Wissam Mallouli
|
- Projects
2017
-
MoNet In the MoNet project, Montimage intends to deploy its MMT monitoring tool and configure it to demonstrate how it can detect functional and security anomalies both in the control and data planes in different Softfire platforms.
Start: 2017-11-15 - End: 2018-02-15 -
SAINT SAINT proposes to analyse and identify incentives to improve levels of collaboration between cooperative and regulatory approaches to information sharing. Analysis of the ecosystems of cybercriminal activity, associated markets and revenues will drive the development of a framework of business models appropriate for the fighting of cybercrime. The role of regulatory approaches as a cost benefit in cybercrime reduction will be explored within a concept of greater collaboration in order to gain optimal attrition of cybercriminal activities. Experimental economics will aid SAINT in designing new methodologies for the development of an ongoing and searchable public database of cybersecurity indicators and open source intelligence.
Start: 2017-05-01 - End: 2019-04-30 -
ANASTACIA Montimage participates to ANASTACIA H2020 research project. Its main is to address cyber-security concerns by researching, developing and demonstrating a holistic solution enabling trust and security by-design for Cyber Physical Systems (CPS) based on IoT and Cloud architectures. To this end, ANASTACIA will develop a trustworthy-by-design security framework which will address all the phases of the ICT Systems Development Lifecycle (SDL) and will be able to take autonomous decisions through the use of new networking technologies such as Software Defined Networking (SDN) and Network Function Virtualisation (NFV) and intelligent and dynamic security enforcement and monitoring methodologies and tools. The project consortium integrates industrial and academic partners who will make ANASTACIA rock cybersecurity!
Start: 2017-01-01 - End: 2019-12-31 -
2015
-
MEASURE The goal of the project is to increase the quality and efficiency as well as reduce the costs and time-to-market of software engineering in Europe. By implementing a comprehensive set of tools for automated and continuous measurement, this project provides a toolset for future projects to properly measure their impact. More importantly, it opens a new field for innovation. The real innovation will be in the advanced analytics of the measurement data enabled by the project. Montimage plans to industrialise its monitoring solution MMT. MMT will be used and adapted to the MEASURE project in order to include new functionalities to perform advanced software engineering monitoring. Montimage's exploitation business plan will be based on an open source solution that will help to attract the interest among open source communities (OSII/OSB) as well as on a commercial licensed solution with advanced capabilities. The MEASURE project will provide an extraordinary opportunity to work with leaders of the software engineering ecosystem, so allowing MTI to test and validate his monitoring solutions with key players from industry and academia. The MEASURE consortium integrates a variety of large companies and SMEs involved in the project in order to cover a widespread set of sectors where it is possible to introduce and test the measuring tools developed in the project.
Start: 2015-12-01 - End: 2019-02-28 -
CLARUS The main objective of the CLARUS project is to enhance trust in cloud computing services by developing a secure framework for the storage and processing of data outsourced to the cloud. CLARUS will allow end users to monitor, audit and control the stored data without impairing the functionality and cost-saving benefits of cloud services. Ten partners cover all expertise and competence required to achieve the objectives of the project, which have guided all the time the formation of the consortium. The CLARUS consortium includes two large industrial partners (AKKA and THAL), one industrial SME (MTI), one SME specialised in analysing and communicating ICT across Europe and globally (TR-I), five academic research institutions (URV, OFeV, EURC & KU Leuven), and one end user organisation (FCRB). The European dimension of the CLARUS is ensured by its international composition, with partners coming from four European countries (Spain, Germany, France, UK and Belgium). In this project, Montimage will provide an adapted monitoring solution (based on MMT tool) that will enable analysing the security the cloud services and platform usage, as well as detecting unexpected behaviour. It will also integrate the extraction of metadata needed for security management through the analysis of data from different sources (e.g., system, network, services). Based on the results of such an analysis, the users and/or automated reaction techniques will be able to carry out obfuscation strategies (developed by the project) to improve the security of the user's data and processing, and improve the level of trust.
Start: 2015-01-01 - End: 2017-12-31 -
MUSA The main goal of the MUSA project is to support the security-intelligent lifecycle management of distributed applications over heterogeneous cloud resources, through a security framework that includes: a) security-by-design mechanisms to allow application self-protection at runtime, and b) methods and tools for the integrated security assurance in both the engineering and operation of multi-cloud applications. The MUSA consortium has the right balance between academia and industry of all sizes in order to achieve cutting-edge research results in the field of Security Engineering and Cloud Computing. It involves internationally recognized research institutes (TECNALIA, CER ICT), universities (TUT), large companies (CA, LSY), and specialized SMEs (MI, AIMES). All together provide the necessary equilibrium among research interests, industrial significance necessary to achieve ground-breaking results driven by its applicability to real cases, and the engagement of the Open Source communities in order to reach a significant number of contributors and adopters of the MUSA solution. The objective of Montimage is to incorporate the results obtained from the MUSA project to specifically adapt its flagship tool, MMT, for supporting security assurance in cloud and multi-cloud environments by analysing the behaviour of applications and resource use, and integrating enforcement mechanisms.
