About Browser DLP
Browser DLP is Keep Aware's browser-level data protection offering for organizations that need to see and control how sensitive information moves through web applications. The company positions it around actions that happen inside the browser, including typing, pasting, file uploads, personal-account use and generative AI prompts. Rather than relying only on network inspection, the offering applies data controls closer to the user interaction where information is entered or transferred.
What Browser DLP is designed to control
Keep Aware says Browser DLP can monitor browser actions such as typing, pasting and uploading, then apply policies before sensitive information leaves the managed environment. It also addresses account context, which matters when employees switch between corporate and personal identities inside services such as webmail, cloud storage or AI tools. The goal is to give security teams visibility into browser-based data movement that may not be obvious to legacy controls.
Sensitive data detection and policy options
The company describes sensitive-data detection, sensitivity labeling support and granular policy controls that can be scoped by user, workflow or application. Its current material also references integration with Microsoft Purview. Buyers should verify which labels, data types and browser actions are supported in their environment, and whether policy can warn, block, log or allow an action based on the level of risk.
Where Browser DLP fits in the security stack
Browser DLP is part of the wider Keep Aware Browser Security Platform, not a replacement for every enterprise DLP control. It is most useful where browser and SaaS workflows create gaps between endpoint, network and cloud controls. Organizations can use it alongside existing identity, endpoint and information-protection systems while adding visibility at the point where users interact with web applications.
What to evaluate in a pilot
A useful pilot should include the organization's highest-risk browser workflows, such as uploading files to SaaS services, copying sensitive text, using personal cloud accounts and entering information into AI tools. Security teams should test policy accuracy, exception handling, employee prompts and logging. They should also confirm how browser events are exported to SIEM or other investigation tools and whether the product can distinguish approved corporate workflows from similar-looking personal activity.
Decision factors for buyers
The strongest fit is an organization with browser-heavy work and a clear concern about data leakage through SaaS, webmail, file uploads or generative AI. Buyers should compare Keep Aware with endpoint DLP, CASB, secure web gateway and standalone enterprise browser approaches. The important questions are where enforcement happens, how much browser context each option sees, how quickly policies can be deployed, and whether the control model causes friction in normal work.
Who should choose something else
Companies whose data movement happens mainly through local applications, unmanaged endpoints or non-browser protocols may need broader endpoint or network DLP first. Organizations that want all browsing contained inside a dedicated enterprise browser may prefer that model instead. Browser DLP is most relevant when the browser itself is the main place where sensitive data is viewed, copied, uploaded or entered into web applications.
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