The gap between "theoretical security" and "operational reality" has never been wider. While industry headlines focus on saturated benchmarks and "state-of-the-art" claims, real-world defenders are navigating a landscape of shifting geopolitical tensions, novel attack vectors, and the messy complexity of multi-vendor environments. Join our panel of researchers and industry experts for a 45-minute deep dive into: Macro Intelligence: A geopolitical overview of current campaigns and how global shifts impact your organization’s risk profile and internal messaging. Regional Adversary Analysis: Nuanced breakdowns of the specific TTPs hitting your region. The Defensive Playbook: Practical, authoritative recommendations for hardening your environment and shifting from reactive patching to proactive, intelligence-led hunting.
Join our team of security leaders and esteemed threat researchers to hear a live, candid discussion about AI, adversaries, and global change.
AI is the great security opportunity of our age. Unfortunately, it’s an opportunity for both defenders and attackers. In this webinar, SentinelOne exposes how threat actors are abusing and jailbreaking commercial large language models (LLMs) to assist in their threat campaigns. From AI-powered reconnaissance, to the generation of malicious content and operationalisation of AI as an “attacking assistant”. Attendees will gain a detailed understanding of the AI threat landscape. Including: Real-world examples of AI-enabled attacks How techniques differ between the eCrime versus Nation State operators. A look at how adversaries now code, campaign, and collaborate with AI
SentinelOne's AI & Cloud Security Evangelist, Chris Hosking, has been studying and analyzing the intricate world of cyber threats. In his upcoming expert session, you’ll hear a breakdown of recent findings. Hear new insights on: The connections and contrasts in attack methodologies and threat tactics. Analysis of real-world attacks to illustrate key differences. The inherent difficulties and challenges in attributing cyber attacks.