Paul has been a contributing member of the cyber security community for over twenty-three (23) years, with expert level knowledge of security architecture and defense-in-depth design, critical infrastructure/industrial cyber, IoT, and IIoT. He has extensive cyber experience in the oil and gas, manufacturing, power utility, chemical, banking and telecommunications sector. In his current capacity as a Technical Product Security Leader, Digital Technology with Baker Hughes, a GE Company, Paul works closely with oil and gas, energy, and internal clients to integrate cyber security capabilities and strategies into their critical manufacturing and operating infrastructure lifecycles. His efforts enable customers and internal clients to weave defense-in-depth cyber strategies into the overall design of products and solutions, thereby contributing to the oil and gas industry’s ability to have a more defensible posture against some of the world’s most complex adversaries. Paul holds a Bachelor of Science degree from Texas A&M University in Political Science, with a minor in Business, a Master’s of Science in Administration of Justice and Security (Criminal Justice/Cyber fusion) from the University of Phoenix, and is an Alpha Phi Sigma (National Criminal Justice Honor Society) inductee since 2009. Mr. Brager is CISSP, GICSP and CISM certified, in addition to serving as an adjunct professor with the University of Phoenix, teaching cyber security courses within the IS&T program, and providing course module support to a number of education bodies including InfoSec Institute, and other related endeavors. He is currently involved as an ISA-99 Working Committee member, ICSJWG committee member and contributor, and is a member of ISA, InfraGard (O&G and Power Utility SIGs), OWASP, ISACA, ISC2, NSBE and various other focus groups and cyber-focused organizations. Paul has also provided commentary on a number of cyber security related podcasts and publications that provide insight into threats that may impact critical infrastructure and potential ways to manage them.