Smart contracts for container based video conferencing services: Architecture and implementation
Sandi Gec, Dejan Lavbi\v{c}, Marko Bajec, Vlado Stankovski

TL;DR
This paper presents a novel blockchain-based architecture for monetizing containerized video conferencing services, enabling flexible pricing, resource sharing, and stakeholder collaboration.
Contribution
It introduces a new architecture utilizing smart contracts to enhance monetization and resource management in container-based video conferencing systems.
Findings
Demonstrated a blockchain-enabled monetization model for VC services.
Showcased flexible pricing and resource sharing scenarios.
Validated architecture using a Jitsi Meet-based prototype.
Abstract
Today, container-based virtualization is very popular due to the lightweight nature of containers and the ability to use them flexibly in various heterogeneously composed systems. This makes it possible to collaboratively develop services by sharing various types of resources, such as infrastructures, software and digitalized content. In this work, our home made video-conferencing (VC) system is used to study resource usage optimisation in business context. An application like this, does not provide monetization possibilities to all involved stakeholders including end users, cloud providers, software engineers and similar. Blockchain related technologies, such as Smart Contracts (SC) offer a possibility to address some of these needs. We introduce a novel architecture for monetization of added-value according to preferences of the stakeholders that participate in joint software service…
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