Configure → Drift → Breach → Repeat: The Cycle of Cybersecurity Control Configuration Risk
Get the reportGarrett Hamilton brings deep expertise in SaaS product management, go-to-market strategy, and cybersecurity leadership. As CEO and Co-Founder of Reach Security, he draws on his experience at industry leaders like Palo Alto Networks, where he guided the WildFire product from launch to over 60,000 customers. With a hands-on background in threat analysis, training, and consulting, Garrett is committed to driving Reach's mission of transforming how organizations assess and remediate their security posture.
Attackers operate continuously. Most network security controls are still reviewed periodically. Firewall rule management, change workflows, documentation, and compliance all matter. Yet they do not tell security teams whether live controls enforce policy as intended, every minute of every day. Continuous assurance across every security control is now essential in a world where the adversary is finding every needle in every haystack at AI-speed. Security teams need to continuously validate security controls, detect configuration drift and hidden exposure, and realign controls before attackers exploit hidden weaknesses.
As rules are altered, controls drift from baselines and risk gets buried in the rulebase. Stale firewall rules stay live, shadowed rules obscure exposure, and overly permissive any/any rules sneak in. Periodic manual rule reviews rarely add value and fail to validate live enforcement posture. Months pass between audits, widening the gap for AI adversaries to exploit weaknesses and breach defenses. In fact, 42% of all configuration-related breaches, or near misses, are due to firewall rule misconfigurations. Reach continuously finds and fixes these weaknesses before AI attackers can exploit them.
The Microsoft Defender Security Research Team and Microsoft Threat Intelligence documented a campaign in which Storm-2949 abused Microsoft Entra ID accounts to exfiltrate data from Microsoft 365 and Azure environments. The attack path depended on a chain of security control gaps across identity, SharePoint access, endpoint protection, application control, and event visibility. Each misconfigured security control gave the attackers an opening and more room to move after the initial identity compromise. We took a closer look at the security controls mapped directly to the steps that Storm-2949 actually executed, and how proper configuration could have likely thwarted forward progress for Storm-2949.
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