GPSPiChain-Blockchain based Self-Contained Family Security System in Smart Home
Ali Raza, Lachlan Hardy, Erin Roehrer, Soonja Yeom, Byeong ho Kang

TL;DR
This paper introduces a blockchain-based security system for families that securely tracks and logs members' smartphone locations within a private network, enhancing privacy and control over sensitive data in smart homes.
Contribution
It presents a novel implementation of a private blockchain for family location tracking, emphasizing data privacy and system feasibility within smart home environments.
Findings
System successfully logs family members' locations within a private blockchain.
Implementation demonstrates technical feasibility with small-scale setup.
Highlights limitations and future integration possibilities in smart homes.
Abstract
With advancements in technology, personal computing devices are better adapted for and further integrated into people's lives and homes. The integration of technology into society also results in an increasing desire to control who and what has access to sensitive information, especially for vulnerable people including children and the elderly. With blockchain coming in to the picture as a technology that can revolutionise the world, it is now possible to have an immutable audit trail of locational data over time. By controlling the process through inexpensive equipment in the home, it is possible to control whom has access to such personal data. This paper presents a blockchain based family security system for tracking the location of consenting family members' smart phones. The locations of the family members' smart phones are logged and stored in a private blockchain which can be…
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Taxonomy
TopicsOpportunistic and Delay-Tolerant Networks · User Authentication and Security Systems · Privacy, Security, and Data Protection
