Built For Secure Enterprise Access
The browser layer where web threats and data loss get stopped.
Browse Guard gives security teams and growing businesses real-time page scoring, phishing protection, client-side threat detection, and browser-native DLP controls without forcing users out of the web workflows they rely on every day.
Built For Small Business
Enterprise-style browser protection without an enterprise-sized security team.
Browse Guard can be positioned as a security add-on for small and mid-sized businesses that need stronger browser controls without building a complex security stack around every device.
Protection arrives pre-shipped, not as a long policy project.
Browse Guard is strongest when the starting posture is already safe: suspicious page evaluation, warning flows, download controls, and browser-level protections are designed to be available from day one instead of requiring months of custom setup.
Security add-on for lean teams
A practical layer for organizations that want more than a standard browser but do not have a large in-house security engineering team.
Pre-shipped controls
Position Browse Guard as a browser with pre-built protection patterns: phishing resistance, session visibility, download policy, and safer defaults.
Low-friction rollout
Ideal for cloud-first businesses, BYOD environments, contractor access, and organizations that want more control without heavy endpoint lockdown.
What Is An Enterprise Browser?
A managed browser experience designed for enterprise risk.
An enterprise browser adds security, visibility, and policy controls directly into the web session itself. Instead of depending only on network filtering or full device management, it protects the place where people actually open SaaS apps, documents, partner portals, and day-to-day work tools.
Why it matters now
Modern work has shifted into the browser. Employees sign in to cloud platforms, contractors join from unmanaged devices, and sensitive data moves through web apps every day. That makes the browser the practical control point for both security and user productivity.
What it changes
Enterprise browsers help organizations inspect risky pages, reduce credential theft, enforce DLP controls, and shape safer user decisions without forcing every workflow through heavy-handed device lockdown.
Where Browse Guard fits
Browse Guard focuses on phishing resistance, client-side threat awareness, browser-native DLP, and session-level visibility so security teams can manage web risk where it actually happens.
What Makes Browse Guard Different
It does not stop at URL reputation. It evaluates the rendered page.
Browse Guard is built around live page evaluation. Instead of treating the browser as a simple transport layer, it inspects what is actually happening inside the tab and turns those page signals into policy decisions.
Rendered page evaluation
Browse Guard continuously evaluates the page itself for suspicious forms, hidden fields, risky overlays, deceptive brand signals, redirect chains, suspicious iframe behavior, and active-content patterns that appear after render.
Why content security policy still matters
Content Security Policy, or CSP, is an important defense-in-depth control. It helps restrict where scripts, frames, and other active content can load from, and it can reduce the impact of unsafe inline or third-party content.
How Browse Guard complements CSP
Even strong CSP does not remove every risk, especially when applications render risky content, misconfigure policy, or expose unsafe browser flows. Browse Guard adds session-level inspection so teams gain visibility even when CSP is weak, missing, or not enough on its own.
Market Momentum
The secure enterprise browser market is moving from early adoption toward mainstream evaluation.
Public Gartner material helps explain why the category is gaining attention: security leaders are looking for browser-layer control as work, data, and identity continue shifting into SaaS and web applications.
Public Gartner forecast
In a Gartner press release dated April 29, 2025, Gartner said that by 2028, 25% of organizations are expected to use secure enterprise browser technology, up from less than 10% at the time of that release.
View Gartner press releasePublic Gartner category framing
Gartner publicly describes secure enterprise browsers as centrally managed browser solutions or extensions that apply enterprise security and policy controls through the browser layer for web, SaaS, and private applications.
View Gartner category pageWhat that means for buyers
The market is moving from curiosity to practical deployment. Buyers are increasingly asking how browser-native controls support phishing resistance, BYOD, contractor access, and data protection without depending solely on endpoint or network enforcement.
By The Numbers
Market signals and breach trends are pushing security teams closer to the browser layer.
These public data points help explain why secure enterprise browsers are gaining momentum, especially for SaaS-heavy environments, third-party access, and human-risk reduction.
