Ethereum-based Emergency Service for Smart Home System: Smart Contract Implementation

Aung, Yu Nandar; Tantidham, Thitinan

doi:10.23919/icact.2019.8701987

Cited by 16 publications

(11 citation statements)

References 17 publications

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“…Aung et al 33 present an SHS that uses smart contracts to manage an emergency service sent to service providers in case of unusual environmental conditions. The system consists of three elements: smart home sensor manager to collect data from environmental sensors and send an emergency call to the provider, home service provider system deployed with ethereum virtual machine and smart contract to handle transactions between IoT devices, provider and homeowners, and meteor framework that provides a web-based interface for homeowners to register, update, and view their information as well as for the provider to monitor and respond emergency calls.…”

Section: Smart Contract For Iotmentioning

confidence: 99%

Adapted smart home services based on smart contracts and service level agreements

Staifi

Belguidoum

2021

Concurrency and Computation

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In smart home systems (SHS), devices intercommunicate to create an intelligent environment that can monitor the inhabitant's health state and provide adapted services.However, existing health monitoring systems (HMS) do not provide adapted services to the patient autonomy degree. Furthermore, in these critical systems, the Quality of Service (QoS) aspect is very important; therefore, service level agreements (SLA) are the best solution to define and guarantee the expected QoS levels, nevertheless, existing SLA specification languages lack expressiveness in terms of user preference specification, dynamic service management and pricing. In this work, we propose an elderly health state-aware SHS to offer adapted services according to the elderly health state, it is based on three main parts: (a) the functional autonomy measurement system (SMAF) for calculating the inhabitant's profile or autonomy degree, (b) domain-specific language (DSL) for SLA that aims to increase patient-awareness through the use of preferences, facilitate the SLA management using microservices, and manage the QoS dynamically using multilevel SLA (ML-SLA) concept, and (c) smart contracts for the provision of adapted services and the verification of SLA terms.

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Section: Smart Contract For Iotmentioning

confidence: 99%

Adapted smart home services based on smart contracts and service level agreements

Staifi

Belguidoum

2021

Concurrency and Computation

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“…Also, the presence of malicious management hub node could temper, repudiate and disclose information of IoT devices. In [23] author proposed a blockchain based emergency service architecture for smart home. To ensure security and privacy different authentication mechanisms such asymmetric key, digital signatures with interplanetary file system, and QR code through one-time password is used.…”

Section: Blockchain Emergency Servicesmentioning

confidence: 99%

“…In [29], the author proposed a M/M/n/L queuing theory model for the mining process simulation in the blockchain. In [23], the author presented a closed loop control system to evaluate the optimal number of blocks present in the queue of miner networks for IoT system using M/M/1 queue theory model. In [31] author proposed a / / queuing theory model, which is utilized by hospital managers to guide nursing staff decisions.…”

Section: Queuing Theory Modelmentioning

confidence: 99%

Modeling of Trusted Public Emergency Services for Smart Cities Using Blockchain and IoT-based Cognitive Networks

Bhawana

Kumar

2021

Preprint

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The Internet of Things (IoT) recently gained attention from the last few years due to various smart city applications deployment. The existing literature discusses different public emergency service (PES) aspects from smart-healthcare to smart-home automation. However, less work explores for the smart-fire-brigade system. The PESs require high computation, timely service fulfillment, service transparency, and trust, which are difficult to achieve through a centralized system. In recent years, blockchain technology has gained enormous popularity for immutable data management that ensures transparency, reliability, and data integrity using distributed storage. This paper presents a blockchain based model for secure and trusted public emergency service in IoT-enabled smart cities (BMSTP) to handle the PES requests in real-time fairly. An edge compute server (ECS) is introduced to enhance data processing speed and local data storage. Simultaneously, a queuing theory model is used to process PES requests quickly. The ECS manages an access control list (ACL) for smart-home IoT devices to protect against the illegal placement of any new IoT devices near smart-home to misguiding public emergency service departments (PESDs). Further, a reputation model is designed for PESDs to scale their service quality. We explored the BMSTP for smart-homes placed under different sub-areas of a smart-city. The experiment results show the proposed system model is efficient in scheduling the smart-home PES requests to an appropriate PESD and minimizing the delay to reaching the smart-home location.

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“…Previous research [13] introduced the Ethereum-based Smart Home System (SMS) for distributing personal data for emergency calls via IPFS. The personal data were signed via the digital signatures of the users.…”

Section: Related Workmentioning

confidence: 99%

Blockchain Implementation to Verify Archives Integrity on Cilegon E-Archive

et al. 2020

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A good archive management system must consider information security aspects, such as availability, confidentiality, and integrity. The Cilegon E-Archive (CEA) system is a centralized system for managing the lifecycle of archives. The existing CEA system has several problems, including a single point of failure, low data availability, and difficulty in proving the originality of files. This paper introduces a prototype for a new CEA system that integrates IPFS and the Ethereum private network. In addition, CEA DApp is developed as an interface for users in interacting with CEA system, and its functionality is managed by a smart contract. The results show that the conducted improvements into the CEA system highly improved the system security in terms of preventing archival forgeries.

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Ethereum-based Emergency Service for Smart Home System: Smart Contract Implementation

Cited by 16 publications

References 17 publications

Adapted smart home services based on smart contracts and service level agreements

Adapted smart home services based on smart contracts and service level agreements

Modeling of Trusted Public Emergency Services for Smart Cities Using Blockchain and IoT-based Cognitive Networks

Blockchain Implementation to Verify Archives Integrity on Cilegon E-Archive

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