A Maturity Model to Support Trust in Blockchain Solutions

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Session report

The blockchain maturity model (BMM) functions as a mechanism for government officials to understand the practicality and effectiveness of blockchain solutions. This model recognizes the issues facing government officials who may not have advanced technical knowledge to independently judge whether a specific claim by the solution provider is reliable. By utilizing BMM, officials can make full decisions based on information by introducing blockchain solutions in daily administrative operations.

BMM evaluators play an important role in the evaluation process to thoroughly analyze blockchain solutions from various angles. These evaluators represent a variety of aspects related to a specific blockchain solution, and spend a considerable amount of time to consider proposals in multiple angles. This strict evaluation guarantees a comprehensive understanding of solutions, reducing potential risks and increasing the overall efficiency and effectiveness of the introduction.

The combination of biometric authentication, blockchai n-based security cards, and other ID elements provide unique ways to identify individuals. This integrated approach has the potential to solve many possibilities, such as enabling seamless rule and financial applications, such as receiving pensions and secure participation in elections. These development greatly contribute to achieving sustainable development 16 goals focusing on peace, justice and strong systems.

Furthermore, by integrating zero knowledge technology, individuals can express their intentions anonymously, and the security layers are even thicker. This is a reality today, and it is possible to create an environment where people can participate in the decision process without fear of reaction or invasion by incorporating security measures today. < SPAN> Disclaimer This is not the official record of the IGF session. The DIPLOAI system automatically generates these resources from the audio visual record. The resource is displayed in the original format intended by AI (eg, including spell mistakes). The accuracy of these resources cannot be guaranteed. The archive of the official session can be viewed on the IGF official website.

The blockchain maturity model (BMM) functions as a mechanism for government officials to understand the practicality and effectiveness of blockchain solutions. This model recognizes the issues facing government officials who may not have advanced technical knowledge to independently judge whether a specific claim by the solution provider is reliable. By utilizing BMM, officials can make full decisions based on information by introducing blockchain solutions in daily administrative operations.

BMM evaluators play an important role in the evaluation process to thoroughly analyze blockchain solutions from various angles. These evaluators represent a variety of aspects related to a specific blockchain solution, and spend a considerable amount of time to consider proposals in multiple angles. This strict evaluation guarantees a comprehensive understanding of solutions, reducing potential risks and increasing the overall efficiency and effectiveness of the introduction.

The combination of biometric authentication, blockchai n-based security cards, and other ID elements provide unique ways to identify individuals. This integrated approach has the potential to solve many possibilities, such as enabling seamless rule and financial applications, such as receiving pensions and secure participation in elections. These development greatly contribute to achieving sustainable development 16 goals focusing on peace, justice and strong systems.

Furthermore, by integrating zero knowledge technology, individuals can express their intentions anonymously, and the security layers are even thicker. This is a reality today, and it is possible to create an environment where people can participate in the decision process without fear of reaction or invasion by incorporating security measures today. Disclaimer This is not the official record of the IGF session. The DIPLOAI system automatically generates these resources from the audio visual record. The resource is displayed in the original format intended by AI (eg, including spell mistakes). The accuracy of these resources cannot be guaranteed. The archive of the official session can be viewed on the IGF official website.

The blockchain maturity model (BMM) functions as a mechanism for government officials to understand the practicality and effectiveness of blockchain solutions. This model recognizes the issues facing government officials who may not have advanced technical knowledge to independently judge whether a specific claim by the solution provider is reliable. By utilizing BMM, officials can make full decisions based on information by introducing blockchain solutions in daily administrative operations.

BMM evaluators play an important role in the evaluation process to thoroughly analyze blockchain solutions from various angles. These evaluators represent a variety of aspects related to a specific blockchain solution, and spend a considerable amount of time to consider proposals in multiple angles. This strict evaluation guarantees a comprehensive understanding of solutions, reducing potential risks and increasing the overall efficiency and effectiveness of the introduction.

