Smart Sustainable Farming Management Using Integrated Approach of IoT, Blockchain &amp; Geospatial Technologies

Miloudi, Lyna; Rezeg, Khaled; Kazar, Okba; Miloudi, Mohamed Kotoub

doi:10.1007/978-3-030-36664-3_38

Cited by 12 publications

(9 citation statements)

References 8 publications

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“…Ethereum and other Blockchain technologies (referred to as the blockchain in this article) offer a mechanism capable of forming zero trust sharing, eschewing the need for centralized data brokering authorities, such as GISCloud (http://giscloud.com), Esri ArcGIS Online (http://arcgis.com), or Amazon Web Services (http://aws.amazon.com). Geospatial blockchains are offering traceability and unforgeability in several aspects: farming‐related data (Miloudi et al, 2019), land administration (Sladić et al, 2021), and highly sensitive site selection (Farnaghi & Mansourian, 2020). An example that encompasses these works is by Tai et al (2021) who present a blockchain‐based spatial data trading platform to overcome dishonesty in the trading process.…”

Section: Current Geospatial Data Sovereignty Concernsmentioning

confidence: 99%

MapSafe: A complete tool for achieving geospatial data sovereignty

Sharma,

Martin,

Swanlund

2023

Transactions in GIS

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Sensitive geographic data are invaluable assets for the people to whom they belong and their disclosure should be decided by the sovereign data owner (SDO). Due to several high‐profile data breaches and business models that commercialize user data, the need for new approaches to geoprivacy and data sovereignty has grown. We propose MapSafe, a client web application that first obfuscates datasets using donut masking or hexagonal binning, separately, and thereafter implements a multi‐level encryption scheme that permits SDOs to share the final encrypted volume containing the geospatial information when they choose and at a level of detail which they are comfortable. The authenticity verification of the volume is facilitated by storing the hash value corresponding to the encrypted volume immutably on the Blockchain as a public record. Our approach places geoprivacy under data guardians'’ control, and its integration capabilities promote its adoption in existing and future geospatial web systems.

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Section: Current Geospatial Data Sovereignty Concernsmentioning

confidence: 99%

MapSafe: A complete tool for achieving geospatial data sovereignty

Sharma,

Martin,

Swanlund

2023

Transactions in GIS

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“…In this regard, the authors of [38,39] address different reference frameworks for the improvement of technologies in the agri-food supply chain with commercial applications of Blockchain. Moreover, the research in [41] identifies functionalities that can be applied in the environment of the agri-food sector. Under a transparent and traceable system, the authors of [40] conceptually describe an application for the food products market in Malaysia that covers all aspects of the supply chain.…”

Section: Blockchain In the Agri-food Supply Chainmentioning

confidence: 99%

Traceability of Mexican Avocado Supply Chain: A Microservice and Blockchain Technological Solution

et al. 2022

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Currently, the Mexican avocado supply chain has some social limitations that make the traceability process a difficult task and severely limits the regions that can add their harvest to the international market. We hypothesize that modernizing the traceability process and improving the trust of the final user could help in opening the market to other regions. This paper describes the Mexican avocado supply chain characteristics, identifies the actors involved in the supply chain, and emphasizes the problems that the current actors have when exporting them to the US market. On this basis, we propose a technological solution system to automate the traceability process. The system was designed to comply with the authority and consumer requirements. It proposes a combination of the benefits of traditional data traceability using Microservices architecture with a new layer of Blockchain auditing that will add value to current and new actors in every step of the supply chain. We contribute by proposing a model that adds value to the avocado supply chain with the following characteristics: Integrity, auditing service, dual traceability, transparency, and a front-end application with trust user-oriented. Our proofs demonstrate that the blockchain layer does not represent a considered high extra transaction cost; it could be regarded as despicable for the economy of the consumer considering costs and benefits.

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“…In some cases, an external database is usually used to store the aggregate data [65,66,68]. In the corresponding category of solutions, there are also approaches that store only anomalies presented in the data from the IoT devices [65,66,[69][70][71]. This is usually to ensure the integrity of the information and not to distort it.…”

Section: Data On-chain and Off-chainmentioning

confidence: 99%

Blockchain Applications in Agriculture: A Scoping Review

Sendros,

Drosatos,

Efraimidis

et al. 2021

SSRN Journal

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Smart Sustainable Farming Management Using Integrated Approach of IoT, Blockchain & Geospatial Technologies

Cited by 12 publications

References 8 publications

MapSafe: A complete tool for achieving geospatial data sovereignty

MapSafe: A complete tool for achieving geospatial data sovereignty

Traceability of Mexican Avocado Supply Chain: A Microservice and Blockchain Technological Solution

Blockchain Applications in Agriculture: A Scoping Review

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