Start: 2015-01-01 - End: 2017-12-31 -
2014
-
DOCTOR A new trend in the networking area has emerged in the last few years: the virtualization of network functions. NFV (Network Virtualization Function), as defined by the European Telecommunications Standards Institute (ETSI), is the key technology that leverages this concept. It involves implementing network functions in software that can run on a range of industry standard commodity server hardware. This initiative favours the progressive deployment of new network functions or protocols. The DOCTOR project provides a major push towards the adoption of these new standards by enabling a secure use of virtualized network equipment, which will ease the deployment of novel networking architectures. Monitoring and security are primary operator requirements that need to be assured before deploying new solutions. In DOCTOR, Montimage will investigate how to monitor networks stacks deployed in a virtualized environment, regarding: the type of information to monitor, the way to collect it and the way to analyse/correlate the information gathered. This monitored data will be useful for security purposes. The DOCTOR consortium (Orange, Thales, Montimage, CNRS-LORIA, ICD) is very complementary and provides the necessary expertise and skills: network operator, security experts, monitoring solution providers and recognized academic partners operating security labs at the national level. Montimage will extend its monitoring (MMT) solution with the project's outcomes related to monitoring, security inspection and performance analysis, in order to provide customized solutions in the field of virtualized function monitoring.
Start: 2014-10-01 - End: 2018-03-31 -
2013
-
FI-PPP The Future Internet Public-Private Partnership, short: FI-PPP, is a European programme for Internet-enabled innovation. The FI-PPP will accelerate the development and adoption of Future Internet technologies in Europe, advance the European market for smart infrastructures, and increase the effectiveness of business processes through the Internet.
Start: 2013-11-01 - End: 2013-12-31 -
SWEPT (Securing Websites through malware dEtection and attack Prevention technologies) is CIP project. SWEPT proposes a security solution that incorporates different cost effective security mechanisms and tools for automatically mitigating web site attacks, maximizing the security posture of websites with a minimum intervention from web site owners and administrators. It includes: - A set of preventive security solutions based on the "security by design" concept to be applied at the web application level for website protection (prevention of infections and avoidance of attacks). - A set of complementary detection security solutions to be applied externally to the web application level. - A new security certification scheme based on the different technologies being proposed by the project.
Start: 2013-11-01 - End: 2016-10-30 -
SIGMONA The SIGMONA project that stands for SDN Concept in Generalized Mobile Network Architectures will study network architectures and functions for evolution of the LTE/EPC (3GPP) mobile networks. The main focus is on the network, although and end-to-end system approach, including the LTE radio system, will be taken. The project will apply the latest networking and computing technologies and architectures onto the LTE/EPC mobile network. The project aims at evaluation, specification and validation of a Software Defined Mobile Network concept designed onto the software defined networking (SDN), network virtualization and cloud computing principles. The project will provide an insight into the feasibility and opportunities of such network concepts, as well as evaluate the limits of performance and scalability of the new technologies applied on mobile broadband networks. New opportunities for traffic, resource and mobility management will be studied. New challenges on network security and solutions for those will be addressed. Network virtualization solutions in the mobile transport networks, as well as effects on the network monitoring and network management solutions are relevant, too. Use cases, such as content delivery will be considered. It is also foreseen that the investments on the network and operational costs would change, hence the project will also outline the impact onto cost of network, value chain and business models. The model of open interfaces, the role of standards and related bodies will also be described.
