A Framework for Trustworthy Service-Oriented Computing (Short Paper)

Abstract

Service-oriented computing requires un-trusted and trusted software to simultaneously execute on the same hardware platform. Trusted software protects a service provider’s business model and must execute in a high assurance environment. Increasingly, hardware mechanisms are required to create high-assurance closed environments to host trusted software on open platforms. In current approaches, independent hardware vendors (IHVs) design and implement closed environments with proprietary interfaces specific to mobile phones, PCs and servers, forcing independent software vendors (ISVs) and service providers to develop non-portable software. In this paper, we present an abstract closed environment architecture that exposes its facilities via implementation-independent canonical interfaces. IHVs can use this architecture to implement platform-specific closed environments, while ISVs and service providers develop applications to the canonical interface and build portable trusted software. We discuss example implementations of our framework to demonstrate the feasibility of building scalable solutions to support trustworthy service-oriented computing.KeywordsService ProviderService Orient ArchitectureOpen PlatformClosed EnvironmentSecurity ArchitectureThese keywords were added by machine and not by the authors. This process is experimental and the keywords may be updated as the learning algorithm improves.