In order to address the vast and disparate group of interconnected networks and devices, it is necessary to implement tailored security and confidentiality systems, where underlying mechanisms are closely related to the services involved. Security requirements may vary considerably depending on the services offered.
We rely on a tailored approach to security to meet the broad range of security requirements, to provide adaptive security systems. Such systems address multiple operational and environmental constraints, while taking into account the following properties: flexibility, lightness, autonomy, mobility and interoperability.
The Cybersecurity for Communication and Networking (CCN) team also works on the following ten topics:
- Secure communications, including in a changing and constrained environment
- Analysis of attacks and counter-attacks in the information network
- Secure access control in industrial IoT
- End-to-end security architecture for connected and autonomous vehicles
- Resilience by design in constrained environments
- Privacy
- Detection of attacks and bad behavior in wireless networks
- Misbehavior detection in cloud computing and intelligent transportation systems
- Reinforcement of security and trust in information and network systems
- Making Industry 4.0 communications secure
Team members
- Patrick Bellot, Professor, team leader
- Hassane Aissaoui, Research Engineer
- Rida Khatoun, Associate Professor
- Houda Labiod, Professor
- Michel Riguidel, Emeritus Research Director
- Ahmed Serhrouchni, Professor
- Pascal Urien, Professor
Key words
- Information system security
- Internet of Things
- V2X communications security
- Trust
- Privacy
- Cybersecurity
Scientific publications
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LTCI latest news
Recent findings in nanostructure based lasers
Very Large Networks and Systems — 25/08/2021A new paper published in Light: Science & Application (Nature Publishing Group), by Professor Frédéric Grillot and co-workers.
Private communications quantum laser
Very Large Networks and Systems — 21/06/2021Mid-infrared free-space optical communication has a large potential for high speed communication due to its immunity to [...]
Quantum cryptography experimental battle-testing
Digital Trust — 05/05/2021Researchers from Télécom Paris have shown that a given security vulnerability can lead to attack paths exhibiting different [...]
Shedding some light on black box algorithms
Data Science & AI, Faculty Members — 07/04/2021Winston Maxwell, legal researcher, and Florence d’Alché-Buc, researcher in machine learning, both at Télécom [...]
A year of research and innovation
Faculty Members, Innovation — 10/03/2021The generously illustrated 84-page document depicts the great variety of scientific fields, research projects and applications [...]
Realising free-space communication with quantum cascade lasers
Faculty Members, Very Large Networks and Systems — 18/12/2020Frédéric Grillot and Olivier Spitz at Télécom Paris have developed specific lasers [...]
How will we interact with the virtual reality?
Design interaction perception, Faculty Members — 24/11/2020The ways we interact with technology change over time and adapt to fit different contexts, bringing new [...]
Boolean functions: George Boole prize awarded to Sihem Mesnager
Faculty Members — 10/11/2020The George Boole prize was awarded in September 2020 to Sihem Mesnager, associate researcher with the [...]
Giant pulses in quantum cascade photonic devices reported
Very Large Networks and Systems — 09/11/2020For the first time, giant pulses in quantum cascade lasers have been reported by researchers from Télécom [...]
Social robotics today and tomorrow: an overview
Design interaction perception, Faculty Members — 12/10/2020Chloé Clavel, Professor in Affective Computing at Télécom Paris, was involved in this talk about [...]