Masking & Privacy
Become Invisible on the Open Web
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Identifiable origin and device footprint
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Masked network identity
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Public-web destination
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Requirements reviewed with your team
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Technical fit and integrations assessed
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Pilot scope defined around measurable outcomes
The problem
The moment your organization's traffic leaves its network with its real IP address attached, it's identifiable, blockable, and trackable — by competitors watching who's researching them, by ad platforms serving you a different price than a consumer, and by sites that rate-limit or ban a whole company's IP range because of one script.
Consumer VPNs solve part of this for individuals, but they weren't built for organizations that need consistent, controllable exit locations, API-driven rotation, or fingerprint-level masking beyond just the IP address — a browser's canvas, fonts, and device signals can identify a visitor just as reliably as its IP.
How MaskFlare Cloak works
Cloak routes traffic through a global network of masked exit points, rotated on your terms, paired with device and browser fingerprint masking so the same session can't be re-identified across requests by IP or by device signal.
Benefits
Consistent or rotating exit IPs, your choice
Hold a stable exit location for a session that needs continuity, or rotate on every request for large-scale collection — controlled through the same API.
Fingerprint masking on top of IP masking
Canvas, font, and device-signal masking so a session can't be re-identified once its IP has already rotated.
See what your competitors see
Verify ads, pricing, and geo-restricted content the way a real visitor in that market sees it, not the way your office IP gets served.
Designed for scripts and pipelines
A proxy and masking API designed for scripts, growth tooling, and research pipelines, with the same policy control as an interactive session.
Capabilities
Global exit network
Route traffic through masked exit points across a broad set of countries and regions, selectable by location down to the city level where available.
Device and browser fingerprint masking
Mask the canvas, WebGL, font, and device-signal fingerprint a browser exposes, so masked sessions can't be correlated by fingerprint even when IPs rotate.
Rotation control
Sticky sessions for workflows that need a stable identity across multiple requests, or per-request rotation for large-scale, distributed collection.
API and SDK access
A REST API and client SDKs so masking is a parameter in your existing scripts and pipelines, not a separate manual tool.
Ethically sourced, not silently harvested
Cloak's exit network is built from connections that have explicitly opted in and are compensated for the traffic they carry — not devices repurposed without their owner's knowledge through a bundled free app. MaskFlare operates a no-log architecture for Cloak traffic: request data isn't retained beyond what's operationally necessary to route it.
Read the full No-Log Policy →Explore related capabilities
See how the capabilities planned for MaskFlare address adjacent security and privacy requirements.
Related from Flarepedia
Frequently asked questions
What is IP masking?
IP masking routes your traffic through an intermediary exit point so the site or service you're connecting to sees that exit point's address instead of your own.
Is this the same as a consumer VPN?
No. A consumer VPN gives one person one exit location at a time. Cloak is built for organizations that need controllable rotation, API access, city-level exit selection, and fingerprint masking beyond the IP layer.
Where do Cloak's IP addresses come from?
See the trust section on this page and the full No-Log Policy — Cloak's network is sourced under an explicit opt-in consent policy, not silently bundled into unrelated free apps.
Does Cloak keep logs of what I access?
No. MaskFlare operates a no-log architecture for Cloak traffic — see the No-Log Policy for the specifics and the audit timeline.
Can I use Cloak for web scraping?
Yes — rotating exit IPs and fingerprint masking are built for exactly this, with an API designed for scripted, high-volume use rather than a single interactive browser session.
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