A security research team based at Inria center, in Rennes, Brittany, France, Tamis recently partnered with American networking hardware giant Cisco Systems in a move meant to design an innovative method for uncovering malware at code execution.
Created at Inria research center in Rennes, Brittany, France, SPADE is a tool meant to restore distorted audio recordings. Expressing declipping as an inverse problem and leveraging sparse regularization in the time-frequency domain, its novel algorithm significantly improves the state of the art in the field, as scientist Rémi Gribonval explains.
When a system is made up of hardware and software, the intersection of both can at times turn out to be a porous border of a sort through which a malware might eventually intend to sneak. In Rennes, Brittany, France, Inria research center has teamed up with Secure-IC, a company specializing in the protection of embedded devices against cyber-physical attacks, in order to explore innovative methods for better detecting potential vulnerabilities at this crucial junction.
Backed by Région Bretagne (Brittany regional council), the ERDF and Rennes Métropole, the Inria research centre in Rennes is putting in place a new service aimed at businesses in order to facilitate their access to technology transfer and respond more quickly to their innovation requirements.
- Mélanie Raimbault
- INRIA Rennes - Bretagne Atlantique
A French software startup specializing in energy analytics for the industry, Energiency helps manufacturers to save big on electricity and gas. The company has recently started a partnership with Inria and Rennes 1 University to stay on the cutting-edge of data science.
- Arnaud Legrand
- Véronique Masson
- INRIA Rennes - Bretagne Atlantique
- Big data
Security analysts continue to play an irreplaceable role in understanding attacks on information systems. These are the people the events records visualisation solution developed by SplitSec, a start-up being created at the Inria Rennes - Bretagne Atlantique centre, is aimed at.
Many applications these days rely on the well-choreographed execution of thousands of tasks run concomitantly or sequentially. These workflows often spread over a large number of nodes. Hence the complexity and the need to organize them efficiently. Initiated at Inria research center in Rennes, Brittany, France, GinFlow is an innovative workflow execution manager that not only provides a mechanism for adapting workflows at runtime but also implements a technique for decentralizing the coordination of the execution, making it more fault tolerant.
Research - Cinema
The working methods of the cinematographic industry are rapidly changing. New technologies are emerging. They are revolutionising opportunities and impacting film content. They are profoundly changing the ways in which content is created, not only by cutting costs but also by fostering team creativity. It is against this backdrop that the University of Rennes 1 and Inria, the Public Research Institute devoted to digital sciences, founded, along with the company SolidAnim, a joint research and innovation laboratory devoted to the virtual environment 3D cinema industry.
Supported by French research institute Inria, SimGrid is an open source tool for the simulation of distributed systems. Over the last 15 years, it has become a staple in more than one scientific community across the globe, contributing to performance optimization in many contexts. The next challenge is to help SimGrid reach the industry, an effort for which Inria is about to start a two-year Technical Action, as project coordinator Martin Quinson explains.
Could software engineering find some inspiration in the way biological systems function? A multidisciplinary group of scientists spent three years exploring the concept in the context of Diversify, a European project led by Inria researcher Benoît Baudry. Their in silico experiments show that, just like biodiversity, software diversity is a huge plus when it comes to robustness and adaptability to changes.