b'L D R D S U C C E S S S T O R Y INLs All-hazards Analysis software provides a framework and a methodology for mapping the relationships among vital and vulnerable assets. What started as an LDRD project has blossomed into a continually evolving platform supporting a wide spectrum of resilience research, continuity of operations planning, and disaster response. All-hazards Analysis uses machine-learning-enabled processes to integrate facility and systems information and uncertainty measures into a decision support and gaps analysis framework.Assisting with the national strategy to secureF Y 2 0 I M PA C Tfifth generation mobile networks (5G) Researchers conducted the initial proof-of-principle to show that a radio frequency (RF) sensor INL has built a team from multiple institutions to provide S&T inputsnetwork within a cabinet full of equipment can detect to the U.S. departments of Defense, Homeland Security, and Justice inattempts to gain access to the inside of the cabinet. The resultsaddition to DOE. This includes participation in key advisory panels andhave applications related to safeguarding the monitoring cabinets task forces, such as the White House Office of Science and Technologydeployed by DOE and the International Atomic Energy AgencyPolicys Wireless Spectrum Research and Development Interagencyfor nuclear compliance.Working Group and Office of Undersecretary of Defense Research and Engineering 5G Initiative. INL is expanding its initial 5G research lab-scale assets to industry-scale environments as technology becomes available. INL provides an independent technical validation authority for secure implementation and environment sensing capabilities. This is part of a long-term strategic plan to transform INLs Wireless Test Bed into a nationally recognized 5G Test Range.Researchers developed novel sensor technology to detect intrusion and hacking of nuclear treaty compliance systems.INL researchers are ensuring secure and resilient wireless devices, networks, and spectrum, for 5G and beyond.17'