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Blockchain and IoT in Smart Agriculture: Analysis, Opportunities, Challenges, and Future Research Directions

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20 feb 2025

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Figure 1.

Recent Internet of Things (IoT) projects in smart agriculture
Recent Internet of Things (IoT) projects in smart agriculture

Figure 2.

Evolution of blockchain and internet of things research in smart agriculture
Evolution of blockchain and internet of things research in smart agriculture

Figure 3.

IoT and Blockchain progress in precision agriculture
IoT and Blockchain progress in precision agriculture

Figure 4.

Paper distribution of IoT and AI with Blockchain in agriculture
Paper distribution of IoT and AI with Blockchain in agriculture

Figure 5.

Global IoT architecture
Global IoT architecture

Figure 6.

Conventional 3-layer IoT architecture
Conventional 3-layer IoT architecture

Figure 7.

Conventional 5-layer IoT architecture
Conventional 5-layer IoT architecture

Figure 8.

IoT architecture based on Fog computing layer
IoT architecture based on Fog computing layer

Figure 9.

Hybrid IoT architecture: Fog / Edge / Cloud computing
Hybrid IoT architecture: Fog / Edge / Cloud computing

Figure 10.

System Architecture
System Architecture

Figure 11.

Hybrid IoT architecture: Fog/Edge/Cloud computing
Hybrid IoT architecture: Fog/Edge/Cloud computing

Figure 12.

Structure of blockchain
Structure of blockchain

Smartphone agricultural applications description

Applications Name Category
Precision Ag Apps Agriculture Calculator Apps Soil Sampling Agriculture Management Information Apps Commodity Pricing Apps News and Weather Information App
Farm Progress Growing Degree Days
Farm calculators
Ag PhD Soybean Diseases
Blend Calculators
Soil App
Farm Future
SOIL Sampler
Agri Zone
Farm Manager
Farma Partner
Agriapp
Farm Progress Growing
Ag mobile

Related existing research work based on the adoption of IoT and blockchain in precision agriculture

Survey Paper Year of Publication Use Case / Contributions Technology
[17] 2016 Smart security and monitoring devices for agricultural sector IoT
[3] 2017 AGRO-TECH : A digital model for monitoring soil and crops IoT/Blockchain Cloud Computing.
[20] 2021 Smart contract/Smart agriculture Blockchain /IoT
[21] 2021 The Digital Agricultural Revolution AI; Big Data;Cloud Computing; Robotics; IoT and Blockchain
[4] 2018 Green Agriculture System IoT and Processing Techniques
[18] 2018 Fog Computing Security Architecture IoT/Blockchain
[22] 2019 DeepChain Deep Learning with Blockchain
[19] 2019 A platform for agriculture smart contracts NEO blockchain
[6] 2020 Smart-Agriculture IoT
[23] 2020 Smart Indoor Farming Management System Assistant Robot and Mobile App
[24] 2021 Novel Hydration System for Smart Agriculture IoT
[10] 2021 BIoT : IoT-based system to monitor agricultural fields Blockchain based IoT
[25] 2021 Secure Trust Model Enable Smart agriculture Blockchain for Internet of Things
[26] 2022 Cyber-Security IoT based on ANN

Synthesis of research work on the adoption of blockchain in smart agriculture

Survey Paper Year of Publication Use Case / Contributions Technology
[15] 2017 Supply Chain Quality Management Blockchain
[35] 2017 Farm Overseeing/Monitoring system for water distributions Blockchain
[36] 2018 Supply Chain Double Blockchain chain system
[37] 2018 Farm Overseeing Blockchain
[38] 2019 Food Supply Chain Management Blockchain
[39] 2020 Supply Chain Management Blockchain
[40] 2021 Supply Chain Management Blockchain based system with IoT
[41] 2022 Supply Chain Management Blockchain
[42] 2022 Supply Chain System Blockchain

Comparison of IoT platforms [45][46]

Platform Name Microsoft IBM Amazon
IoT Hub IBM Watson IoT AWS IoT
Object Storage Yes Yes Yes
Device-Gateways Yes Yes Yes
Device_Protocols AMQP;HTTP MQTT Web Sockets
Device-Device SDK Open source SDK Yes Open SDK
Device_security TLS TLS X.509
Notifications and Alerts Yes Yes Yes
Big Data Yes with HD Insight ---- Yes with Amazon EMR
Machine Learning Yes/API (managed Service) ---- Yes
Analytics-Cold Path Yes Yes Yes
Analytics-Cold Path Yes Yes Yes
Visualization Yes Yes Yes
Field Service Integrations Manual/Partners Manual/Partners Manual/Partners

Synthesis of the various previous works for adoption of Internet of Things in smart agriculture

Survey Paper Year of Publication Use Case / Contributions Technology
[27] 2017 smart farming IoT
[28] 2018 Urban Smart Farming Device
[29] 2019 Precision Farming IoT
[23] 2020 Smart Indoor Farming (using robot and mobile app) IoT
[30] 2020 Smart farm and monitoring system IoT
[31] 2021 Smart farming IoT
[32] 2021 Smart farming environment Robotic and IoT
[33] 2022 Smart farming IoT
[34] 2022 Smart web of farms IoT

Comparison of blockchain platforms [51] [52]

Platform Name Ethereum Hyperledger Fabric Coco
Description of platform Generic blockchain platform Modular blockchain platform Blockchain ledger framework
Programming Language Solidity Go,Java Different languages for smart contracts
Governance Ethereum developers Linux Foundation Microsoft
Open source Yes Yes Yes
Consensus Mining based on Proof-of-Work ledger level Broad understanding of consensus that allows multiple approaches; Transaction Level Caesar consensus or other consensus algorithms
Smart Contracts Smart contract code Smart Contract code Enterprise smart Contract
Currency Ether Tokens via smart contract None Tokens Via chaincode None
Per missioning No Fine-grained permissions Coarse-grained permissions
Transaction Confirmation Time ~12 sec “Instantaneous” “Instantaneous”
Transaction Cost A fee must be paid No fee There’s a cost in credits currency
Privacy No Yes Yes
Idioma:
Inglés
Calendario de la edición:
6 veces al año
Temas de la revista:
Informática, Fundamentos de la informática, Informática teórica, Seguridad informática y criptología