Companies with significant amounts of sensitive stored data – whether stored on site or in the cloud -- should begin to invest in emerging quantum-resistant data storage, key management, and multiple encryption technologies.
Advisor at Theon Technology
Bryan Cunningham is the first Executive Director of UCI’s multidisciplinary Cybersecurity Policy & Research Institute, where he focuses on solution-oriented strategies addressing technical, legal and policy challenges to combat cyber threats, protect individual privacy and civil liberties, maintain public safety and economic and national security and empower Americans to take better control of their digital security. Cunningham is a leading international expert on cybersecurity law and policy, a former White House lawyer and adviser and a media commentator on cybersecurity, technology and surveillance issues. Cunningham has extensive experience in senior U.S. government intelligence and law enforcement positions. He served as Deputy Legal Adviser to then-National Security Advisor Condoleezza Rice. He also served six years in the Clinton Administration as a senior CIA officer and federal prosecutor. He drafted significant portions of the Homeland Security Act and related legislation, helping to shepherd them through Congress. He was a principal contributor to the first National Strategy to Secure Cyberspace, worked closely with the 9/11 Commission and provided legal advice to the President, National Security Advisor, the National Security Council, and other senior government officials on intelligence, terrorism, cyber security and other related matters. Cunningham also practices privacy, cybersecurity, and data protection law at the Los Angeles law firm Zweiback, Fiset, & Coleman LLP. Mr. Cunningham was founding vice-chair of the American Bar Association Cyber Security Privacy Task Force and was awarded the National Intelligence Medal of Achievement for his work on information issues. He has served on the National Academy of Sciences Committee on Biodefense Analysis, the Markle Foundation Task Force on National Security in the Information Age and the Bipartisan Policy Center’s Cyber Security Task Force. He is also the principal author of legal and ethics chapters in several cybersecurity textbooks.
None of the candidate encryption algorithms to counter the threat of quantum computing are intended for the massive amounts of sensitive data stored “at rest”. Instead they are intended to replace those currently used for: (1) data in transit over the public internet; and (2) digital signatures used for authentication.
