Zero Trust & SASE
Browse Anywhere Without Bringing the Risk With You
- 01
Signal
- 02
Review
- 03
Decision
01
Requirements reviewed with your team
02
Technical fit and integrations assessed
03
Pilot scope defined around measurable outcomes
The problem
Most breaches that start with a link start in the browser — an unpatched vulnerability, a malicious download, or a look-alike login page render exactly like the real thing until it's too late.
Browser vendors patch known vulnerabilities quickly, but the patch has to reach every device before it helps, and a phishing page doesn't need a browser vulnerability at all — it just needs to look convincing enough for someone to type a password into it.
Blocking risky sites outright is a blunt instrument that breaks legitimate research and access to unfamiliar-but-necessary sites; isolating what runs, rather than blocking where someone can go, solves the same problem without the same collateral cost.
How MaskFlare Browser works
Browser renders web content away from the endpoint — as a cloud browser, an extension, or a full enterprise browser — so what reaches the device is a safe rendering, not the underlying page's actual code.
Benefits
Malicious pages never execute on the endpoint
Content renders remotely; only a safe visual stream reaches the device.
Three form factors, one policy
Cloud browser, extension, or full enterprise browser, governed by the same isolation policy.
Safer research and unfamiliar sites
Isolation contains risk instead of blocking access outright, so research work isn't blocked by category.
Reduces exposure to unpatched browser vulnerabilities
Page code runs remotely, away from whatever version of a browser is installed on the endpoint.
Capabilities
Remote rendering
Web content executes away from the endpoint; the device receives a safe rendering, not the page's code.
Deployment flexibility
Available as a cloud browser, a browser extension, or a full enterprise browser build.
Download and clipboard controls
Policy governs whether files and clipboard content can move between the isolated session and the local device.
Phishing page containment
Look-alike login pages render in isolation, containing whatever they attempt away from the real device.
Explore related capabilities
See how the capabilities planned for MaskFlare address adjacent security and privacy requirements.
Related from Flarepedia
Frequently asked questions
What is browser isolation?
Browser isolation executes web page content away from the user's device — in the cloud or an isolated environment — so only a safe rendering reaches the endpoint, containing malicious code before it can run locally.
Which form factor should we use — cloud browser, extension, or enterprise browser?
It depends on deployment needs: the extension is the lightest add-on to an existing browser, the cloud browser needs no local install, and the enterprise browser gives the deepest policy control. All three share one isolation policy.
Does isolation affect page performance noticeably?
Rendering happens remotely and streams back to the device, which is fast enough for normal browsing but is a different experience than local rendering for graphics-heavy pages.
Can users still download files through an isolated session?
Download and clipboard behavior is governed by policy — allowed, blocked, or scanned first, depending on how it's configured.
Does this protect against phishing pages that look identical to the real site?
Isolation contains what a look-alike page can do to the actual device, even if the page itself is visually convincing.
Your next chapter starts here
Make room for possibility.
We'll talk protection.
Tell us what your team needs to protect.
Let's explore where MaskFlare could fit.