The combination of biometric authentication, blockchai n-based security cards, and other ID elements provide unique ways to identify individuals. This integrated approach has the potential to solve many possibilities, such as enabling seamless rule and financial applications, such as receiving pensions and secure participation in elections. These development greatly contribute to achieving sustainable development 16 goals focusing on peace, justice and strong systems.

Furthermore, by integrating zero knowledge technology, individuals can express their intentions anonymously, and the security layers are even thicker. This is a reality today, and it is possible to create an environment where people can participate in the decision process without fear of reaction or invasion by incorporating security measures today.

By adopting a blockchain solution, the central bank can interact with individuals directly and eliminates the need for financial intermediaries. This direct involvement streamlines the process and guarantees that important accounts related to poverty and economic development are individually managed by central banks in each country. This promotes financial inclination, supporting sustainable development targets 1, 8, and 10 focusing on the eradication of poverty, dysent work, and gaps.

The tw o-way process of BMM evaluation promotes knowledge sharing between the government and the solution provider. Through this exchange, the government will gain knowledge of new technical breakthroughs and match the actual needs and requirements of the government and private sector users. At the same time, solution providers can gain deeper understanding of the expectations and standards set by government officials, and develop solutions that meet their needs.

The government and the blockchain association are encouraged to further promote cooperation and knowledge. By joining this association, officials can develop common knowledge and create common products. This cooperation process is creative and challenging, enabling larger innovation and progress. This initiative contributes to a sustainable development goal 17 that emphasizes the importance of partnerships to achieve common goals.

In conclusion, the blockchain mature mature model, which performs a comprehensive analysis of blockchain solutions, offers valuable frameworks for government officials to make decisio n-making decisions. The integration of biological authentication, zero knowledge technology, and direct dialogue with the central bank will open new possibilities for governance, financial applications, and security. BMM evaluation processes and the participation in the government and the blockchain association will promote collaboration and knowledge sharing, enabling knowledge and products shared for individuals and society as a whole. By adopting a < SPAN> blockchain solution, the central bank can interact with individuals and eliminates the need for financial intermediaries. This direct involvement streamlines the process and guarantees that important accounts related to poverty and economic development are individually managed by central banks in each country. This promotes financial inclination, supporting sustainable development targets 1, 8, and 10 focusing on the eradication of poverty, dysent work, and gaps.

The tw o-way process of BMM evaluation promotes knowledge sharing between the government and the solution provider. Through this exchange, the government will gain knowledge of new technical breakthroughs and match the actual needs and requirements of the government and private sector users. At the same time, solution providers can gain deeper understanding of the expectations and standards set by government officials, and develop solutions that meet their needs.

The government and the blockchain association are encouraged to further promote cooperation and knowledge. By joining this association, officials can develop common knowledge and create common products. This cooperation process is creative and challenging, enabling larger innovation and progress. This initiative contributes to a sustainable development goal 17 that emphasizes the importance of partnerships to achieve common goals.

In conclusion, the blockchain mature mature model, which performs a comprehensive analysis of blockchain solutions, offers valuable frameworks for government officials to make decisio n-making decisions. The integration of biological authentication, zero knowledge technology, and direct dialogue with the central bank will open new possibilities for governance, financial applications, and security. BMM evaluation processes and the participation in the government and the blockchain association will promote collaboration and knowledge sharing, enabling knowledge and products shared for individuals and society as a whole. By adopting a blockchain solution, the central bank can interact with individuals directly and eliminates the need for financial intermediaries. This direct involvement streamlines the process and guarantees that important accounts related to poverty and economic development are individually managed by central banks in each country. This promotes financial inclination, supporting sustainable development targets 1, 8, and 10 focusing on the eradication of poverty, dysent work, and gaps.

The tw o-way process of BMM evaluation promotes knowledge sharing between the government and the solution provider. Through this exchange, the government will gain knowledge of new technical breakthroughs and match the actual needs and requirements of the government and private sector users. At the same time, solution providers can gain deeper understanding of the expectations and standards set by government officials, and develop solutions that meet their needs.