Public Gartner forecast from April 29, 2025.
Shows the category is still early, but moving quickly.
Verizon 2025 DBIR says this figure doubled year over year.
One more reason to put control inside the browser session.
Secure enterprise browser market trajectory
Gartner's public forecast suggests a category moving from niche deployment into broader enterprise consideration.
Why teams want browser-layer control
Verizon's public 2025 DBIR summary shows the mix of third-party exposure, credential abuse, and exploit activity shaping enterprise risk.
Sources: Gartner press release, April 29 2025 and Verizon 2025 DBIR public summary.
Core Capabilities
Security that lives inside the browsing experience.
Browse Guard brings threat detection and data protection into the tab itself, so security decisions happen where users actually work.
A browser-native control plane that joins identity, app context, risk, and DLP.
Browse Guard does not stop at destination URLs. The policy engine can evaluate the source, destination, identified application, source user, destination user, active identity provider, and live page risk before deciding which controls stay on.
Use local users, local directory sources, and cloud identity providers to shape policy by who is involved in the session.
Match destination SaaS and web apps from the browser identification engine so controls can follow the application, not only raw domains.
Combine page-level threat signals with policy so high-risk browsing behavior can trigger warnings, blocking, watermarking, and logging.
How the policy engine, identity, and risk engine work together
Identity Layer
Local users, Active Directory or LDAP, Entra ID, Okta, Google Workspace
Application ID
Destination hostname and SaaS signatures identify the target app or tenant
Risk Engine
Page signals, redirects, overlays, risky active content, and phishing indicators
Policy Engine
Source + Destination + User + Provider + App + Risk
The browser makes one security decision from all of these inputs, then applies the right browser-native controls for the session.
Warn user
Block download
Block screenshot
Watermark upload
Log event
Real-Time Threat Detection
Observe redirects, overlays, suspicious iframes, hidden fields, and active-content patterns as pages render.
Phishing Protection
Identify brand-to-domain mismatch, deceptive sign-in prompts, and off-domain credential capture before users submit data.
Client-Side Threat Detection
Detect risky active content, unsafe iframe behavior, browser-side injection patterns, and suspicious rendered content before they escalate.
DLP Controls
Enforce screenshot protection, policy-based download blocking, and watermark activation when sensitive uploads are detected.
Identity-Aware Policy Engine
Evaluate source, destination, application, user, provider, and DLP settings together so rules reflect who is browsing, where they are going, and how risky the session looks.
Application Identification
Recognize known SaaS and web applications from browser-side signatures so policies can target apps directly instead of only matching domains.
Zero Trust Alignment
Browse Guard complements zero trust by extending control into the live session.
Identity and access controls help decide who should get in. Browse Guard adds browser-layer visibility and policy after access is granted, helping teams reduce risk inside the session itself.
Zero trust verifies who the user is
Conditional access, device posture, and identity controls determine whether the session should begin.
Browse Guard evaluates what happens inside the browser
Once a user is in the app, Browse Guard inspects the page, flags risky content, and applies policy when suspicious behavior appears.
Protection stays close to user actions
Screenshot controls, download restrictions, watermarking, and security prompts help reduce exposure at the moment data moves through the browser.
More continuous control, less blind trust
The result is a stronger zero trust posture with more visibility into the web session, not just the login event.
Secure AI Agents
Protect agent retrieval before it becomes a quiet path for data leakage.
As AI agents become part of everyday work, the retrieval layer becomes a new point of exposure. Browse Guard can extend its browser-native control model into agent workflows by applying permission-aware retrieval and context scoping before content is pulled into the agent response.
Secure AI agent retrieval by applying policy with user identity and session context attached.
This does not need to be framed as a separate large platform. It can be implemented as a security policy that carries user identity, tenant, session, and document context into the retrieval decision before content is handed to the agent.
