Senior Manager of Insider Threat at Coinbase, Courtney Healey, joins Material's Matt Muller on the Risky Biz podcast (starts at 43:37). They chat with host Patrick Gray on the importance of building a diverse and multi-disciplinary insider threat team and key steps to building a strong insider threat program.
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Senior Manager of Insider Threat at Coinbase, Courtney Healey, joins Material's Matt Muller on the Risky Biz podcast (starts at 43:37). They chat with host Patrick Gray on the importance of building a diverse and multi-disciplinary insider threat team and key steps to building a strong insider threat program.
Listen now on the Risky Business website—also available on Apple Podcasts, Google Podcasts, and Spotify.
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Material’s new OAuth Remediation Agent shrinks your attack surface by automating the discovery and cleanup of risky third-party apps and AI agents across your cloud workspace.
Material’s new OAuth Remediation Agent shrinks your attack surface by automating the discovery and cleanup of risky third-party apps and AI agents across your cloud workspace.
Material’s new OAuth Remediation Agent shrinks your attack surface by automating the discovery and cleanup of risky third-party apps and AI agents across your cloud workspace.
Material’s new OAuth Remediation Agent shrinks your attack surface by automating the discovery and cleanup of risky third-party apps and AI agents across your cloud workspace.
Traditional OAuth governance fails against AI agents because their unpredictable, prompt-driven behavior is invisible at the grant layer, requiring security teams to pivot to real-time activity-layer detection.
Traditional OAuth governance fails against AI agents because their unpredictable, prompt-driven behavior is invisible at the grant layer, requiring security teams to pivot to real-time activity-layer detection.
Traditional OAuth governance fails against AI agents because their unpredictable, prompt-driven behavior is invisible at the grant layer, requiring security teams to pivot to real-time activity-layer detection.
Traditional OAuth governance fails against AI agents because their unpredictable, prompt-driven behavior is invisible at the grant layer, requiring security teams to pivot to real-time activity-layer detection.
Traditional OAuth governance fails against AI agents because their unpredictable, prompt-driven behavior is invisible at the grant layer, requiring security teams to pivot to real-time activity-layer detection.
An analysis of 702 HIPAA breaches reported to HHS — and the control gap most organizations are missing.
An analysis of 702 HIPAA breaches reported to HHS — and the control gap most organizations are missing.
An analysis of 702 HIPAA breaches reported to HHS — and the control gap most organizations are missing.
An analysis of 702 HIPAA breaches reported to HHS — and the control gap most organizations are missing.
An analysis of 702 HIPAA breaches reported to HHS — and the control gap most organizations are missing.
New research from Material reveals a growing gap between awareness and action in OAuth security, as organizations struggle to manage app access, automation, and emerging risks like AI agents.
New research from Material reveals a growing gap between awareness and action in OAuth security, as organizations struggle to manage app access, automation, and emerging risks like AI agents.
New research from Material reveals a growing gap between awareness and action in OAuth security, as organizations struggle to manage app access, automation, and emerging risks like AI agents.
New research from Material reveals a growing gap between awareness and action in OAuth security, as organizations struggle to manage app access, automation, and emerging risks like AI agents.
New research from Material reveals a growing gap between awareness and action in OAuth security, as organizations struggle to manage app access, automation, and emerging risks like AI agents.
The evolving attack surface of the cloud workspace, driven by shifts away from traditional phishing, necessitates applying established endpoint security frameworks—Posture, Data, and Access—to effectively manage new vectors like OAuth and API keys.
The evolving attack surface of the cloud workspace, driven by shifts away from traditional phishing, necessitates applying established endpoint security frameworks—Posture, Data, and Access—to effectively manage new vectors like OAuth and API keys.
The evolving attack surface of the cloud workspace, driven by shifts away from traditional phishing, necessitates applying established endpoint security frameworks—Posture, Data, and Access—to effectively manage new vectors like OAuth and API keys.
The evolving attack surface of the cloud workspace, driven by shifts away from traditional phishing, necessitates applying established endpoint security frameworks—Posture, Data, and Access—to effectively manage new vectors like OAuth and API keys.
The evolving attack surface of the cloud workspace, driven by shifts away from traditional phishing, necessitates applying established endpoint security frameworks—Posture, Data, and Access—to effectively manage new vectors like OAuth and API keys.
