"Monsters Inc." y el tratamiento de los datos
Introducing The Crypto Exchange Podcast
Episode #7 - It's All About Latency: The Future of Data Processing and Storage
Sitting with the C-Suite: eDiscovery Priorities – Thoughts on the Next Five Years
Compliance Perspectives: Regulatory Conflicts in Data Privacy Laws
Compliance Perspectives: Compliance, GDPR and Brexit
The CCPA for the Land Title Industry: Who Does the CCPA Apply To?
E14: The Three Pillars of GDPR
E13: GDPR Wedding Day & Beyond
E12: GDPR Article 22 and Automated Decision Making
E8: Interview with Cookiebot CEO on Technical Solutions to GDPR Readiness
Does anybody remember Napster? Launched in June 1999, the revolutionary peer-to-peer music sharing platform peaked at 80 million music lovers worldwide. It famously fell from greatness into bankruptcy three years later after...more
Many governments are grappling with the question of how to regulate artificial intelligence to ensure it is adopted safely and used responsibly without hampering innovation. Governments have generally indicated similar...more
CFIUS reviewed a record number of transactions in 2021 according to its most recent annual report – and shows no signs of slowing down. High technology (including quantum computing), life sciences, and green energy...more
Artificial intelligence (AI) is expanding into more industries (often in surprising ways) and has inevitably caught the attention of federal and state regulators. Our Privacy, Cyber & Data Strategy Team summarizes the...more
If adopted efficiently, the PDPC’s Ethical Accountability Framework should help organizations to demonstrate and enhance trust with individuals. In October, 2018, Hong Kong’s Privacy Commissioner for Personal Data (PCPD)...more
In recent years, the use of artificial intelligence (AI) solutions in every sphere of the economy has increased dramatically. In response to its rapid growth, governments are scrambling to regulate the new technology. Most...more
2018 promises great inroads in the realm of “quantum computing.” While conventional computers use binary data or bits (i.e., 0s and 1s) to store and process information (a bit can either store a 0 or 1), a quantum computer...more