Evolving Security Requirements in Multi-layered Service-Oriented-Architectures

Abstract

Abstract. Due to today's rapidly changing corporate environments, business processes are increasingly subject to dynamic configuration and evolution. The evolution of new deployment architectures, as illustrated by the move towards mobile platforms and the Internet Of Services, and the introduction of new security regulations (imposed by national and international regulatory bodies, such as SOX 4 or BASEL 5 ) are an important constraint in the design and development of business processes. In such a context, it is not sufficient to apply the corresponding adaptations only at the service orchestration or at the choreography level; there is also the need for controlling the impact of new security requirements to several architectural layers, specially in cloud computing, where the notion of Platforms as Services and Infrastructure as Services are fundamental. In this paper we survey several research questions related to security cross-domain and cross-layer security functionality in Service Oriented Architectures, from an original point of view. We provide the first insights on how a general service model empowered with aspect oriented programming capabilities can provide clean modularization to such cross-cutting security concerns.Keywords: SOA, Evolution, AOP, REST, Security Motivation and OutlineService-oriented architectures (SOAs) constitute a major architectural style for large-scale heterogeneous infrastructures and applications that are built from loosely-coupled, well-separated services and are subject to dynamic configuration, manipulation, and evolution. Applications in service-oriented computing

HiPoLDS: A Security Policy Language for Distributed Systems

“…Several works apply AOP for building inline reference monitors for access control, such as [19,25,8] or to specify other requirements such as availability [6]. The particularity in our approach is its application to the information flow in a distributed systems, which requires the use of specific aspect mechanisms [13].…”