The government and the blockchain association are encouraged to further promote cooperation and knowledge. By joining this association, officials can develop common knowledge and create common products. This cooperation process is creative and challenging, enabling larger innovation and progress. This initiative contributes to a sustainable development goal 17 that emphasizes the importance of partnerships to achieve common goals.

In conclusion, the blockchain mature mature model, which performs a comprehensive analysis of blockchain solutions, offers valuable frameworks for government officials to make decisio n-making decisions. The integration of biological authentication, zero knowledge technology, and direct dialogue with the central bank will open new possibilities for governance, financial applications, and security. BMM evaluation processes and the participation in the government and the blockchain association will promote collaboration and knowledge sharing, enabling knowledge and products shared for individuals and society as a whole.

Blockchain technology does not guarantee correctness, but provides a reliable system to detect damage. Unlike generally believed, the blockchain is not immutable, and it is extremely difficult to damage, but rather an illusion. Rather than guarantee absolute correctness, blockchain provides verification and transparency, and users can verify the accuracy of data and documents.

In the blockchain network, individuals on the network can manage their data and monitor the interpretation. This level controls users, enhances the privacy of data, and follows the concept of data control and privacy in the edge. This promotes transparency and accountability on the network.

Paul F. Douding discusses the formation of a blockchain maturity model (BMM) that takes more than a year and a half in development. This model contains elements such as distribution, governance, identity, interoperability, performance, privacy, reliability, recovery, security infrastructure, sustainability, and synchronization. The concept, documentation, verification, production, and optimization are defined. Currently, only this model is evaluated.

The recovery and sustainability of the infrastructure are recognized as an important factor in the blockchain system. In addition to ensuring the completeness of the data, the blockchain system must be resistant to attacks and downtime and have a long life. These elements contribute to the overall execution and efficiency of blockchain technology.

The evaluation process that the Governor Blockchain Association (GBA) applies to blockchain solution providers provides reliability and guarantee. This allows the solution provider to prove that it corresponds to the requirements that are outlined in the use case. In addition, the evaluation process can benefit the buyers of blockchain solutions by providing independent evaluation that verifies the details, integrity, and objectivity of solutions.

The blockchain technology has the potential to function as a trading protocol by its distributed ledger technology. Just as the Internet revolutionized the communication, the blockchain can change the trading process and become indispensable for daily transactions. As a technology advancement, blockchain is likely to be seamlessly incorporated in various situations of user life and become invisible.

Understanding the technical aspects of the blockchain is essential for its different properties. The blockchain maturity model (BMM) is a valuable resource to understand the complexity of blockchain technology. Recognizing that blockchain contains a large number of complicated solutions makes effective introduction and use easier.

In summary, blockchain technology provides a reliable system that detects damage without guaranteeing correctness. Blockchain technology gives users the authority to manage data and enhances privacy. Blockchain maturity model (BMM) is useful for understanding and implementation. The recovery and sustainability of the infrastructure are important for the blockchain system. The GBA evaluation process brings profits to both solution providers and buyers. As a technology advancement, blockchain has the potential to be indispensable for transactions. Understanding technical aspects is essential for effective use.

This analysis focuses on the potential benefits of adopting blockchain technology in the public sector, especially from the viewpoint of strengthening services and promoting the reform of public sector. The speaker claimed that blockchain could improve the efficiency and transparency of medical services, and demonstrated it in a patient fund management use case. He also emphasized how the blockchain would be facilitating the provision of the public sector through various social protection programs implemented by the United Nations.

The speakers emphasize the importance of legislation to accelerate the adoption of blockchain technology. They emphasize the need to deal with distrust and establish clear communication with the government. By enacting laws that promote the introduction of blockchain technology, trust is built and the possibility of blockchain can be fully demonstrated. This perspective is in line with the relevant legal issues and the target of sustainable development that focuses on peace, justice and strong systems. Understanding the technical aspects of the < SPAN> blockchain is essential for its different properties. The blockchain maturity model (BMM) is a valuable resource to understand the complexity of blockchain technology. Recognizing that blockchain contains a large number of complicated solutions makes effective introduction and use easier.

