Area & Perimeter Surveillance in SAFEST using Sensors and the Internet of Things

Emmanuel Baccelli (1) , Gabriel Bartl (2) , Alexandra Danilkina (3) , Veronika Ebner (4) , François Gendry (5) , Christophe Guettier (5) , Oliver Hahm (1) , Ulrich Kriegel (6) , Gabriel Hege (7) , Mark Palkow (7) , Hauke Pertersen (3) , T.C. Schmidt (8) , Agnès Voisard (6) , Matthias Wählisch (3) , Hans Ziegler (6)

1 INFINE - INFormation NEtworks
2 FOS - Research Forum on Public Safety and Security [Berlin]
3 Institut für Informatik [Berlin]
4 Fraunhofer IML - Fraunhofer Institute for Material Flow and Logistics
5 SAGEM Défense Sécurité [Massy]
6 Fraunhofer FOKUS - Fraunhofer Institute for Open Communication Systems
7 Daviko Gmbh [Berlin]
8 Hamburg University of Applied Sciences [Hamburg]

SAFEST is a project aiming to provide a comprehensive solution to ensure the safety and security of the general public and critical infrastructures. The approach of the project is to design a lightweight, distributed system using heterogeneous, networked sensors, able to aggregate the input of a wide variety of signals (e.g. camera, PIR, radar, magnetic, seismic, acoustic). The project aims for a proof-of-concept demonstration focusing on a concrete scenario: crowd monitoring, area and perimeter surveillance in an airport, realized with a prototype of the system, which must be deployable and foldable overnight, and leverage autoconfiguration based on wireless communications and Internet of Things. This paper reviews the progress towards reaching this goal, which is planned for 2015.

Domaines: Réseaux et télécommunications [cs.NI]

Emmanuel Baccelli, Gabriel Bartl, Alexandra Danilkina, Veronika Ebner, François Gendry, et al.. Area & Perimeter Surveillance in SAFEST using Sensors and the Internet of Things. WISG 2014 - Workshop Interdisciplinaire sur la Sécurité Globale, Jan 2014, Troyes, France. ⟨hal-00944907⟩