Outline of a proposal responding to E.U. and U.S. calls for trustworthy global-scale IdM and CKM designs

In 2007, the E.U. FP6 SecurIST called [31] for trustworthy international identity management (IdM) that was usercentric. In 2009, the U.S. Department of Homeland Security (DHS) called [28] for trustworthy [70] global-scale IdM and the U.S. National Institute of Standards and Technology (NIST) called [13] for new cryptographic key management (CKM) designs. In this paper we outline the core architecture for (apparently) the first globally scalable, post quantum secure, symmetric key based platform for provisioning IdM, key distribution/agreement and inter-enterprise CKM services. Our proposal employs a decentralised trust model that exploits compartmentalisation, redundancy and diversification simultaneously across service provider, software developer, hardware vendor, class of cryptographic primitive, and protocol axis. It employs behavioural analysis techniques and supports the collaborative management of international name spaces, management of client transactions using public identifiers and supports user-centric cross-cutting control mechanisms. Our proposal is suitable for use with commercial off the shelf hardware and is designed to wraparound and protect the output of existing security deployments. The platform addresses the U.S. Networking and Information Technology Research and Development Program (NITRD) call [56] to create a digital immune system (multilayered protection, decentralised control, diversity, pattern recognition), the DHS call [28] for combating insider attacks and malware, achieving survivability and availability, and NIST managers’ call for a CKM design supporting billions of users without the use of public key technologies [13]. This proposal has been designed as part of our Trustworthy Resilient Universal Secure Infrastructure Platform project [38].