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In this session, we'll have a presentation, discussion and Q&A about what blockchain interoperability is and why it is important to the future of decentralized technologies.

Speaker Peter Somogyvari, Maintainer of Hyperledger Cacti

Thanks to Morgan State Fintech Center for organizing these seminars with LF Decentralized Trust.

In this session, we'll have a presentation, discussion and Q&A about what blockchain interoperability is and why it is important to the future of decentralized technologies.

Speaker Peter Somogyvari, Maintainer of Hyperledger Cacti

Thanks to Morgan State Fintech Center for organizing these seminars with LF Decentralized Trust.

In this session, we'll have a presentation, discussion and Q&A about what blockchain interoperability is and why it is important to the future of decentralized technologies.

Speaker Peter Somogyvari, Maintainer of Hyperledger Cacti

Thanks to Morgan State Fintech Center for organizing these seminars with LF Decentralized Trust.

In this session, we'll have a presentation, discussion and Q&A about what blockchain interoperability is and why it is important to the future of decentralized technologies.

Speaker Peter Somogyvari, Maintainer of Hyperledger Cacti

Thanks to Morgan State Fintech Center for organizing these seminars with LF Decentralized Trust.

In this workshop, participants will delve into the realm of blockchain and distributed ledger technology (DLT) interoperation by exploring the implementation of the IETF Secure Asset Transfer Protocol (SATP) within Hyperledger Cacti. The workshop will provide a comprehensive understanding of the concepts, architecture, and practical implementation aspects involved in standardizing the transfer of digital assets between diverse blockchain networks.

Workshop Leaders:

• Venkatraman Ramakrishna, Senior Researcher at IBM
• Peter Somogyvari, Software Product Architect at Accenture
• Rafael Belchior, Ph.D. Student, Information Systems and Computer Engineering at INESC-ID & Técnico Lisboa, Portugal

Key Topics Covered:

1. Introduction to Hyperledger Cacti: Participants will gain insights into the functionality and architecture of Hyperledger Cacti, a platform facilitating digital asset transfers between different blockchain and DLT networks.
2. Overview of SATP: A detailed examination of the Secure Asset Transfer Protocol (SATP) developed under the auspices of the IETF. Participants will understand the significance of SATP in enabling seamless asset transfers between peer gateways across disparate networks.
3. Integration of SATP with Cacti: The workshop will focus on the implementation of the SATP draft specifications within the Hyperledger Cacti framework.
4. Demonstration of Asset Transfers: Practical demonstrations will showcase secure digital asset transfers using SATP within the Hyperledger Cacti environment. Participants will observe sample protocols in action and gain hands-on experience in executing cross-network asset transfers.

Workshop Objectives:

• Understand the challenges of blockchain/DLT interoperation and the role of standardized protocols in addressing them.
• Gain proficiency in using the SATP reference implementations within the Hyperledger Cacti ecosystem.
• Explore real-world use cases and scenarios for cross-network asset transfers facilitated by SATP.
• Contribute to the ongoing standardization efforts of SATP within the IETF framework through active participation and feedback.

Target Audience: This workshop is designed for developers, blockchain enthusiasts, and enterprise stakeholders interested in enhancing their understanding of DLT interoperation and standardized asset transfer protocols. Prior knowledge of blockchain concepts and familiarity with Hyperledger Cacti will be beneficial but not mandatory.

Pre-requisites:

• Basic understanding of blockchain and distributed ledger technology.
• Familiarity with basic computer programming principles.
• Access to a development environment with
• Docker or other container engine installed
• At least 16 GB of RAM installed
• Proficiency in using command-line interfaces for executing setup and testing instructions.

Join us for an immersive journey into the world of blockchain interoperability and learn how Hyperledger Cacti, coupled with the SATP standard, is shaping the future of digital asset transfers across diverse networks.

In this workshop, participants will delve into the realm of blockchain and distributed ledger technology (DLT) interoperation by exploring the implementation of the IETF Secure Asset Transfer Protocol (SATP) within Hyperledger Cacti. The workshop will provide a comprehensive understanding of the concepts, architecture, and practical implementation aspects involved in standardizing the transfer of digital assets between diverse blockchain networks.

Workshop Leaders:

• Venkatraman Ramakrishna, Senior Researcher at IBM
• Peter Somogyvari, Software Product Architect at Accenture
• Rafael Belchior, Ph.D. Student, Information Systems and Computer Engineering at INESC-ID & Técnico Lisboa, Portugal

Key Topics Covered:

1. Introduction to Hyperledger Cacti: Participants will gain insights into the functionality and architecture of Hyperledger Cacti, a platform facilitating digital asset transfers between different blockchain and DLT networks.
2. Overview of SATP: A detailed examination of the Secure Asset Transfer Protocol (SATP) developed under the auspices of the IETF. Participants will understand the significance of SATP in enabling seamless asset transfers between peer gateways across disparate networks.
3. Integration of SATP with Cacti: The workshop will focus on the implementation of the SATP draft specifications within the Hyperledger Cacti framework.
4. Demonstration of Asset Transfers: Practical demonstrations will showcase secure digital asset transfers using SATP within the Hyperledger Cacti environment. Participants will observe sample protocols in action and gain hands-on experience in executing cross-network asset transfers.

