ENTERPRISE

Enterprise browser infrastructure without changing the privacy model

Move from validation into Linux deployment, Android WebView identities, media stacks, and custom packaging while keeping the same privacy-first browser core.

Linux deploymentAndroid WebViewMedia stacksCustom packaging

Start from the same core

Enterprise rollout extends the same browser model used for validation and scale-up.

Add depth only when needed

Linux, media, Android WebView, and packaging become available in staged rollout tracks.

Keep deployment under your control

The browser runs on your infrastructure, under your operational discipline.

ENTERPRISE TRACKS

Three rollout tracks for deeper deployment needs

Enterprise should not mean “everything at once.” It should mean the right depth at the right rollout stage.

ENT T1

Production control

The first enterprise stage adds Linux deployment, deeper network controls, and production runtime discipline.

  • Linux deployment
  • Deeper proxy/runtime control
  • Operational rollout support

ENT T2

Identity depth

The second stage expands into Android profiles, media stacks, browser branding, and richer session packaging.

  • Android profiles
  • Media stack controls
  • Custom browser packaging

ENT T3

Infrastructure depth

The deepest track extends toward per-context fingerprints, Android WebView identities, and distributed validation primitives.

  • Per-context identities
  • Android WebView support
  • Distributed validation primitives

BUYING DECISION

How to know when enterprise depth is the right move

Enterprise becomes the right move when the browser environment starts behaving like infrastructure and rollout depth begins to matter.

You need Linux or server-side rollout

Choose enterprise once the browser has to move into Linux deployment, headless infrastructure, or controlled runtime packaging.

  • Linux deployment requirements
  • Server-side runtime control
  • Controlled rollout packaging

You need deeper identity surfaces

Choose enterprise when Android profiles, Android WebView, media stacks, or context-level identities become part of the target environment.

  • Android profiles or WebView targets
  • Media and DRM requirements
  • Per-context identity depth

You need rollout guidance that fits production

Choose enterprise when the browser has to fit internal deployment rules, support models, and staged production rollout.

  • Security and packaging requirements
  • Track-based rollout planning
  • Deployment mapping and operational support

ENTERPRISE CAPABILITIES

What enterprise depth actually unlocks

These are the capabilities teams usually need once the browser becomes part of a larger operational stack.

Linux deployment

Run production browser workloads on Linux without abandoning the same core model used earlier.

Android WebView identities

Extend into embedded Android browser targets with matching mobile identity signals.

Media and DRM layers

Add media stacks such as Widevine support where rollout requirements demand it.

Custom packaging

Package and distribute the browser in a way that fits enterprise control and internal rollout processes.

Per-context identities

Move deeper into context-level isolation and identity control for more advanced workloads.

Operational support

Map rollout stage, profile volume, and target checks into a plan that fits the deployment environment.

DEPLOYMENT MODEL

Enterprise rollout should increase control, not reduce it

The enterprise story is stronger because the browser stays on your infrastructure and under your deployment rules.

Your infrastructure

Run the browser within your own environment and keep deployment decisions under your own control.

Controlled packaging

Ship the browser the way your deployment, security, and runtime policies require.

Stage-based rollout

Adopt deeper capabilities only when the rollout stage actually requires them.

SCALE EVIDENCE

Enterprise depth also needs infrastructure efficiency

The browser should become deeper without becoming operationally heavier. Public benchmark results from the official repository show where the model scales.

<1%
Speedometer overhead
Near-zero difference versus stock Chromium in headed and headless modes.
29%
Less memory at 50 profiles
Per-context architecture used less memory than launching 50 separate instances.
57%
Fewer processes at 50 profiles
Shared browser infrastructure reduced process count at the same scale level.
2x
Faster profile creation
Per-context creation was roughly twice as fast as multi-instance startup at 50 concurrent profiles.

ENGAGEMENT PATH

How enterprise onboarding usually works

The path should stay practical: identify the target checks, map the rollout stage, and open only the enterprise depth that is justified now.

1

Map the rollout stage

Start with profile volume, target checks, and the current deployment environment.

2

Choose the right track

Match the environment to ENT T1, T2, or T3 so runtime depth stays aligned with the current rollout stage.

3

Deploy with discipline

Package, validate, and roll out the browser under the same privacy-first model.

Plan the enterprise track before rollout complexity arrives

Tell us your rollout stage, target checks, and deployment requirements. We will map the right enterprise path.