Bruno Chatras (Orange) 
Nicolas Pioch (Cloudmark/Cnam) 
Safia Kedad (Cnam) 
Françoise Sailhan (Cnam) 
Tristan Crolard (Cnam) 
Stefano Secci (Cnam) 
Pierre Paradinas (Orange) 
Dominique Verchere (Nokia) 
Stéphane Rovedakis (Cnam) 
Samia Bouzefrane (Cnam) 
Pierre Courtieu (Cnam) 
Matthias Puech (Cnam) 
Sami Taktak (Cnam) 
William Diego Maza (Orange) 
Selma Boumerdassi (Cnam) 
Stéphane Bortzmeyer (AFNIC) 
Pierre Sweid (Cnam/Bouygtelecom) 
Aymeric Weinbach (ZeCloud) 
Eric Gressier-Soudan (Cnam) 
Cédric Bentz (Cnam) 
Kamel Barkaoui (Cnam) 
Jean-Michel Douin (Cnam)
Publications récentes
- ALARM: Adaptive Layer-Aware Resource Management for Power-Efficient vRANs
- PQTrust-Agent: Policy-Compiled Post-Quantum Trust Contracts for Web-of-Agents Communications
- Evaluating Indirect Prompt Injection in RAG Systems: Defense-in-Depth, Retrieval Effects, and Security-Utility Trade-offs
- Building a Community-Grounded Spell Checker for the Kabyle Language Using NLP Powered by AI
- From Attack Scenario to Measurable Detection Improvement: A Knowledge-Driven ATT&CK/D3FEND Framework for Instrumented Purple Teaming
- Mitigating Log Poisoning Attack against Anomaly-based Intrusion Detection System
- Context vs. Compute: Self-Hosted Detection Rule Generation with Knowledge-Graph-Augmented Language Models
- The Life of a Token: from Words to Bits on the Wire
- GovSecLLM++: A Compliance-Aware Benchmark for Security Testing and Governance Evidence in LLM-Based Applications
- Knowledge-Graph-Constrained LLM Generation of SIEM Detection Rules
- Benchmarking Detection Engineering Improvements through Instrumented Adversary Emulation
- Securing services --- age-based redeployment using weakly coupled Markov decision processes
- Energy-Efficient Adaptive Zero Trust Security for Automotive CAN Networks
- Deterministic color-optimal self-stabilizing semi-synchronous gathering: Two certified algorithms
- Predictive maintenance for a hydraulic system on a vehicle using LSTM-based autoencoder
- TinyContainer: Container Runtime Middleware Enabling Multi-tenant Microcontrollers with Built-in Security
- AIForwarder: Multi-Objective AI Inference Serving at the Edge with Dynamic Model Activation
- Optimal Data Pipelining for in-Network Learning
- Multi-Resource Explicit Congestion Notification
- Dependency-Aware Dominant Resource Fairness for Multi-Tenant Multi-Resource Systems