Workshop Objectives:

• Understand the challenges of blockchain/DLT interoperation and the role of standardized protocols in addressing them.
• Gain proficiency in using the SATP reference implementations within the Hyperledger Cacti ecosystem.
• Explore real-world use cases and scenarios for cross-network asset transfers facilitated by SATP.
• Contribute to the ongoing standardization efforts of SATP within the IETF framework through active participation and feedback.

Target Audience: This workshop is designed for developers, blockchain enthusiasts, and enterprise stakeholders interested in enhancing their understanding of DLT interoperation and standardized asset transfer protocols. Prior knowledge of blockchain concepts and familiarity with Hyperledger Cacti will be beneficial but not mandatory.

Pre-requisites:

• Basic understanding of blockchain and distributed ledger technology.
• Familiarity with basic computer programming principles.
• Access to a development environment with
• Docker or other container engine installed
• At least 16 GB of RAM installed
• Proficiency in using command-line interfaces for executing setup and testing instructions.

Join us for an immersive journey into the world of blockchain interoperability and learn how Hyperledger Cacti, coupled with the SATP standard, is shaping the future of digital asset transfers across diverse networks.

In this workshop, participants will delve into the realm of blockchain and distributed ledger technology (DLT) interoperation by exploring the implementation of the IETF Secure Asset Transfer Protocol (SATP) within Hyperledger Cacti. The workshop will provide a comprehensive understanding of the concepts, architecture, and practical implementation aspects involved in standardizing the transfer of digital assets between diverse blockchain networks.

Workshop Leaders:

• Venkatraman Ramakrishna, Senior Researcher at IBM
• Peter Somogyvari, Software Product Architect at Accenture
• Rafael Belchior, Ph.D. Student, Information Systems and Computer Engineering at INESC-ID & Técnico Lisboa, Portugal

Key Topics Covered:

1. Introduction to Hyperledger Cacti: Participants will gain insights into the functionality and architecture of Hyperledger Cacti, a platform facilitating digital asset transfers between different blockchain and DLT networks.
2. Overview of SATP: A detailed examination of the Secure Asset Transfer Protocol (SATP) developed under the auspices of the IETF. Participants will understand the significance of SATP in enabling seamless asset transfers between peer gateways across disparate networks.
3. Integration of SATP with Cacti: The workshop will focus on the implementation of the SATP draft specifications within the Hyperledger Cacti framework.
4. Demonstration of Asset Transfers: Practical demonstrations will showcase secure digital asset transfers using SATP within the Hyperledger Cacti environment. Participants will observe sample protocols in action and gain hands-on experience in executing cross-network asset transfers.

Workshop Objectives:

• Understand the challenges of blockchain/DLT interoperation and the role of standardized protocols in addressing them.
• Gain proficiency in using the SATP reference implementations within the Hyperledger Cacti ecosystem.
• Explore real-world use cases and scenarios for cross-network asset transfers facilitated by SATP.
• Contribute to the ongoing standardization efforts of SATP within the IETF framework through active participation and feedback.

Target Audience: This workshop is designed for developers, blockchain enthusiasts, and enterprise stakeholders interested in enhancing their understanding of DLT interoperation and standardized asset transfer protocols. Prior knowledge of blockchain concepts and familiarity with Hyperledger Cacti will be beneficial but not mandatory.

Pre-requisites:

• Basic understanding of blockchain and distributed ledger technology.
• Familiarity with basic computer programming principles.
• Access to a development environment with
• Docker or other container engine installed
• At least 16 GB of RAM installed
• Proficiency in using command-line interfaces for executing setup and testing instructions.

Join us for an immersive journey into the world of blockchain interoperability and learn how Hyperledger Cacti, coupled with the SATP standard, is shaping the future of digital asset transfers across diverse networks.

Our presenters will demonstrate how to create, test and demo an application from scratch using the second major release of the Hyperledger Cacti blockchain interoperability framework.

Prior to the hands-on section of the workshop, we'll quickly introduce the basic concepts, theories and constraints behind the problem space and implementation.

The application we'll be building will use atomic transactions across ledgers and come with a very simple graphical user interface in the interest of easy demonstration.

More specifically our use-case will focus on interoperability challenges in the specific domain of the emerging regulated financial networks, as described in the Harmonia lab.