In summary, blockchain technology provides a reliable system that detects damage without guaranteeing correctness. Blockchain technology gives users the authority to manage data and enhances privacy. Blockchain maturity model (BMM) is useful for understanding and implementation. The recovery and sustainability of the infrastructure are important for the blockchain system. The GBA evaluation process brings profits to both solution providers and buyers. As a technology advancement, blockchain has the potential to be indispensable for transactions. Understanding technical aspects is essential for effective use.

This analysis focuses on the potential benefits of adopting blockchain technology in the public sector, especially from the viewpoint of strengthening services and promoting the reform of public sector. The speaker claimed that blockchain could improve the efficiency and transparency of medical services, and demonstrated it in a patient fund management use case. He also emphasized how the blockchain would be facilitating the provision of the public sector through various social protection programs implemented by the United Nations.

The speakers emphasize the importance of legislation to accelerate the adoption of blockchain technology. They emphasize the need to deal with distrust and establish clear communication with the government. By enacting laws that promote the introduction of blockchain technology, trust is built and the possibility of blockchain can be fully demonstrated. This perspective is in line with the relevant legal issues and the target of sustainable development that focuses on peace, justice and strong systems. Understanding the technical aspects of the blockchain is essential for its different properties. The blockchain maturity model (BMM) is a valuable resource to understand the complexity of blockchain technology. Recognizing that blockchain contains a large number of complicated solutions makes effective introduction and use easier.

In summary, blockchain technology provides a reliable system that detects damage without guaranteeing correctness. Blockchain technology gives users the authority to manage data and enhances privacy. Blockchain maturity model (BMM) is useful for understanding and implementation. The recovery and sustainability of the infrastructure are important for the blockchain system. The GBA evaluation process brings profits to both solution providers and buyers. As a technology advancement, blockchain has the potential to be indispensable for transactions. Understanding technical aspects is essential for effective use.

This analysis focuses on the potential benefits of adopting blockchain technology in the public sector, especially from the viewpoint of strengthening services and promoting the reform of public sector. The speaker claimed that blockchain could improve the efficiency and transparency of medical services, and demonstrated in a patient fund management use case. He also emphasized how the blockchain would be facilitating the provision of the public sector through various social protection programs implemented by the United Nations.

The speakers emphasize the importance of legislation to accelerate the adoption of blockchain technology. They emphasize the need to deal with distrust and establish clear communication with the government. By enacting laws that promote the introduction of blockchain technology, trust is built and the possibility of blockchain can be fully demonstrated. This perspective is in line with the relevant legal issues and the target of sustainable development that focuses on peace, justice and strong systems.

It is also emphasized that partnership and collaboration are important for adopting blockchain technology in public sector. The speakers emphasize that in order to legislate blockchai n-related issues, there is a need for cooperation between various stakeholders. One of the speakers is a member of the African Congress Network for Internet Governance, further emphasizing the cooperation and the importance of partnerships to promote blockchain technology.

Lecturers argued that the United Nations should support hiring policies using blockchain technology to accelerate the achievement of sustainable development goals (SDGs), and are not currently connected to digital services. He emphasizes that the number is very large and states that digitalization and Internet governance are essential for the future. By utilizing blockchain, the United Nations can help eliminate this digital device and focus on partnerships for goals, and contribute to achieving SDGS9, which focuses on industry, innovation, and infrastructure. 。

The analysis emphasizes the role of the government blockchain association to strengthen global participation and consider the contribution of mult i-stakeholders. Lee Mac Knight is working on a sustainable development blockchain at the U. S. Ministry of Agriculture, and is one of the supports of the Sirakus University Faculty of Information. The association's abilities that promote global collaboration and integrate various perspectives are indispensable for blockchain development in the public sector.

