Secure password-free authentication to mobile devices services, through machine learning of sensor data

FINSEC is a joint effort of prominent stakeholders in the financial sector and global leaders in physical & IT security, towards introducing a novel standards-based reference architecture (RA) for integrated (cyber & physical) security.

The main goal of IoTSec is a reliable and efficient, uninterrupted power network with dynamic configuration of system and security properties. It addresses the needs of businesses and end users of additional IoT services by exploring use cases for value-added services. The project will design the building blocks for future services that consider the necessary security and privacy preconditions of successfully deployed large-scale services, build a robust cluster of research on security in IoT for Smart Grids, and create an industrial Smart Grid Security Centre co-located with the NCE Smart.

Kombinerte nukleære og datatekniske teknikker for tillitsfull merking av langtidslagrede data

PCAS will provide an innovative and trustworthy smart-phone add-on, the Secure Personal Device (SPD), and supporting infrastructure. PCAS allows users to securely authenticate in mobile environmnets, store data locally and to share them with trusted applications in the cloud. The SPD will recognize its user using multiple biometric sensors.

The FutureID project builds a comprehensive, flexible, privacy-aware and ubiquitously usable identity management infrastructure for Europe, which integrates existing eID technology and trust infrastructures, emerging federated identity management services and modern credential technologies to provide a user-centric system for the trustworthy and accountable management of identity claims.

uTRUSTit aims at bridging security, privacy, trust, universal design, usability, and accessibility in the Internet of Things and inter-device communication.

Patient answering service using SMS.

The ASSET project develops risk-based adaptive security methods and mechanisms for Internet of Things (IoT) in eHealth that increase security to an appropriate level and adapt to the dynamic changing conditions of IoTs, technologies that provide many benefits to the improvement of eHealth.

The project addresses societal challenges concerning the future of electronic identifiers and electronic identities.

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The overall goal of this research project is to improve both the security level and the security awareness when developing, installing, and using (open source) VoIP/PBX/multimedia solutions.

The main focus and goal of the GEMOM project were the significant and measurable increase in end-to-end intelligence, security and resilience of complex, distributed information systems that are evolutionary, self-organising, self healing, scalable and secure.

The HATS project develops a formal method for the design, analysis, and implementation of highly adaptable software systems that are at the same time characterized by a high demand on trustworthiness.

The primary goal of LongRec joint-industry project was the Persistent, Reliable and Trustworthy Long-Term Archival of Digital Documents, with Emphasis on Availability and Use of Documents. The particular problems addressed by the LongRec project typically emerge when document lifetime exceeds 20 years, and LongRec imposes no upper limit on the lifetime.

The overall objective of the project Risknet was to establish a broad network as the basis for a forum where people, politicians, suppliers and researchers in the field of Information Security and Risk Management can identify common tasks. This has resulted in information dissemination and identification of priorities for a safer society.

SAMPOS investigates novel design strategies for seamless deployment of mobile patient monitoring systems, focusing on low-cost, low-power, and robust/reliable and secure communication solutions.