This is a hands-on workshop where all the attendees will have the opportunity to follow along with the presenters as the application gets created, tested and demonstrated, but it will also be very informative for atendees who just wish to observe the work and the theoretical ideas powering the implementation.

Preparation:

For attendees who plan on following along with the implementation: we recommend relatively strong hardware (as of 2023) to be on hand with at least 32 GB RAM and Docker, Docker Compose installed and in working condition. Operating system environments in order of preference:

• Ubuntu-22.04
• Windows Sub-system Linux v2 (Windows 11 WSL 2)
• macOS (Intel CPU)

Speakers:

• Dominic Fox\, Principal Software Engineer @ R3 \| Distributed Ledger Technology
• Peter Munnings, Co-Founder at Adhara
• Peter Somogyvari, Software Product Architect - Manager at Accenture

Our presenters will demonstrate how to create, test and demo an application from scratch using the second major release of the Hyperledger Cacti blockchain interoperability framework.

Prior to the hands-on section of the workshop, we'll quickly introduce the basic concepts, theories and constraints behind the problem space and implementation.

The application we'll be building will use atomic transactions across ledgers and come with a very simple graphical user interface in the interest of easy demonstration.

More specifically our use-case will focus on interoperability challenges in the specific domain of the emerging regulated financial networks, as described in the Harmonia lab.

This is a hands-on workshop where all the attendees will have the opportunity to follow along with the presenters as the application gets created, tested and demonstrated, but it will also be very informative for atendees who just wish to observe the work and the theoretical ideas powering the implementation.

Preparation:

For attendees who plan on following along with the implementation: we recommend relatively strong hardware (as of 2023) to be on hand with at least 32 GB RAM and Docker, Docker Compose installed and in working condition. Operating system environments in order of preference:

• Ubuntu-22.04
• Windows Sub-system Linux v2 (Windows 11 WSL 2)
• macOS (Intel CPU)

Speakers:

• Dominic Fox\, Principal Software Engineer @ R3 \| Distributed Ledger Technology
• Peter Munnings, Co-Founder at Adhara
• Peter Somogyvari, Software Product Architect - Manager at Accenture

Our presenters will demonstrate how to create, test and demo an application from scratch using the second major release of the Hyperledger Cacti blockchain interoperability framework.

Prior to the hands-on section of the workshop, we'll quickly introduce the basic concepts, theories and constraints behind the problem space and implementation.

The application we'll be building will use atomic transactions across ledgers and come with a very simple graphical user interface in the interest of easy demonstration.

More specifically our use-case will focus on interoperability challenges in the specific domain of the emerging regulated financial networks, as described in the Harmonia lab.

This is a hands-on workshop where all the attendees will have the opportunity to follow along with the presenters as the application gets created, tested and demonstrated, but it will also be very informative for atendees who just wish to observe the work and the theoretical ideas powering the implementation.

Preparation:

For attendees who plan on following along with the implementation: we recommend relatively strong hardware (as of 2023) to be on hand with at least 32 GB RAM and Docker, Docker Compose installed and in working condition. Operating system environments in order of preference:

• Ubuntu-22.04
• Windows Sub-system Linux v2 (Windows 11 WSL 2)
• macOS (Intel CPU)

Speakers:

• Dominic Fox\, Principal Software Engineer @ R3 \| Distributed Ledger Technology
• Peter Munnings, Co-Founder at Adhara
• Peter Somogyvari, Software Product Architect - Manager at Accenture

Our presenters will demonstrate how to create, test and demo an application from scratch using the second major release of the Hyperledger Cacti blockchain interoperability framework.

Prior to the hands-on section of the workshop, we'll quickly introduce the basic concepts, theories and constraints behind the problem space and implementation.

The application we'll be building will use atomic transactions across ledgers and come with a very simple graphical user interface in the interest of easy demonstration.

More specifically our use-case will focus on interoperability challenges in the specific domain of the emerging regulated financial networks, as described in the Harmonia lab.

This is a hands-on workshop where all the attendees will have the opportunity to follow along with the presenters as the application gets created, tested and demonstrated, but it will also be very informative for atendees who just wish to observe the work and the theoretical ideas powering the implementation.

Preparation:

For attendees who plan on following along with the implementation: we recommend relatively strong hardware (as of 2023) to be on hand with at least 32 GB RAM and Docker, Docker Compose installed and in working condition. Operating system environments in order of preference:

• Ubuntu-22.04
• Windows Sub-system Linux v2 (Windows 11 WSL 2)
• macOS (Intel CPU)

Speakers:

• Dominic Fox\, Principal Software Engineer @ R3 \| Distributed Ledger Technology
• Peter Munnings, Co-Founder at Adhara
• Peter Somogyvari, Software Product Architect - Manager at Accenture