However, concerns have been shown about the relationship between blockchain and cryptocurrency. The speaker pointed out that this relevance was distrustful and skeptical, and some people were losing. In order to gain the trust of the general public, we propose a way to separate blockchain from the cryptocurrency and emphasize the extent of blockchain technology beyond the application of cryptocurrency. < SPAN> It is also emphasized that partnerships and collaboration are important for adopting blockchain technology in the public sector. The speakers emphasize that in order to legislate blockchai n-related issues, there is a need for cooperation between various stakeholders. One of the speakers is a member of the African Congress Network for Internet Governance, further emphasizing the cooperation and the importance of partnerships to promote blockchain technology.

Lecturers argued that the United Nations should support hiring policies using blockchain technology to accelerate the achievement of sustainable development goals (SDGs), and are not currently connected to digital services. He emphasizes that the number is very large and states that digitalization and Internet governance are essential for the future. By utilizing blockchain, the United Nations can help eliminate this digital device and focus on partnerships for goals, and contribute to achieving SDGS9, which focuses on industry, innovation, and infrastructure. 。

The analysis emphasizes the role of the government blockchain association to strengthen global participation and consider the contribution of mult i-stakeholders. Lee Mac Knight is working on a sustainable development blockchain at the U. S. Ministry of Agriculture, and is one of the supports of the Sirakus University Faculty of Information. The association's abilities that promote global collaboration and integrate various perspectives are indispensable for blockchain development in the public sector.

However, concerns have been shown about the relationship between blockchain and cryptocurrency. The speaker pointed out that this relevance was distrustful and skeptical, and some people were losing. In order to gain the trust of the general public, we propose a way to separate blockchain from the cryptocurrency and emphasize the extent of blockchain technology beyond the application of cryptocurrency. It is also emphasized that partnership and collaboration are important for adopting blockchain technology in public sector. The speakers emphasize that in order to legislate blockchai n-related issues, there is a need for cooperation between various stakeholders. One of the speakers is a member of the African Congress Network for Internet Governance, further emphasizing the cooperation and the importance of partnerships to promote blockchain technology.

Lecturers argued that the United Nations should support hiring policies using blockchain technology to accelerate the achievement of sustainable development goals (SDGs), and are not currently connected to digital services. He emphasizes that the number is very large and states that digitalization and Internet governance are essential for the future. By utilizing blockchain, the United Nations can help eliminate this digital device and focus on partnerships for goals, and contribute to achieving SDGS9, which focuses on industry, innovation, and infrastructure. 。

The analysis emphasizes the role of the government blockchain association to strengthen global participation and consider the contribution of mult i-stakeholders. Lee Mac Knight is working on a sustainable development blockchain at the U. S. Ministry of Agriculture, and is one of the supports of the Sirakus University Faculty of Information. The association's abilities that promote global collaboration and integrate various perspectives are indispensable for blockchain development in the public sector.

However, concerns have been shown about the relationship between blockchain and cryptocurrency. The speaker pointed out that this relevance was distrustful and skeptical, and some people were losing. In order to gain the trust of the general public, we propose a way to separate blockchain from the cryptocurrency and emphasize the extent of blockchain technology beyond the application of cryptocurrency.

In conclusion, the analysis explores the potential of blockchain technology in the public sector, highlighting its ability to improve service delivery and promote public sector reform. It also highlights the importance of legislation, collaboration, and partnerships to realize these benefits. It calls on the United Nations to support policies that leverage blockchain to accelerate the achievement of the SDGs. It also discusses the role of the Government Blockchain Association in strengthening global participation and taking into account multi-stakeholder views. However, it also highlights the link between blockchain and cryptocurrencies, and the need to address building social trust.

The combination of artificial intelligence (AI) and blockchain is considered powerful, offering many benefits and addressing several concerns. One key benefit is the traceability and transparency that blockchain provides to AI systems. Blockchain makes it easier to trace the origin and movement of data used by AI algorithms, ensuring accountability and trust. In addition, AI systems can benefit from blockchain's ability to securely store and verify data, which can increase the reliability and integrity of the results they generate.

