About Secure Browsing
Secure Browsing is Keep Aware's browser-level protection use case for organizations that want to reduce phishing, malicious site and unsafe web activity risk without moving employees to a separate browser. It works as part of the Keep Aware Browser Security Platform and applies controls inside supported browsers. The offering is aimed at teams that need more context about what happens after a page loads, where credential prompts, browser actions and user decisions can create risk that network filtering alone may not fully explain. This also gives investigators more browser-specific evidence when reviewing suspicious user activity.
What Secure Browsing is intended to protect
Keep Aware positions Secure Browsing around protecting users at the point of interaction with web content. Current product material describes browser-native protection for phishing, malicious traffic and identity-focused attacks. Because the product runs in the browser, security teams can evaluate page context and user activity closer to the moment when a credential is entered, a link is followed or a risky action is attempted.
How the browser-level approach differs
A secure web gateway typically evaluates destinations and traffic at the network layer. Keep Aware's approach adds browser context, allowing the platform to observe activity that happens inside the rendered page. Buyers should compare what each model sees, how policies are enforced and what telemetry becomes available for investigation. The two approaches can also be used together when an organization wants both network filtering and browser-native controls.
Phishing and identity risk
Keep Aware's current security material describes detection for look-alike login pages, credential phishing and adversary-in-the-middle techniques. The platform can present in-browser warnings and prevent risky credential submission based on configured policy. Organizations should verify the exact detections, supported identity workflows and response options during a proof of concept rather than assuming every phishing scenario is handled the same way.
What to test during evaluation
A pilot should include the browsers, SaaS applications and identity providers employees actually use. Security teams should test normal browsing, common login flows, approved exceptions and representative phishing simulations. They should also review alert quality, policy flexibility and whether browser events can be exported to existing SIEM or XDR systems. User experience matters because a control that generates excessive warnings can quickly be ignored or bypassed.
Where Secure Browsing fits in the platform
Secure Browsing sits beside Browser DLP, Browser Extension Protection, Browser Detection and Response, Gen-AI Monitoring and ChromeOS Security. The benefit of that shared model is that browsing policy, data activity, extension events and investigation telemetry can be viewed through one browser security platform. Buyers should still map each capability to the controls they already own to avoid unnecessary overlap.
Who should choose something else
Organizations that mainly need DNS filtering or basic category-based web blocking may find a traditional secure web gateway sufficient. Teams that want all corporate browsing isolated inside a dedicated enterprise browser may prefer that architecture. Secure Browsing is a stronger fit when the organization wants to keep existing browsers while adding browser-native protection, policy enforcement and investigation context around user interactions.
Reviews
No reviews yet
Nobody has reviewed Secure Browsing here yet.
