qIoTAgriChain: IoT Blockchain Traceability Using Queueing Model in Smart Agriculture

Patra, Sudhansu Shekhar; Misra, Chinmaya; Singh, Kamakhya Narain; Gourisaria, Mahendra Kumar; Choudhury, Subham; Sahu, Suresh

doi:10.1007/978-3-030-65691-1_14

Cited by 8 publications

(6 citation statements)

References 12 publications

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“…Furthermore, topics such as the importance of Sustainable Development and proposals related to Sustainable Development Goals made a notable contribution. (Yontar, 2023); (S. ; (S. ; (R. Gupta & Shankar, 2023); (P. ; (Chandan et al, 2023); (Mohammed et al, 2023); (S. Patidar et al, 2023); (Rajput et al, 2023); (Kayikci et al, 2022); (Rejeb et al, 2022); (Agnusdei & Coluccia, 2022); (Collart & Canales, 2022); (Khan et al, 2022); (Saha et al, 2022); (S. Dey et al, 2022); (Rejeb et al, 2022); (Yakubu et al, 2022); (Wunsche et al, 2022); (Hassoun et al, 2022); (P. Kumar et al, 2022); (Guruswamy et al, 2022); (Scuderi et al, 2022); (Bansal et al, 2022); (Vostriakova et al, 2022); (Rezaei & Babazadeh, 2022); (Sharma et al, 2020); (Galanakis et al, 2021); (Antonucci et al, 2019); (Pearson et al, 2019); (Tsolakis et al, 2021); (Gopi et al, 2019); (Barbosa, 2021); (Patra et al, 2021); (A. Patidar et al, 2021); (Cruz & De Arruda Ignacio, 2023); (Srhir et al, 2023); (Tanwar et al, 2022); Kumar et al, 2023); (R. Gupta & Shankar, 2023); (S. Patidar et al, 2023);…”

Section: Development and Resultsmentioning

confidence: 99%

“…Following this, Table 3 is presented, displaying the Research Approach, which allowed for the organization of all the identified research in this study. Monitoring and Supervising (Bhatia & Albarrak, 2023); (R. Gupta & Shankar, 2023); (Rajput et al, 2023); (Khan et al, 2022); (Yakubu et al, 2022); (Lee et al, 2021); (Scuderi et al, 2022); (Bansal et al, 2022); (Luo et al, 2022); (Kazancoglu et al, 2022); (Abdulhussein et al, 2020); (Patra et al, 2021); (AlJemy et al, 2019);…”

Section: Development and Resultsmentioning

confidence: 99%

“…Food Provenance (Bhatia & Albarrak, 2023); (Rajput et al, 2023); (Kayikci et al, 2022); (Collart & Canales, 2022); (Khan et al, 2022); (Yakubu et al, 2022); (Wunsche et al, 2022); (Lee et al, 2021); (Gopi et al, 2019); (Hew et al, 2020); (Kazancoglu et al, 2022); (Runzel et al, 2021); (Yang et al, 2020); (Majdalawieh et al, 2021); (Patra et al, 2021); resilient infrastructure (Yontar, 2023); (Bhatia & Albarrak, 2023) Consequently, it was observed that many of the identified research studies reinforced the utility of Blockchain within agri-food chains at various points, such as quality, food safety, sustainable utilization, traceability, food provenance, recycling, and resilient infrastructure. In this sense, it was observed that there is a little concentration of research based on Prevention, Reduction, and Recycling.…”

Section: Conceptualmentioning

confidence: 99%

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From Linear to Circular: A Novel Approach of Integration of Blockchain in Agri-Food Chains and the SCOR Model Oriented to Logistics Reverse and Sustainable Development Goals

Cruz,

De Arruda Ignacio

2024

Preprint

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⦁ Introduction: The challenging context, resulting from a post-pandemic scenario, wars, and various natural disasters, does not allow for the ideal assurance of efficiency in the Agri-food supply chain. ⦁ Research significance Currently, Agri-food supply chains and Reverse logistics show critical characteristics such as centralization, limited flexibility, distrust, bureaucratization, Border and Documentary Compliance and there are problems about efficiency, security, and safety Agri-Food. using the Supply Chain Operations Reference (SCOR) framework, with the purpose of achieving Sustainable Development Goals, promoting transparency, traceability, and non-linearization of the agri-food supply chain. ⦁ Methodology The methodology is combined, the first part uses Preferred Reporting Items for Systematic Reviews and Meta-Analyses (PRISMA) identifying 72 articles with the principal contribution in the literature. The second part combines the application of Supply Chain Operations References (SCOR) and the Blockchain Technology aiming to decentralize the linear Agri-food Supply Chain and Reverse logistics. ⦁ Results/findings The results revealed a transformation of the traditional Agri-food Supply Chain, transitioning from linear management to a circular one. Additionally, after application it is possible to know a new way to manage the Reverse Logistic with more decentralization, flexibility, traceability, and reducing the unnecessary activities, which include Border and Documentary Compliance. The originality of this research is the novel combination of SCOR Model and Blockchain showing a priority about the key activities that add value and come close to the Sustainable practices. ⦁ Conclusion / Implications Based on the results is possible to conclude that the synergy between Blockchain and SCOR Model enables a new way to manage the Agri-food supply chain, improving efficiency and reducing activities without value. Also, it is possible to ensure that the practices of Reverse Logistics are improved based on terms of cost and time, and the reduction of the exposition on the Defective Product Risk. ⦁ Social Implications This paper could enhance confidence in all operations of the Agri-food supply chain as there are numerous issues regarding the security and safety of food. Additionally, it will aid in diminishing unnecessary activities and inefficient resource consumption practices, thereby accomplishing objectives 2 "zero hunger", 9 "Industry, Innovation, and Infrastructure", and 12 "Responsible consumption and production", along with their respective indicators. ⦁ Practical implications Regarding the practical implications, this research could contribute to analyses of the application of technology Blockchain in different sectors and identify the possible limitations when the main objective is to apply it on a big scale.