On the other hand, a major concern with AI is the black box problem, where the decision-making process of AI algorithms is often opaque and difficult to interpret. This lack of transparency raises concerns about ethics and accountability, as it becomes difficult to understand how and why an AI system makes a particular decision. The incorporation of blockchain technology can address this black box problem by providing a verifiable and immutable record of the inputs, outputs, and decision-making steps of an AI algorithm. This transparency brings more accountability and allows for better control over the behavior of AI systems.

However, AI also has a negative side. The main concern is the potential for misuse, where individuals with access to powerful AI solutions may use them for malicious purposes. Privacy concerns are also raised by the vast amount of personal data processed and analyzed by AI systems. Moreover, biased or unrepresentative training data used in AI algorithms can lead to biased results and perpetuate existing biases in society. This highlights the importance of implementing measures to ensure quality control and fairness of AI systems.

Another key issue is the limited participation of AI systems, because billions of people around the world do not have their data represented in the AI ​​system. This lack of participation is evident in the case of training language models such as Chat GPT. As a result, the representation of perspectives, cultures, and languages ​​in AI systems remains limited, which may lead to bias and incomplete understanding of the diversity of the world.

To address these challenges, strict AI standards are considered essential for transformative and inclusive development. Complemented by well-defined standards, the potential of AI can be harnessed to bring about remarkable transformations in various fields. Furthermore, integrating a wide range of data from diverse individuals and communities into AI systems can ensure representative results and avoid further marginalization.

In terms of privacy and data security, the combination of AI and blockchain offers a promising solution. The decentralized and secure nature of blockchain can be leveraged to protect sensitive information even when AI algorithms require access to the data for analysis. Techniques such as cloaking and encryption allow AI to utilize blockchain as a secure log, achieving effective privacy protection without compromising the practicality of AI systems.

In conclusion, the combination of AI and blockchain offers powerful opportunities, with blockchain providing traceability and transparency to AI systems and addressing the black box problem. However, concerns remain, such as misuse, privacy issues, bias, and limited integration. Rigorous AI standards are necessary to ensure transformative and inclusive growth, and blockchain integration can enhance privacy and data security in AI applications. By proactively addressing these challenges, society can embrace the potential of AI and blockchain while minimizing the associated risks.

Associate Professor Lee McKnight of the School of Information at Syracuse University is inviting individuals to participate in a class focused on blockchain for sustainable development for the United States Department of Agriculture. The project, conducted for the United States Department of Agriculture, aims to explore the potential of blockchain technology to achieve the Sustainable Development Goals in agriculture.

In another discussion, another speaker emphasizes the importance of interface between the Government Blockchain Association (GBA) and other countries. They suggest that becoming a member of gbaglobal. org promotes global exchanges and solves problems mentioned during the meeting. This highlights the importance of collaboration and global partnerships in using blockchain technology to achieve sustainable development goals.

Lee Mac Knight's invitation to classes has shown a commitment to integrate blockchain technology as an important agricultural sector for sustainable development in the world. With Mac Knight's expertise and the support of the US Ministry of Agriculture, the participants can gain valuable insights on what revolutions the blockchain will bring to agricultural practices and to achieve sustainable goals.

Meanwhile, speakers who support the participation in the Government Blockchain Association have acknowledged the need for collective efforts to promote solutions with sustainable developmental potential. The speakers believe that promoting membership to the GBA will nurture important global partnerships, and to share, solve problems, and innovate greater knowledge.

As a whole, these discussions are recognizing the possibility of blockchain that deals with sustainability, agriculture, and global collaboration. In order to utilize the transformation of blockchain and move forward to sustainable development goals, it is most important to incorporate various stakeholders such as academic and GBA.

