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E-governance is a process that aims to enhance a government's ability tosimplify all the processes that may involve government, citizens, businesses,and so on. The rapid evolution of digital technologies has often created thenecessity for the establishment of an e-Governance model. There is often a needfor an inclusive e-governance model with integrated multiactor governanceservices and where a single market approach can be adopted. e-Governance oftenaims to minimise bureaucratic processes, while at the same time including adigital-by-default approach to public services. This aims at administrativeefficiency and the reduction of bureaucratic processes. It can also improvegovernment capabilities, and enhances trust and security, which bringsconfidence in governmental transactions. However, solid implementations of adistributed data sharing model within an e-governance architecture is far froma reality; hence, citizens of European countries often go through the tediousprocess of having their confidential information verified. This paper focuseson the sinGLe sign-on e-GovernAnce Paradigm based on a distributedfile-exchange network for security, transparency, cost-effectiveness and trust(GLASS) model, which aims to ensure that a citizen can control theirrelationship with governmental agencies. The paper thus proposes an approachthat integrates a permissioned blockchain with the InterPlanetary File System(IPFS). This method demonstrates how we may encrypt and store verifiablecredentials of the GLASS ecosystem, such as academic awards, ID documents andso on, within IPFS in a secure manner and thus only allow trusted users to reada blockchain record, and obtain the encryption key. This allows for thedecryption of a given verifiable credential that stored on IPFS. This paperoutlines the creation of a demonstrator that proves the principles of the GLASSapproach.

GLASS: A Citizen-Centric Distributed Data-Sharing Model within an e-Governance Architecture