privacy – Security Implementation: Implemented network segmentation isolating IoT devices from personal computing devices; configured firewall rules preventing unauthorized access to smart home systems – Client Training: Delivered user training on smart home control interfaces, mobile applications, and voice assistants (Google Home, Amazon Alexa) ensuring optimal user adoption

– Programmed and operated Computer Numerical Control (CNC) machines for precision manufacturing supporting Porsche automotive parts production. – CNC Programming: Developed G-code programs for CNC milling and turning machines producing automotive components to exact specifications; optimized machining parameters reducing production time by 18% – Quality Control: Measured finished parts using precision instruments (calipers, micrometers, CMM); maintained quality standards ensuring zero defects in critical automotive components – Process Optimization: Analyzed manufacturing workflows identifying inefficiencies; proposed tool path optimizations that reduced material waste by 12% and improved surface finish quality – Technical Documentation: Created detailed setup sheets, tool lists, and machining instructions supporting knowledge transfer and manufacturing consistency