Providing Authentication &amp; Authorization Mechanisms for Active Service Charging

Bagnulo, Marcelo; Alarcos, Bernardo; Calderón, María; Sedano, Marifeli

doi:10.1007/3-540-45859-x_32

Cited by 3 publications

(3 citation statements)

References 4 publications

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“…It also describes an architecture for extensible router allowing for implementing new router features. Similar concepts of extensible router architecture can be also seen in works of Router Plugins [11], LARA++ [46], PromethOS [41], Pronto [19] and SARA [3]. SOFTNET [60], PLAN [21], Bowman and CANEs [31] are examples of active networking systems that assume network packets to contain programs, which are used to manage network nodes.…”

Section: Related Workmentioning

confidence: 94%

Bringing Modern Web Applications to Disconnected Networks

Nagy,

Kärkkäinen,

Kurnikov

et al. 2015

Preprint

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Disconnected networks arise in environments where stable, wellconnected infrastructure connectivity is not ubiquitous. In practice, these arise particularly in mobile systems, where the connectivity can be achieved through short-range, pair-wise contacts between mobile nodes. Information-centric Networking provides a highlevel framework through which many different systems for disconnected networking can be understood. In this paper, we present a system built on top of the ICN abstraction that allows interactive web applications to be developed and deployed in disconnected networks. We describe our system and protocol design, validate its operation using simulations, and report on our implementation including adaptations of six existing apps into web applications capable of being deployed in disconnected networks.

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Section: Related Workmentioning

confidence: 94%

Bringing Modern Web Applications to Disconnected Networks

Nagy,

Kärkkäinen,

Kurnikov

et al. 2015

Preprint

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“…The user might need to pay for the programmable service received from the multiservice network [12]. To avoid the user denying his responsibility for payment, the authorization request must include the non-repudiation service.…”

Section: Security Requirements Of the Multiservice Networkmentioning

confidence: 99%

“…• The definitive authorization parameters used to generate the session keys (SST, SET, D, S, U, SP) • The interdomain session keys: K ij ,…, K 12 • The IP address of the authorization servers that are along the path of the active packets and that have accepted the session…”

Section: Multidomain Session Negotiationmentioning

confidence: 99%

Multidomain Network Based on Programmable Networks: Security Architecture

Alarco¹,

Sedano²,

Calderón³

2005

ETRI J

Self Cite

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This paper proposes a generic security architecture designed for a multidomain and multiservice network based on programmable networks. The multiservice network allows users of an IP network to run programmable services using programmable nodes located in the architecture of the network. The programmable nodes execute codes to process active packets, which can carry user data and control information. The multiservice network model defined here considers the more pragmatic trends in programmable networks. In this scenario, new security risks that do not appear in traditional IP networks become visible. These new risks are as a result of the execution of code in the programmable nodes and the processing of the active packets. The proposed security architecture is based on symmetric cryptography in the critical process, combined with an efficient manner of distributing the symmetric keys. Another important contribution has been to scale the security architecture to a multidomain scenario in a single and efficient way.

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A Secure Code Deployment Scheme for Active Networks

Kloul¹,

Mokhtari²

2009

Active and Programmable Networks

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Abstract. Active Networking is an innovative technology which can open the network and make it more flexible. But introducing active codes within the network increases the network vulnerability from the security point of view. The security is always considered as a separated layer from the other layers of the active network architecture. In this paper, we develop a global security architecture for a safe code distribution. A three level mechanism is defined to provide a unique identification, authentication, and classification of a code, according to its developer and its users.

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Providing Authentication & Authorization Mechanisms for Active Service Charging

Cited by 3 publications

References 4 publications

Bringing Modern Web Applications to Disconnected Networks

Bringing Modern Web Applications to Disconnected Networks

Multidomain Network Based on Programmable Networks: Security Architecture

A Secure Code Deployment Scheme for Active Networks

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