Direct leakage
Sensitive content is pulled directly into the prompt or response when an agent retrieves more information than the task actually requires.
Cross-user or context leakage
Retrieval mixes results across users, projects, tenants, or browser sessions and exposes information that belongs to a different person, customer, or workspace.
Browse Guard can scope AI agent context to what the user should actually retrieve.
Carry session context into the request
User role, active app session, tenant, and document scope travel with the retrieval request.
Filter retrieval by permission
Only content the user is allowed to access becomes eligible context for the AI agent.
Keep the response scoped
The agent answers from filtered, task-relevant context instead of broad raw retrieval.
The idea is simple: AI help should not quietly bypass the same access and separation rules that already matter everywhere else in the browser.
How It Works
Inspect. Evaluate. Respond.
The browser continuously studies the live page, scores the signals, and turns that assessment into user-facing action when risk rises.
Inspect
Page sensors watch for credential traps, suspicious UI overlays, executable DOM content, redirect patterns, and hidden elements.
Evaluate
The risk engine scores what is happening in the tab, and the policy engine combines that score with identity, application, source, and destination context.
Respond
The browser applies the right response for the session: warning, block, watermark, DLP control, or audit logging for later review.
DLP Controls
Reduce risky data movement where users browse.
Browse Guard applies protection at the browser layer so teams can enforce policy exactly where sensitive actions happen.
Help reduce visual capture risk inside protected browser sessions.
Block file downloads and present a clear company-policy message to the user.
Trigger visible watermarking when sensitive uploads indicate elevated risk.
Use Cases
Built for the messy reality of enterprise access.
Browse Guard helps teams extend secure browsing controls to users, devices, and workflows that are traditionally harder to manage.
Secure access on personal devices
Give employees a safer browser workspace for corporate apps and web sessions without relying entirely on full device control.
Faster contractor onboarding
Bring third-party users into sensitive web workflows with browser-level controls, visibility, and policy guardrails from day one.
Reduce human-driven security mistakes
Help users avoid phishing traps, risky downloads, deceptive login pages, and unsafe web content before a bad decision turns into an incident.
Safer partner and vendor browsing
Apply browser-native protection to external collaborators who need access to web apps, portals, and documents without expanding trust too far.
Support Matrix
Platform direction for secure access across desktop and mobile scenarios.
Browse Guard is currently positioned as a desktop-first secure browser. Mobile support is shown here as roadmap direction so buyers can understand where the platform is headed.
Windows Desktop
AvailableCurrent primary platform for the secure browser workspace, browser-layer detection, and policy controls.
macOS Desktop
PlannedIntended future expansion for organizations standardizing secure browsing across mixed desktop fleets.
Linux Desktop
PlannedA future option for engineering, operations, and specialized environments that need browser-layer policy and visibility.
iOS / iPadOS
RoadmapMobile session support is part of the longer-term direction for secure access use cases on managed and BYOD mobile devices.
Android
RoadmapPlanned mobile support direction for organizations extending secure browsing controls to Android-based work scenarios.
Whitepapers & Blog
Thought leadership for teams securing the browser layer.
Use Browse Guard content to educate buyers, support security reviews, and show how browser-native protection fits into modern enterprise defense.
Securing The Browser Layer In A SaaS-First Enterprise
A strategic guide to phishing resistance, session protection, and browser-native DLP controls for distributed teams.
Read WhitepaperHow Browser Risk Scoring Helps Stop Phishing Earlier
See how live page signals like redirects, overlays, and credential traps become actionable protection inside the browser.
Read articleWhy Client-Side Threat Detection Matters In Enterprise Browsing
Learn how risky active content, deceptive rendering, and browser-side execution patterns can reveal trouble before it becomes a larger incident.
Read articleProtect The Browser Layer
Give users a browser built for enterprise security teams.
Browse Guard helps reduce phishing, risky web interactions, and data exposure where today's work actually happens, with secure-by-default controls that can be positioned as a practical security add-on for growing businesses.
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