ARTICONF addresses issues of trust, time-criticality and democratisation for a new generation of federated infrastructure, to fulfil the privacy, robustness, and autonomy related promises that proprietary social media platforms have failed to deliver so far
Transparent, decentralised infrastructure
Simplify creation, integration and federation of agile decentralised social media platforms by creating a novel permissioned blockchain with anonymised identities.
Improved and trusted participation
Ensure verifiable and traceable content ownership, while preserving creator anonymity and maintain content traceability and ownership activity across the network.
Democratic and tokenized decision-making
Research graph anonymisation techniques to power cooperative applications and improve participatory exchanges in anonymised ecosystems.
Elastic resource provisioning
Improving efficiency and controlling distributed P2P and Cloud virtual infrastructures, optimising QoS performance metrics and ensuring fast recovery.
Cognitive analytics for collaborative economy
Trusted decentralized social network #ARTICONF provides a tokenized decision-making process and improves users' engagement rate and return on collaboration over incentivized and sharing economy through interactive and intelligent analytics.
Challenges: validate crowdsourced news, find precise and trustworthy crowd-participants and provision time-critical infrastructure resources closer to news location for faster access to breaking news.
Challenges: low public awareness of shared mobility and issues relating to precise planning, optimising business costs, person-to-person lending and collaborative consumption.
Challenges: Contextualised and thematic search of audio-visual metadata in a large video library, and the security and privacy of a scalable business model that rewards users for their interactions.
Challenges: identify the behavioural convergence of the prosumer decisions over a specific smart appliance, and lack of efficient data management to keep track of the amount of energy produced by users.