Last year, we published a white paper recommending stakeholders improve cybersecurity and foster innovation by drawing upon time-tested principles from sustainability management. The paper observed that transitioning to a sustainable approach to cybersecurity embraces the principles of shared responsibility and collective action, frames business costs associated with improved security as an investment in the internet ecosystem, encourages broad adoption of risk-management practices, and supports consumer engagement.
As we have previously outlined in detail, sustainability management provides a useful conceptual framework for crafting forward-looking cybersecurity policy. A sustainable approach to cybersecurity involves, among other things, acknowledging that cybersecurity is a shared responsibility, framing business choices that prioritize security as investments, and engaging broadly in risk management practices. The Internet of Things (IoT) ecosystem has reached (or, arguably, passed) an inflection point in its development, and a sustainability-based security baseline for consumer-facing IoT is past due.
In a late-May vehicle safety review, Consumer Reports noticed a problem with the new Tesla Model 3’s brake performance: It stopped more like a truck than a sedan. Within days Elon Musk’s company was able to identify the issue and resolve it through an over-the-air (OTA) update.
The Ninth South School of Internet Governance (SSIG) took place at Fundação Getúlio Vargas in Rio de Janeiro during the first week of April 2017. Directed by Olga Cavalli and Adrian Carballo, SSIG aims to strengthen the representation of Latin American and Caribbean (LAC) region where Internet Governance (IG) is discussed and defined; it is also a goal of SSIG to create a space for education of a new generation of professionals that participate actively in the IG.