Policymakers might consider developing appropriate policy frameworks for emerging brain- and body-enhancement technologies to ensure that innovations harnessed for societal, economic, or military benefits do not create new vulnerabilities and that governments adequately defend and manage against potential attacks. The technology is quickly moving forward. Policy may need to play catch-up.
Any device can be hacked, including one inside the human body. We need to think through the privacy and security implications of devices that live with us. But we should also consider the life-changing, life-saving potential of technologies that know us inside and out.
If you've ever rented a property, you may have wondered what happens to the sensitive information on your application. Recent concerns over the foreign harvesting of personal information for questionable purposes should worry everyone.
Is it possible for ByteDance to maintain ownership in TikTok Global while ameliorating U.S. national security concerns? At the heart of any deal should be a highly technical agreement on data security issues—one that not only the two companies but the two governments might have to agree to.
If President Trump were to pardon Edward Snowden, then he might encourage vigilante behavior that puts at risk the very sensitive information and operations—meaning American interests and lives—that the U.S. national security system is intended to protect.
Mobile phone surveillance can augment public health interventions to manage COVID-19 and might help countries prepare for the next outbreak. But these programs collect sensitive health and behavior data. That raises significant risks to personal privacy and civil liberties.
This weekly recap focuses on the future of U.S.-China competition, privacy concerns surrounding mobile tools used to track COVID-19, how telemedicine can help patients access specialized care, and more.
The pandemic is an unprecedented public health crisis. But the response from science, technology, and innovation communities has been remarkable. It proves that innovation and learning, interdisciplinary methods and collaboration, information and data sharing, and adaptability are more important than ever.
Quantum computers are expected to be powerful enough to break the current cryptography that protects all digital communications. But this scenario is preventable if policymakers take actions now to minimize the harm that quantum computers may cause.