Start: 2013-06-01 - End: 2016-01-31 -
ACDC (Advanced Cyber Defence Centre) is CIP project. The proposed ACDC pilot addresses the identification, measurement, and analysis of botnets as well as the prevention, detection, mitigation, recovery, and evaluation of their impact. It presents an end-to-end approach from detection to protection, manifested as five powerful services, operated by the member states. Service #1, the centralized clearing house, is our single point of contact for data storage and analysis. While offering a liberal input interface, the distribution of gained knowledge is done in a precisely defined data format, which is openly shared. Service #2, the support center, delivers structured information for stakeholders and affected end users, likewise. Here, disinfection tools can be downloaded and affected users, including small and medium enterprises, are supported in dealing with their incidents. Service #3 focuses on the detection and mitigation of infected websites, while the detection of network anomalies, including possible cloud- or mobile-based botnets, is subject to Service #4. Both services are operated in a decentralized and distributed manner in order to achieve a high degree of diversification. Obviously, all data acquired using Service #3 and #4 is sent to the centralized clearing house for further analysis. Service #5 aims on the integration of tools for identification and removal of malware (e.g., bots) from end user devices. The proposed pilot will enable ACDC to not only identify and shut down command and control servers but to eliminate the actual weapons of a botnet - the bots. Project partners are: Eco Verband Der Deutschen Internetwirtschaft Ev (Germany), Technikon (Austria), Leuven Security Excellence Consortium (Belgium), Katholieke Universiteit Leuven (Belgium), EAD Bulgarski Poshtibp (Bulgaria), Cognitive Security SRO (Czech Republic), Signal Spam Association (France), Montimage (France), Microsoft Emea (France), Cassidian Sas (France), Westfalische Hochschule Gelsenkirchen (Germany), G Data Software AG (Germany), Fraunhofer-Geselischaft (Germany), DFN-CERT Service (Germany), DE-CIX Management (Germany), Telecim Italia (Italy), Istituto Superiore Delle Communicazioni (Italy), Ingegneria Informatica (Italy), FCCN (Portugal), CARNet (Republic of Croatia), Xlab Razvij (Slovenia), Telefonica (Spain), ATOS (Spain), etc.
Start: 2013-02-01 - End: 2015-07-31 -
2012
-
INTER-TRUST (Interoperable Trust Assurance Infrastructure) is a project co-funded by the European Union under the Information and Communication Technologies theme of the 7th Framework Programme for R&D ICT-2011.1.4 Trustworthy ICT contract n. 317731. The main objective of the INTER-TRUST project is to develop a framework to support trustworthy applications in heterogeneous networks and devices based on the enforcement of interoperable and changing security policies. This framework will allow developers, integrators and operators of systems to act during the development and operation phases to obtain systems with components that communicate and share data in a secure trusted manner dictated by negotiated security policies that we also refer to as dynamic security Service Level Agreements. Project partners are: Softeco Sismat SRL (Italy), Montimage (France), Institut Mines-Telecom (France), Universitat Rivra I virgili (Spain), Search-Lab (Hungary), Universidad de Malaga (Spain), The University of Reading (UK), Universidad de Murcia (Spain), SCYTL Secure Electronic Voting (Spain), INDRA (Spain).
Start: 2012-11-01 - End: 2015-04-30 -
2011
-
SAN (Survivable Ad Hoc Networks for 4G and beyond) is a CELTIC project. It aims at developing a 4G broadband mobile wireless communica- tion system endowed with a wide range of ad-hoc and relaying/mesh capabilities. SAN will provide a solution based on rap idly deployable, self-configurable mobile wireless network with no need of fixed infrastructures, external control/management systems. SAN will develop robust and cost-efficient solution for rescue teams and first responders organizations in a variety of scenarios when other communication networks are unavailable due to disaster, military actions, etc. Project partners are: Cassidian SAS (France), CEA LETI (France), CEA LIST (France), CTTC (Spain) C2Tech (Turkey), Green Communications (France), INDRA (Spain), IITP (Russia), Montimage (France), Smartcom (Slovenia), TTI Norte (Spain), UPE-MLV (France).
Start: 2011-11-01 - End: 2015-10-31 -
2010
-
PIMI (Personal Information Management through Internet) is an ANR project (VERSO 2010 program). The objectives of the PIMI project are the definition of a design environment and a deployment platform for Personal Information Management System (PIMS). The future PIMS must provide the end user personal data access with services that are relevant to his needs. The economic opportunities are important: the e-service market expects a way to integrate naturally heterogeneous e-services in a smart way including electronic trust, service composition, QoS/QoE and with an easy access (ergonomic and usable). Project partners are: GENIGRAPH, l'INRIA, le LRI, l'Institut Telecom, Montimage et l'IRIT.
