Subject: The National Research Council study of National Cryptography Policy To interested parties: The committee membership for the NRC's study of national cryptography policy has been finalized, and the project description and final list of committee membership is attached. I specifically call your attention to the part of the project description that invites members of the interested public to submit views on the questions the study will be addressing. The National Research Council appreciates your interest in this project. Please redistribute this message to anyone you think may be interested. A STUDY OF NATIONAL CRYPTOGRAPHY POLICY September 14, 1994 Cryptographic technologies are critical to a wide variety of important military and civilian applications involving sensitive or classified information that must be protected from unauthorized disclosure. In addition, cryptography is a key component of most authentication technologies, i.e., technologies to guarantee the identity of a message's sender. National cryptography policy has important implications for U.S. economic competitiveness, national security, law enforcement interests, and protection of the rights of private U.S. citizens. In an attempt to clarify some of the relevant policy issues, Public Law 103-160 (passed by the U.S. Congress in November 1993) called for a comprehensive study from the National Research Council on cryptographic technologies and national cryptography policy. The study will commence in the first week of October 1994. As this study proceeds, the committee will make all feasible attempts to solicit a wide range of input and commentary from interested parties. Input will be presented to the committee through a mix of briefings, presentations, consultations, invited and contributed papers, and testimony at regional public hearings. In addition, members of the interested public are invited to submit input to the committee as described below. The study plans to address the following issues: * the impact of current and possible future restrictions and standards regarding cryptographic technology on - the availability of such technology to foreign and domestic parties with interests hostile to or competitive with the national security, economic, commercial, and privacy interests of the U.S. government, U.S. industry, and private U.S. citizens; - the competitiveness of U.S. manufacturers of such technology in the international market; - the competitiveness and performance of commercial U.S. users of such technology; - U.S. national security and law enforcement interests; * the strength of various cryptographic technologies known and anticipated that are relevant for commercial and private purposes; * current and anticipated demand for information systems security based on cryptography; * the impact of foreign restrictions on the use of, importation of, and the market for cryptographic technology; * the extent to which current cryptography policy is adequate for protecting U.S. interests in privacy, public safety, national security, and economic competitiveness; * strengths and weaknesses of current key escrow implementation schemes; * how technology now and in the future can affect the feasible policy options for balancing the national security and law enforcement interests of government and the privacy and commercial interests of U.S. industry and private U.S. citizens; * recommendations for the process through which national security, law enforcement, commercial, and privacy interests are balanced in the formulation of national cryptography policy. The study will be conducted by a 17-member committee (listed at the end of this document) that collectively has expertise in computer and communications technology; cryptographic technologies and cryptanalysis; foreign, national security, and intelligence affairs; law enforcement; science policy; trade policy; commercial and business dimensions of computer technology (hardware and software vendors, users of cryptographic technologies); and interests in privacy and civil liberties. A subpanel of the full committee will be cleared at the SI level and have access to all relevant information to ensure that the findings, conclusions, and recommendations of the unclassified report are consistent with what is known in the classified world. The project plan calls for the study to be delivered approximately two years after full processing of all necessary security clearances. However, the NRC will make every attempt to deliver the study sooner, and it currently believes that the core work of the study will be completed about 18 to 20 months after funding for the study has been received. Additional time will be devoted to dissemination of the study report and follow-up activities. The final report of the study committee is subject to NRC review procedures that ensure the objectivity and integrity of all NRC reports. The main text of the report will be unclassified; classified annexes (if any) will be made available only to those with the appropriate security clearances. PROVIDING INPUT TO THE COMMITTEE The questions that the study is expected to examine are provided above. Members of the interested public are invited to submit their views on these questions and any other questions that you believe the committee should be addressing through either of the channels below. If desired, requests for personal presentations to the committee should be submitted through these channels as well; the committee will respond affirmatively to as many such requests as possible, but time and resource constraints will limit the number of such requests that can be honored. Internet: send comments and other correspondence to CRYPTO@NAS.EDU. U.S. Mail: Cryptography Project Computer Science and Telecommunications Board National Research Council Mail Stop HA-560 2101 Constitution Avenue, NW Washington, DC 20418 COMMITTEE TO STUDY NATIONAL CRYPTOGRAPHY POLICY Kenneth Dam, committee chair, was Deputy Secretary of State (1982- 1985) and is currently the Max Pam Professor of American and Foreign Law at the University of Chicago Law School. General W. Y. Smith, retired, committee vice-chair, is president emeritus of the Institute for Defense Analyses, and has also served in a number of military posts including that of deputy commander in chief of the U.S. European Command in Germany. Lee Bollinger, formerly dean of the University of Michigan Law School, is currently provost of Dartmouth College and a constitutional scholar. Ann Caracristi, retired, was Deputy Director of the National Security Agency (1980-1982). Benjamin Civiletti was U.S. Attorney General (1979-1981), and is currently in private practice with the law firm Venable, Baetjer, Howard and Civiletti. Colin Crook is senior technology officer for Citicorp. Samuel Fuller is vice president of corporate research at Digital Equipment Corporation. Leslie Gelb is president of the Council on Foreign Relations. He served as Assistant Secretary of State for Politico-Military Affairs (1977-1980). Ronald Graham is a director of information sciences at AT&T Bell Labs and a professor of mathematics at Rutgers University. Martin Hellman is professor of electrical engineering at Stanford University. Dr. Hellman was one of the inventors of public key encryption. Julius Katz is president of Hills & Company, and was deputy United States trade representative (1989-1993). Peter Neumann is principal scientist in the Computer Science Laboratory at SRI International. He is the chairman of the ACM committee on computers and public policy, and a member of the ACM study group on cryptography policy. Raymond Ozzie is president of Iris Associates, a wholly-owned subsidiary of the Lotus Development Corporation. Iris Associates is the developer of Lotus Notes. Kumar Patel is vice chancellor for research at UCLA. Edward Schmults was Deputy Attorney General of the United States (1981-1984) and is a former senior vice president for external relations and general counsel for the GTE Corporation. Elliot Stone is executive director of the Massachusetts Health Data Consortium, which is responsible for the collection and analysis of the state's large health care databases. Willis Ware, retired, is with the RAND Corporation as senior computer scientist emeritus. He chairs the Computer System Security and Privacy Advisory Board which was established by the Computer Security Act of 1987. STAFF AND ORGANIZATIONS Marjory Blumenthal is director of the Computer Science and Telecommunications Board (CSTB). Herbert Lin is study director and senior staff officer of the CSTB. Inquiries about this study should be directed to him at 202-334-3191 or via Internet at HLIN@NAS.EDU. The National Research Council (NRC) is the operating arm of the Academy complex, which includes the National Academy of Sciences, the National Academy of Engineering, and the Institute of Medicine. The NRC provides impartial and independent advice to the federal government and other policy makers, by applying top scientific and technical talent to answer questions of national significance. In addition, the NRC often acts as a neutral party in convening meetings among multiple stakeholders on various controversial issues, thereby facilitating the generation of consensus. Within the NRC, the CSTB considers technical and policy issues pertaining to computer science, telecommunications, and associated technologies as critical resources and sources of national economic strength. A list of CSTB publications is available on request to CSTB@NAS.EDU or by calling 202-334-2605.