Credential theft is the most common and may be the most damaging browser-based attack. Here's why your existing controls are architecturally blind to it.

Your browser's sandbox wasn't built to stop modern attacks. Discover the three browser-based threats bypassing your security stack and what to do about it.

Security teams can't govern what they can't see. Learn the four questions every team should answer about AI tool usage — and how browser-native visibility closes the shadow AI gap.

Learn how malicious extensions bypass your security stack and why browser extension management is the blind spot most teams can't afford to ignore. Free cheat sheet.

Every year, the Verizon Data Breach Investigations Report (DBIR) provides one of the clearest snapshots into how attackers are compromising organizations in the real world. As a contributor, the Keep Aware team saw several trends that reinforce a major shift happening across enterprise security, especially around browser security.

Earlier this year, our team observed a phishing attack, chaining three trusted services to evade traditional security controls and ultimately deliver a phishing page. The phishing page also employs common anti-analysis measures to bypass both automated and manual analysis. Additionally, the attack was initiated from a personal email account on a corporate device, a common oversight in enterprise environments.

46% of sensitive data uploads bypass traditional DLP by going to personal or unverified accounts. Learn why legacy DLP fails in the browser and how Browser DLP closes critical visibility gaps in modern SaaS environments.

In our State of Browser Security Report, our team noted several types of attacks that emerged (or rapidly matured) in 2025 and bypass traditional controls by operating within browser activity. These active threats are highly effective and difficult to detect with traditional security tooling alone. Three in particular stand out: ClickFix, ConsentFix, and what we call “sleeper” extensions.

Over the past year, our research and BDR investigations across customers have revealed a consistent pattern: Modern phishing and browser-based attacks are engineered specifically to evade automated analysis, reputation systems, traditional perimeter controls, and out-of-band (OOB) analysis.

41% of employees use AI tools in the browser, often through personal accounts. Learn the risks of data exposure and how to secure GenAI usage.

A phishing campaign bypassed traditional security twice and targeted an executive. Discover how browser-based detection stopped the attack.

Discover key insights from the 2026 State of Browser Security Report and learn how AI, SaaS, and browser-based workflows are reshaping enterprise security.