Start: 2010-11-15 - End: 2013-11-14 -
DIAMONDS (Development and Industrial Application of Multi-Domain Security Testing Technologies) is an ITEA-2 project. This european project will leverage systematic, model-based testing and monitoring approaches for security testing to enable highly secure systems by early testing and test automation. Advanced model-based security testing methods will allow the early identification of design vulnerabilities and efficient system/test design targeting security aspects. The DIAMONDS security test methodology will be adaptable to different multi-domain security standards, and enable a risk analysis-oriented test generation and risk assessments by evaluation of the test results. DIAMONDS will develop a well-visible European security test methodology of industrial scale, which demonstrates to be successful for security-critical systems in different application domains. Project partners are: Thales, Gemalto, Montimage, Smartesting, FSCOM, Get IT, Grenoble INP (France), Fraunhofer FOKUS, Giesecke & Devrient, Dornier Consulting, Testing Technologies (Germany) VTT, Ericsson, Codenomicon, University Oulu, Conformiq, Metso (Finland) SINTEF, Norse Solutions (Norway) Secure Business Applications, TU Graz (Austria) and itrust (Luxembourg).
Start: 2010-10-01 - End: 2013-03-31 -
MEVICO (Mobile Networks Evolution for Individual Communications Experience) is an CELTIC European research project dealing with the network aspects of the 3GPP LTE-mobile broadband network for its evolution in the mid-term in 2011-2014. The goal is to contribute to the technical drive and leadership of the EPC network (3GPP), and thus support the European industry to maintain and extend its strong technical and market position in the mobile networks market. The results can be used as contributions for further development of the 3GPP standard on EPC in Rel11-Rel13. The technical research areas of the project cover relevant topics in the areas of network architecture, mobility & routing, packet transport, traffic management, network management & engineering and techno-economic aspects. The project includes both conceptual research and demo/trial system implementations. MEVICO brings together partners from the network domain such as: Nokia Siemens Networks, Alcatel-Lucent, France Telecom Orange Group, Commissariat de l'Energie Atomique (CEA), Ericsson AB, Montimage, etc.
Start: 2010-05-01 - End: 2013-04-30 -
2008
-
WebMov is an ANR project. The main objective of WEBMOV is to contribute to the design, composition and validation of Web Services through a high level of abstraction view and a SOA based logical architecture vision. In this domain, industry usually constructs new services by composition of modules which describe existing Web Services. These composition mechanisms are called orchestration. In this proposal, we are interested in the design and composition mechanisms for Web Services as well as their validation using different types of testing techniques. The partners of this project are: University of Paris-Sud, TSP, University of Bordeaux I, Unicamp-Brasil, SOFTEAM, Montimage, University of Clermont Ferand 1 (Associated partner), University of Rochelle (Associated partner).
Start: 2008-03-01 - End: 2010-12-31 -
SHIELDS is an FP7 project. The SHIELDS project focuses on model-based detection and elimination of software vulnerabilities. The main idea of SHIELDS is to collect models of security vulnerabilities into a central repository (called the SVRS) and to enable development tools to use these models to automatically detect and eliminate possible vulnerabilities throughout the entire software development life-cycle. The partners are this project are: Linköpings universitet, SINTEF, European Software Institute, Fraunhofer IESE, Montimage, Institut TELECOM/TELECOM SudParis, SEARCH-LAB, TXT.
Start: 2008-01-01 - End: 2010-06-30 -
2006
-
CARRIOCAS (CAlcul Réparti sur Réseau Internet Optique à CApacité Surmultipliée. ) CARIOCAS is an FUI project support by System@tic cluster.
Start: 2006-10-01 - End: 2009-09-30 -
POLITESS POLItiques de sécurité pour des systèmes d'information en réseau : modélisation, déploiement et TESt. POLITESS is an ANR project.
Start: 2006-03-20 - End: 2009-03-19 -
2005
-
TAROT (Training And Research On Testing) is a Marie Curie Research Training Network (MCRTN). It focuses on the protocols, services and systems testing, that is an essential but empirical and neglected domain of validation and Quality of Service (QoS). Then the TAROT network aims to strengthen and develop the collaboration among major European testing communities. Moreover TAROT will promote testing in education, research, software engineering and industry. In order to achieve this objective, the participants will provide training courses, including Ph.D. programs and summer schools. In addition, workshops will be organized, thanks to which the TAROT network will communicate its results, and maybe find other partners.
Start: 2005-01-01 - End: 2008-12-31 -
2004
-
ASK-IT (Ambient Intelligence System of Agents for Knowledge-based and Integrated Services for Mobility Impaired users) The ASK-IT integrated project aims at establish Ambient Intelligence (AmI) in semantic web enabled services, to support and promote the mobility of Mobility Impaired people, enabling the provision of personalised, self-configurable, intuitive and context-related applications and services and facilitating knowledge and content organisation and processing. ASK-IT is an FP5 project.
Start: 2004-10-01 - End: 2007-09-30 -
SERAC This ACI project, funded by the French Ministry of Education and Research, conducts research activities on security in the context of Mobile Ad Hoc Networks.
Start: 2004-09-01 - End: 2007-08-31