Middle East & North Africa

In March, the Justice Department unsealed an indictment against seven Iranians for hacking the U.S. financial sector and a dam in New York. In doing so, it also clarified what information security officials have argued for years: that the vast majority of hacks exploit known vulnerabilities.

Join Dan Meridor, former Chairman of the Foreign Affairs and Defense Committee of the Knesset, former Chairman of the committee which wrote the report on the Israel Defense Doctrine, and former Minister of Intelligence and Atomic Energy, for a three-session study group on Israel's Defense in the Changing Middle East in November.

"In little more than a generation, the Internet has become the substrate of the global economy and governance worldwide. Several billion more human users will be added in the next decade, as will tens of billions of devices, ranging from thermostats to industrial control systems (the 'Internet of Things'). All of this burgeoning interdependence implies vulnerabilities that governments and non-governmental actors can exploit. At the same time, we are only beginning to come to terms with the national-security implications of this. Strategic studies of the cyber domain resemble nuclear strategy in the 1950s: analysts are still not clear about the meaning of offense, defense, deterrence, escalation, norms, and arms control."

On April 28, the Project on Managing the Atom joined the James Martin Center for Nonproliferation Studies at the Middlebury Institute of International Studies at Monterey, The Netherlands government, and the United Nations Office for Disarmament Affairs (UNODA) in convening nuclear nonproliferation experts from around the world at the United Nations to participate in a Symposium on the 2015 Nonproliferation Treaty (NPT) Review Conference.

On February 16, 2015, Professor of Practice Matthew Bunn presented "The Iranian Nuclear Crisis: Next Steps" for the Harvard Project for Asian and International Relations.

With a team of scientists, engineers, and political scientists, the Center’s Science, Technology, and Public Policy Program (STPP) and Energy Technology Innovation Policy group (ETIP) are tackling critical global issues related to energy challenges and water-energy connections. During the past few months, STPP/ETIP faculty, fellows, and visiting scholars have conducted research, made presentations, and held high-level discussions in the U.S., China, and the Gulf region.The work is a joint effort of STPP and the Belfer Center’s Environment and Natural Resources Program (ENRP) along with Harvard Kennedy School’s Sustainability Science Program.

While decisionmakers warn about the cyber threat constantly, there is little systematic analysis of the issue from an international security studies perspective. Cyberweapons are expanding the range of possible harm between the concepts of war and peace, and give rise to enormous defense complications and dangers to strategic stability. It is detrimental to the intellectual progress and policy relevance of the security studies field to continue to avoid the cyber revolution's central questions.

"...[Y]es, I think Stuxnet had a few down sides. One of those down sides was that the actual attack code became publicly available. As far as I can tell the attack code was supposed to die and not get out onto the Internet, but apparently the same way it got into Natanz [Iranian nuclear enrichment facility], it got out...."

The risks posed by the proliferation of cyber weapons are gaining wide recognition among security planners. Yet the general reaction of scholars of international relations has been to neglect the cyber peril owing to its technical novelties and intricacies. This attitude amounts to either one or both of two claims: the problem is not of sufficient scale to warrant close inspection, or it is not comprehensible to a non-technical observer. This seminar challenged both assertions.

"Cyber war, though only incipient at this stage, is the most dramatic of the potential threats. Major states with elaborate technical and human resources could, in principle, create massive disruption and physical destruction through cyber attacks on military and civilian targets. Responses to cyber war include a form of interstate deterrence through denial and entanglement, offensive capabilities, and designs for rapid network and infrastructure recovery if deterrence fails. At some point, it may be possible to reinforce these steps with certain rudimentary norms and arms control, but the world is at an early stage in this process."