The panel will discuss process, landscape, and do a deep dive of the underlying cryptography. The Panel will discuss current and past cryptography role outs.

Charles Robinson will discuss what this means for SAP program managers and how they can effectively plan for the upcoming migration to post quantum cryptography. What does this mean for the SAP community?ĭr. The executive branch has released NSM-10. The National Security Agency has announced the Commercial National Security Algorithm (CNSA) Suite 2.0. The National Institute of Standards (NIST) has released several Post Quantum Cryptographic Algorithms planned for standardization in 2024. Additionally, the USSF team designed and implemented a cutting-edge data management capability that enforces Zero Trust access to data assets leveraging a cloud-based architecture. To accelerate data sharing to mission teams in a Common SAP across classification fabrics and disparate networks, USSF built a highly scalable, multi-tenant, ATO’d environment – empowering program teams to migrate critical mission workloads to the cloud while maintaining logical separation of those workloads. This problem is complex, but with the right tools it is solvable. Additionally, implementing a fully comprehensive Zero Trust Architecture is paramount. Providing holistic data processing in SAP environments presents three major challenges: data transfer across and between classification fabrics, data access governance, and multi-tenancy. Feature gaps in pre-existing cloud capabilities within SAP environments further inhibit Guardians and other teams from efficiently leveraging cutting-edge technological capabilities to satisfy mission requirements, such as real-time data streaming, access to native cloud resources, and multi-cloud capabilities. To overcome these limitations, mission teams must currently develop custom tools and rely on manual processing of information to aggregate data and inform decisions. Disparate data sources, networks, and classification levels currently make it impossible for users in SAP and CAP environments to view data within a single standardized and normalized lens, limiting mission agility and increasing the time between data ingest and incorporation into command decisions. Those defending our nation depend on access to accurate, timely information – and must manage large amounts of data from more sources now than at any other point in history. They will also recognize the pivotal role of international collaboration and blockchain integration in bolstering national security efforts across evolving global challenges. Challenges, considerations, future prospects, and recommendations for blockchain adoption in cybersecurity and defense form vital segments of the discourse, ultimately underlining the significance of embracing emerging technologies like blockchain to empower warfighters and enhance national security in an ever-evolving digital landscape.Īudiences will gain a comprehensive understanding of how blockchain technology can effectively address blockchain-enabled threats and enable the geolocation of threat actors in the realm of cybersecurity and defense. International collaboration and the integration of blockchain-based intelligence into defense strategies are discussed as well.

This includes a deep dive into using blockchain for geolocating threat actors and tracking illicit activities. The role of blockchain technology in countering these threats is then elucidated, showcasing its characteristics like decentralization and transparency. The evolving threat landscape involving strategic competitors, rogue nations, and terrorist groups is examined, with a particular emphasis on their exploitation of cryptocurrencies for illicit activities. In this discussion, we will explore blockchain’s potential in addressing challenges faced by our warfighters.

Chainalysis has a commitment to creating a safer environment for all who enter the world of Web3. Web3 is all about innovation and collaboration – but with that comes heightened risks.

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