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Section: Development and Resultsmentioning

confidence: 99%

Section: Development and Resultsmentioning

confidence: 99%

Section: Conceptualmentioning

confidence: 99%

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From Linear to Circular: A Novel Approach of Integration of Blockchain in Agri-Food Chains and the SCOR Model Oriented to Logistics Reverse and Sustainable Development Goals

Cruz,

De Arruda Ignacio

2024

Preprint

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“…Data Traceability [39,40] No system can ensure data integrity from the sensor. The sensor is not treated as a transaction generator in the Blockchain network.…”

Section: Food Security Systemmentioning

confidence: 99%

BIoTS-Path: Certification Transmission of Supply Chains Based on Blockchain–Internet of Things Architectures by Validating the Information Path

Gonzalez-Amarillo,

Fraga Vazquez,

Ramirez-Gonzalez

et al. 2023

Mathematics

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A food traceability system (FTS) can record information about processes along a production chain to determine their safety and quality. Under the Internet of Things (IoT) concept, the communication technologies that support FTSs act as platforms for mass access to information with limited security. However, the integrity of the collected data is not immune to security attacks. This paper proposes a point-to-point information transmission path with no edges or access boundaries (no intermediaries) to transmit data with integrity. This route is possible thanks to the architectural articulation of a hardware device (sensor BIoTS) at the perception layer, with the Blockchain architecture at the application layer. This pairing makes an ecosystem with the ability to trace and certify in parallel the products, the supply chain processes, and the data recorded in it possible. The design of the security testing ecosystem is based on the theoretical and technical principles of cybersecurity. It is executed through mathematical models that define the probability of attacks’ success against the transmitted data’s integrity. The security tests performed allow for establishing that this BIoTS information transmission route is unlikely to suffer from transmission vulnerabilities and that it is not prone to security attacks against integrity. This work paves the way toward fully integrating Blockchain technology in dedicated IoT architectures.

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“…Blockchain technology can play a positive role in the circular economy and offer environmental and economic benefits to organizations because of its associated features like transparency, visibility, relationship management, and smart contracting (Khan et al, 2021). IoT-enabled Blockchain technology may smoothen the transactions process in the agri-food supply chains by reducing the number of intermediaries and increasing transaction pace, which is required in a country like India to handle food security issues (Patra et al, 2021).…”

Section: Blockchain Technology For Circular Economymentioning

confidence: 99%

Benchmarking the Interactions among Challenges for Blockchain Technology Adoption: A Circular Economy Perspective

Panghal

Sindhu

Dahiya

et al. 2022

Int. j. math. eng. manag. sci.

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The chances of food contamination and spoilage get enhanced as it passes through various stages, and prudent consumers often need transparency on the origin of food products, their production and processing facilities utilized. Blockchain, an emerging digital technology, offers food traceability solutions to consumers and supply chain partners. But presently, blockchain adoption in Indian supply chains is in the nascent stages. The present study identified the challenges of adopting blockchain technology in Indian food supply chains and modelled them using Interpretive Structural Modelling (ISM). As per the ISM, the ‘regulatory structure’ and ‘lack of realised need’ emerged as the most significant driving forces that impact other challenges, viz. ‘privacy breach issues’, ‘high costs’, ‘lack of skills’, ‘lack of technology’, ‘lack of trust’ and ‘lack of infrastructure’. These challenges have an impact on the ‘scalability problem’. The paper underlines the significance of enabling regulatory structure, improved information and communication technologies infrastructure, and convincing the supply chain stakeholders to use blockchain technology to resolve the underlying challenges and achieve its adoption and scalability in the Indian food industry.

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qIoTAgriChain: IoT Blockchain Traceability Using Queueing Model in Smart Agriculture

Cited by 8 publications

References 12 publications

From Linear to Circular: A Novel Approach of Integration of Blockchain in Agri-Food Chains and the SCOR Model Oriented to Logistics Reverse and Sustainable Development Goals

From Linear to Circular: A Novel Approach of Integration of Blockchain in Agri-Food Chains and the SCOR Model Oriented to Logistics Reverse and Sustainable Development Goals

BIoTS-Path: Certification Transmission of Supply Chains Based on Blockchain–Internet of Things Architectures by Validating the Information Path

Benchmarking the Interactions among Challenges for Blockchain Technology Adoption: A Circular Economy Perspective

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