Edited by Charles L. Manto and Stephanie A. Lokmer
Best Practices for High Impact Threats to Critical Infrastructure provides transcripts of the 2016 InfraGard National EMP SIG ™ (EMP SIG)™ sessions at the Dupont Summit and additional materials from the subsequent months. The conference also reviewed nationwide activities of the EMP SIG including the release of Powering Through. It is a planning guide for communities, companies, and government agencies to help prepare for and mitigate widespread prolonged infrastructure collapse.
The conference segments also reflect the work of EMP SIG members at the National Guard Bureau, the Society for Disaster Medicine and Public Health and the INCOSE Critical Infrastructure Protection and Recovery Working Group that provided key articles reprinted from the December 2016 INCOSE Journal Insight. The EMP Commission’s final letter to Congress and a Resilient Hospitals Handbook are also included.
InfraGard EMP SIG Publications:
Beginning December 2015, the EMP SIG developed a planning guide named Powering Through for organizations to use to enhance their own continuity of operations and disaster plans in light of the new National Space Weather Strategy and manmade EMP and cyber threats. Work is planned for 2016 for an expanded second edition. Copies can be ordered at: https://www.empcenter.org/publications/planning-guide/ This complements the Triple Threat Power Grid Exercise also published by Westphalia Press and Amazon.
Information on these planning materials and upcoming activities can also be acquired by contacting the EMP SIG at email@example.com. To join InfraGard and the EMP SIG, apply on the home page of InfraGard.org.
About the InfraGard National EMP SIG: The InfraGard National EMP SIG™ was formed in July 2011 for the purpose of sharing information about catastrophic threats to our nation’s critical infrastructure. The ultimate goal of the EMP SIG is to assist local communities to enhance their own resilience with a special emphasis on developing protected local infrastructure ranging from local power generation and energy storage to water and food production.