Threat Intel
Inside the First Hours of a Google Workspace Breach: Live Webinar Reveals What Works and What Doesn’t
BleepingComputer partners with Material Security to host a live deep‑dive on how fast‑growing firms handle Google Workspace intrusions. The session dissects real breaches where attackers used social engineering and rogue OAuth apps, highlighting the critical early decisions that can either curb damage or amplify it. Attendees learn which controls deliver the most bang for lean security teams and hear the speakers’ take on building a resilient Workspace strategy from scratch.
When a Google Workspace compromise is spotted, the clock starts ticking. The choices made in the first few hours can dictate whether a breach fizzles or turns into a full‑blown disaster.
What the Webinar Covers
- Real‑world case studies of Workspace breaches that leveraged social engineering + malicious OAuth apps.
- Key early actions that either limited impact or inadvertently widened the attack surface.
- Common blind spots that leave users, data, and connected apps exposed.
- High‑value security controls for fast‑growing companies with lean teams.
- Design‑phase lessons: what to build into a Workspace security program from day one.
Why It Matters
Fast‑growing firms often operate with minimal security staff. Making swift, informed decisions while still piecing together how an attacker got in is a tough balancing act. This webinar cuts through the jargon and shows how real responders tackled the chaos.
"The first hours after a breach can either contain or amplify the damage," says Rajan Kapoor, VP of Security at Material Security.
Who Should Attend
- Security engineers and incident‑response teams handling Google Workspace environments.
- IT leaders in fast‑moving companies looking to strengthen their Workspace posture.
- Anyone interested in practical, evidence‑based breach‑response tactics.
Register Now
Secure your spot for the September 23, 2026 webinar and get actionable insights that could save your organization from a costly breach.