NightBeacon Platform
Security Operations, Accelerated.
June 9th, 2026 | 1PM EST | Presented by Binary Defense & Tidal Cyber
Modern security teams are under constant pressure to prove that their defenses are reducing real risk, not just generating alerts. In this follow-up to our first joint webinar, Binary Defense and Tidal Cyber will collaborate to discuss how Tidal Cyber's Threat‑Led Defense platform and Binary Defense's detection engineering helps organizations operationalize threat insights and detection into measurable, defensible security outcomes by aligning defenses to adversary procedures and execution.
Join Cameron Lohr and Jordan McGrath, Detection Engineers at Binary Defense, alongside Frank Duff, Chief Innovation Officer & Co‑Founder at Tidal Cyber and Sean Whitley, Lead of Threat-Led Services at Tidal Cyber, for a fireside discussion on how procedure‑level intelligence and detection engineering work together to reduce attacker success and residual risk. They’ll break down why traditional detection programs become reactive and fragile, and how aligning defenses to real attacker execution creates coverage that is intentional, measurable, and resilient.
Through real-world examples and live discussion, our speakers will explore how Binary Defense and Tidal Cyber come together to:
Whether you’re refining an existing detection engineering program or looking to tightly align threat intelligence with daily SOC operations, this session shows how organizations can move from reacting to alerts to systematically reducing residual risk using Threat-Led Defense and a better together approach.
Speakers:
In partnership with:

Binary Defense needs the contact information you provide to us to contact you about our products and services. You may unsubscribe from these communications at anytime. For information on how to unsubscribe, as well as our privacy practices and commitment to protecting your privacy, check out our Privacy Policy.
This site is protected by reCAPTCHA; the Google Privacy Policy and Terms of Service apply.