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DEWI

DEWI: Dependable Embedded Wireless Infrastructure

Field
National
Date
01/03/2014 - 28/02/2017
Industry
  • Smart cities
Budget
119.156,73 €
Funded by

Ministry of Industry, Energy and Tourism

Website
Video

PROJECT INFORMATION

DESCRIPTION

The DEWI project has sought to provide key solutions for reliable and secure wireless connectivity and interoperability in smart cities and infrastructures. The scope of the project has considered various study environments such as buildings, vehicles, trains or air transport, which have provided fundamental experience in contributing these technologies to the emerging concepts of smart homes and smart public spaces.

DEWI introduces the "bubble" concept, an adaptive local wireless network with sensing and actuation capabilities in a confined area that offers both internal and external wireless access in a secure, reliable, fast and easy way. This scheme allows a simpler and more transparent operation with the bubble in compliance with security terms, which relaxes the architecture of intelligent environments and streamlines their operation, taking advantage of internal self-organization and self-configuration techniques, reliability and adaptation. The project is also focused on the use of open and standard solutions, which will allow its reuse in different domains and its interoperability with other types of systems.

The DEWI project has sought to provide key solutions for reliable and secure wireless connectivity and interoperability in smart cities and infrastructures. The scope of the project has considered various study environments such as buildings, vehicles, trains or air transport, which have provided fundamental experience in contributing these technologies to the emerging concepts of smart homes and smart public spaces.

DEWI introduces the “bubble” concept, an adaptive local wireless network with sensing and actuation capabilities in a confined area that offers both internal and external wireless access in a secure, reliable, fast and easy way. This scheme allows a simpler and more transparent operation with the bubble in compliance with security terms, which relaxes the architecture of intelligent environments and streamlines their operation, taking advantage of internal self-organization and self-configuration techniques, reliability and adaptation. The project is also focused on the use of open and standard solutions, which will allow its reuse in different domains and its interoperability with other types of systems.

Technological capabilities

Big Data
Data collection and sensing