Securing the Explosion of Unstructured Data in the AI Era of Modern Enterprises

The event titled 'Securing the Explosion of Unstructured Data in the AI Era of Modern Enterprises' is a virtual executive discussion focused on addressing the unmanaged security risks posed by unstructured data within enterprises. With the rapid adoption of AI, organizations are increasingly vulnerable to threats such as ransomware, insider threats, and data leakage, particularly in environments that include NAS systems, file shares, object storage, and AI data lakes. This discussion aims to explore how organizations are currently identifying, prioritizing, and managing these risks while also evaluating new approaches to proactive data security platforms. Key topics will include visibility into data risk, usability of security solutions, and the operational impacts of these tools, alongside expectations for measurable value and ROI before investing in next-generation data security platforms.The event will feature insights from a select group of leaders in security, infrastructure, and data management, fostering an environment of candid conversations about current challenges, solution gaps, and pricing expectations in the realm of unstructured data security. Notably, Chief Product and Engineering Officer Michael from Superna will lead the discussion, focusing on the company's innovative approach to securing unstructured data across various platforms. Superna, which protects over 10 exabytes of data across more than 3,800 organizations globally—including prominent entities in government, healthcare, energy, and finance—partners with industry leaders such as Dell, NetApp, Pure Storage, Qumulo, Microsoft, and Vast Data. Participants will have the chance to connect with like-minded executives, benchmark against industry peers, and gain valuable expertise to enhance their data security strategies. Testimonials from previous attendees highlight the value of these sessions in building beneficial contacts and sharing insights within a trusted environment.