Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Close Defensive Gaps Before AI Attacks Exploit Them

The speed of AI-powered attacks is mind-numbing. CrowdStrike found that average eCrime breakout time fell to 29 minutes, with the fastest recorded breakout at 27 seconds. Armadin showed an LLM-driven NTLM relay attack completing in under three minutes, then roughly 1.5 minutes with BloodHound MCP context.

How Reach Fixes Microsoft Defender for Office 365 Configuration Drift

Microsoft Defender for Office 365 is powerful out of the box. The problem? Configurations drift. IT teams make changes the security team doesn't know about. Anti-phishing policies weaken. Safe Links gaps open up. And AI-powered attackers are finding those openings faster than any team can manually catch them. Reach analyzes your Microsoft Defender for Office 365 controls, activates underutilized capabilities, remediates misconfigurations, and keeps your deployment aligned to your security baseline continuously.

The Configuration Drift Behind the Teams Helpdesk Breach

On April 22, 2026, Google's Threat Intelligence Group and Mandiant disclosed a campaign by a threat actor they're tracking as UNC6692. The group breached enterprise networks by impersonating IT helpdesk staff over Microsoft Teams, ultimately exfiltrating Active Directory databases and achieving full domain compromise. What's notable about UNC6692 is what they didn't do. They didn't use a zero-day. They didn't exploit a software vulnerability.

Measuring Real Risk Reduction Across Your Security Stack

Garrett Hamilton recently presented at the North Texas ISSA Lunch & Learn in Plano, TX to talk about what risk reduction actually looks like in practice. Reach shows customers exactly which controls they've deployed, the user impact of those changes, and how much risk has been reduced across IAM, EDR, email, firewall, and SASE. Not feature checklists. Targeted, measurable outcomes tied to the business.

New Research Finds Configuration Drift is Driving Cybersecurity Incidents Across 97% of Organizations

The study, commissioned by Reach Security, reveals widespread misconfigurations, slow remediation cycles, and manual approaches to drift management, highlighting the urgent need for preemptive approaches that continuously validate security controls.

Microsoft E3, E5, and E7 Security Licenses: A Data-Driven Upgrade Guide

Upgrading Microsoft enterprise licenses from E3 to E5 or from Entra ID Plan 1 to Plan 2? Whether your company is making the move or evaluating it, the key question is: How do you turn licensing changes into real security gains? Platformizing remains a major trend in 2025, and Microsoft often sits at the center of these efforts due to its broad security capabilities. But maximizing value from E3 and E5 licenses requires time, expertise, and contextual understanding of your environment.

Scaling Reach Security the Right Way

New year, new faces, big goals. To close out 2025 and open 2026, we welcomed 43 new team members across engineering, sales, customer success & solutions, marketing, and operations. Reach was founded to close the gap between knowing where you're exposed and actually fixing it. That mission doesn’t scale without the right people. Growth is exciting, but aligned growth—with the right people, at the right time, for the right mission—is what really matters.

Optimize Microsoft Defender for Office 365 Controls | Demo Video

Microsoft Defender for Office 365 protects against phishing, malware, and malicious links across email and collaboration tools. But as environments scale and settings are changed, your Defender security controls can drift away from security baselines and degrade your security posture. Reach continuously analyzes your Defender deployment to find and fix misconfigurations, activate unused capabilities, and stop configuration drift.

10 Hidden Cybersecurity Misconfigurations

In 2025, organizations spent billions on security, deploying EDR/XDR, SASE, firewalls, identity platforms, email security, web security, and more. And yet, breaches persist. The reason often is not a zero-day, an advanced persistent threat, or a cutting-edge exploit. It is far more mundane. Misconfigurations across identity, endpoint, network, and email/web security controls remain among the top root causes of incidents.