BCSC 41 4 final

Summary

Jordan Kesner, leader of the Emergency Management Group for the GBA, discusses the integration of physical and digital domains to enhance critical infrastructure security. Specializing in Mosaic Warfare and joint command and control, Kesner's group uses blockchain technology to create transparency, efficiency, and security in emergency management. They aim to prevent and mitigate crises like active shooters by coordinating instantaneous responses across various sectors, leveraging post-quantum encryption and blockchain for data integrity and operational resilience.

Takeaways

• 👨‍💼 Jordan Kesner is the leader of the Emergency Management Group for the GBA, with experience in blockchain technology since 2012.
• 🔗 Their work focuses on merging the physical and digital realms, particularly in critical infrastructure such as nuclear sites, ports, and local municipalities.
• 🛡️ The group specializes in Mosaic Warfare and joint all domain command and control, aiming for coordinated, autonomous, and human-in-the-loop efforts.
• 🤝 They aim for real-time coordination among various entities, including local first responders, to respond to emergencies like active shooters.
• 💡 They utilize different technologies, including post-quantum encryption and ballistic film for window protection, to enhance security.
• 🔗 Blockchain is used to write grant proposals, collect real-world data, and implement solutions for transparency, efficiency, and security.
• 🏛️ The blockchain maturity model is being developed to create standards for integrating blockchain into various sectors.
• 🌐 The group is involved in creating a common operating picture software for schools, weapon recognition over camera systems, and other security measures.
• 🔑 Post-quantum encryption is emphasized to secure data packets and ensure the integrity of information shared among emergency responders.
• 🌐 They work towards creating a blockchain-based ecosystem for distributed, simultaneous, and orchestrated responses to various emergency scenarios.
• 📈 There's an ongoing effort to adopt blockchain in the US, with potential for significant impact on emergency management and critical infrastructure.

Q & A

Who is Jordan Kesner and what is his role in the Emergency Management Group?

Jordan Kesner is the leader of the Emergency Management Group regarding the GBA. He has been involved with blockchain technology since around 2012.

What does the Emergency Management Group specialize in?

The Emergency Management Group specializes in merging the physical and digital aspects of critical infrastructure, focusing on Mosaic Warfare and joint all domain command and control.

What is Mosaic Warfare and how does it relate to the Emergency Management Group's work?

Mosaic Warfare refers to a battlefield IoT network where each individual element, like a radio, sensor, or person, is a part of a larger mosaic. The Emergency Management Group uses this concept to create adaptable systems for emergency response.

How does the group aim to achieve coordination in emergency responses?

The group aims to achieve coordination by integrating various technologies and systems to ensure that local first responders and other individuals can respond instantaneously to emergencies.

What is the significance of using blockchain technology in the Emergency Management Group's operations?

Blockchain technology is used to create transparency, efficiency, and security within critical infrastructure. It also helps in managing grants, writing grant proposals, and ensuring data provenance and trustworthiness.

What is the blockchain maturity model mentioned in the script?

The blockchain maturity model is a framework for creating standards within various sectors to facilitate the integration and adoption of blockchain technology.

How does the group use technology to enhance the security of physical infrastructure like schools?

The group uses technology such as common operating picture software, weapon recognition over existing camera systems, and postquantum encryption to enhance the security of physical infrastructure like schools.

What is the role of postquantum encryption in the group's operations?

Postquantum encryption is used to secure data packets and ensure that all information linked to first responders meets the requirements of the Department of Homeland Security and other relevant entities.

How does the group plan to use blockchain to improve emergency management?

The group plans to use blockchain to improve emergency management by creating a trusted and transparent ecosystem that allows for distributed, simultaneous, and orchestrated responses to various emergency scenarios.

What challenges does the group face in implementing blockchain technology in emergency management?

Challenges include leadership and understanding of blockchain technology, data provenance, and adoption of solutions by various stakeholders and government officials.

How does the group envision the future integration of blockchain in emergency management infrastructure?

The group envisions that blockchain will be integrated into the infrastructure similar to how fiber optics are managed, with state and local leaders leading the way, and businesses building on top of that infrastructure.