Blockchain technology has recently attracted a lot of attention, which has led to the development of many applications. However, general users lack understanding of the architecture, which is the basis of these applications. The gap in this knowledge highlights the need to evaluate the robustness of technology by the stakeholders, such as companies and individuals, to evaluate the robustness of technology. < SPAN> In another discussion, another speaker emphasizes the importance of interface between the Government Blockchain Association (GBA) and other countries. They suggest that becoming a member of gbaglobal. org promotes global exchanges and solves problems mentioned during the meeting. This highlights the importance of collaboration and global partnerships in using blockchain technology to achieve sustainable development goals.

Lee Mac Knight's invitation to classes has shown a commitment to integrate blockchain technology as an important agricultural sector for sustainable development in the world. With Mac Knight's expertise and the support of the US Ministry of Agriculture, the participants can gain valuable insights on what revolutions the blockchain will bring to agricultural practices and to achieve sustainable goals.

Meanwhile, speakers who support the participation in the Government Blockchain Association have acknowledged the need for collective efforts to promote solutions with sustainable developmental potential. The speakers believe that promoting membership to the GBA will nurture important global partnerships, and to share, solve problems, and innovate greater knowledge.

As a whole, these discussions are recognizing the possibility of blockchain that deals with sustainability, agriculture, and global collaboration. In order to utilize the transformation of blockchain and move forward to sustainable development goals, it is most important to incorporate various stakeholders such as academic and GBA.

Blockchain technology has recently attracted a lot of attention, which has led to the development of many applications. However, general users lack understanding of the architecture, which is the basis of these applications. The gap in this knowledge highlights the need to evaluate the robustness of technology by the stakeholders, such as companies and individuals, to evaluate the robustness of technology. In another discussion, another speaker emphasizes the importance of interface between the Government Blockchain Association (GBA) and other countries. They suggest that becoming a member of gbaglobal. org promotes global exchanges and solves problems mentioned during the meeting. This highlights the importance of collaboration and global partnerships in using blockchain technology to achieve sustainable development goals.

Lee Mac Knight's invitation to classes has shown a commitment to integrate blockchain technology as an important agricultural sector for sustainable development in the world. With Mac Knight's expertise and the support of the US Ministry of Agriculture, the participants can gain valuable insights on what revolutions the blockchain will bring to agricultural practices and to achieve sustainable goals.

Meanwhile, speakers who support the participation in the Government Blockchain Association have acknowledged the need for collective efforts to promote solutions with sustainable developmental potential. The speakers believe that promoting membership to the GBA will nurture important global partnerships, and to share, solve problems, and innovate greater knowledge.

As a whole, these discussions are recognizing the possibility of blockchain that deals with sustainability, agriculture, and global collaboration. In order to utilize the transformation of blockchain and move forward to sustainable development goals, it is most important to incorporate various stakeholders such as academic and GBA.

Blockchain technology has recently attracted a lot of attention, which has led to the development of many applications. However, general users lack understanding of the architecture, which is the basis of these applications. The gap in this knowledge highlights the need to evaluate the robustness of technology by the stakeholders, such as companies and individuals, to evaluate the robustness of technology.

In order to deal with this, an objective evaluation system has been proposed to evaluate the reliability of blockchain solutions. This evaluation system consists of 11 standards, such as scalability, decentralization, privacy, and resilience for unexpected situations. By evaluating these elements, stakeholders can get a comprehensive perspective on the robustness of the blockchain solution, and make a decision based on information.

Blockchain technology is excellent in tracking data history and source, but does not guarantee the accuracy of the original data. If you rely on a blockchain to record and verify information, you need to consider this limit. Despite these limits, blockchain technology is proven that it is worthwhile to create, track, copyright, and establish the author. Use in these fields enables digital content authentication and verification, ensuring transparency and integrity.

The introduction of blockchain solutions is concerned about related legal issues and privacy. Legal experts and legal frameworks must continue to focus on dealing with new tasks in this rapid evolving technology. Furthermore, the fusion of blockchain, artificial intelligence (AI), and the Internet (IoT) of things has tended to patent the invention at this intersection. However, this trend may lead to patent infringement lawsuits, highlighting the need for comprehensive intellectual property strategies.