Zero Trust • Phishing-Resistant Web Browser

Turn every browser into a phishing-aware workspace.

The modern browser is where employees make decisions: where they click, sign in, access SaaS, and distinguish legitimate pages from dangerous ones. DefensX reinforces this everyday environment with an invisible protection layer that identifies deceptive pages and risky behavior before users make a mistake. No performance hit, no complicated rollout cycles.

▼ 60–80% reduction in false positive phishing-related tickets
★ Defends by understanding intent, not by denying access
✓ Fits seamlessly beside your existing security stack
Book a phishing-resilient browser demo ➜

Clear protection with minimal friction, designed for MSP operations and security teams managing human risk at scale.

Live browser session
User: finance-remote-01
Phishing-resistant
Isolated workspace
🔐 SaaS sign-in shielded
🧊 Links opened in isolation
📁 AI Powered Web Threat Protection
Blocked phishing tab
  • Fake M365 login
  • Clipboard access denied
  • Form exfiltration blocked
Session risk score
Normal · 0 active threats
Inline training hints
Why it matters

Phishing starts in the browser

Email filters prevent many inbound threats. DNS controls stop some known bad domains. But attackers now use AI to generate brand-level clones, payment pages, and login screens that appear completely legitimate. Once a user clicks a link from email, Teams, Slack, or SMS, the decision point moves inside the browser. DefensX protects that decisive moment: the instant before a page loads and a user is about to trust what they see or type a password. This closes the gap between what earlier security layers can filter and what users ultimately decide.

False websites look credible even to experienced users

AI is at work
AI-driven kits replicate not only logos and language but also layout, timing, animation, and redirect behavior. Expecting employees to visually detect deception is no longer realistic.
With its AI-powered Phisheye module, DefensX:
  • 1Evaluates the entire page environment rather than relying solely on the URL. It analyzes composition, scripts, visual structure, and behavioral cues that users cannot see.
  • 2Identifies login arrangements that mimic common SaaS and identity providers.
  • 3Provides clear on-page guidance, avoiding the abrupt blocks that create frustration or unnecessary MSP support tickets.
Deception is caught inside the browser itself before credentials can be entered.

Credential theft remains the fastest way into an organization

Sign-in flows contained and protected
Powerful infrastructure still fails when a user unknowingly submits a password on a deceptive page. Attackers do not require malware when they can simply harvest credentials.
DefensX protects at the exact moment before credential theft occurs:
  • 1Password entry is governed so sensitive credentials cannot be submitted into unverified or suspicious forms.
  • 2Legitimate sign-in pages behave normally, so users are not slowed or confused.
  • 3Risk signals adjust dynamically so protections are strict during suspicious activity and invisible on trustworthy pages.
Users feel guided, not obstructed, and MSPs avoid waves of “why can’t I log in” tickets.

Security should protect users without interrupting their work

Built for smooth adoption
If a security tool disrupts routine SaaS workflows, productivity drops and ticket volume rises. Effective browser protection must know when to step back and when to engage.
DefensX achieves this by:
  • 1Providing consistent behavior across all networks so the experience is identical for remote, hybrid, and office users.
  • 2Applying contextual awareness to decide when to intervene, evaluating page intent and user actions before activating controls. A built-in consent mechanism can be applied to selected tenants to guide users inside the page, reducing operational friction while keeping decisions safe.
  • 3Maintaining a lightweight performance footprint so protections activate instantly without slowing pages or breaking interfaces.

Ads disguise threats

Malvertising blends seamlessly into normal browsing and quietly exposes users to deceptive pages. Attackers increasingly use ad networks, sponsored placements, and injected scripts to direct users toward phishing sites without relying on email or direct links.
DefensX reduces this hidden exposure by:
  • 1Detecting ad components and scripts that impersonate trusted brands or mimic legitimate SaaS portals.
  • 2Reducing silent redirects that move users from harmless content to high-risk pages.
  • 3Preventing deceptive visuals that lure users into unsafe clicks.
This keeps everyday browsing clean and removes a path attackers use to bypass traditional filters.
How DefensX works

A browser session that understands context and risk

DefensX turns a standard browser into a managed session: isolated when it needs to be, permissive when it can be — always watching for high-risk actions.

  • 1
    Users open links the way they always have
    No new app, no special workflow. Whether links come from email, chat, SMS, or tickets, they open in the same browser users already trust.
  • 2
    DefensX evaluates each session quietly
    The session is assessed using signals such as domain trust, structure, scripts, redirects, visual modeling, and known phishing markers. This happens in milliseconds and requires no configuration or tuning from MSPs.
  • 3
    High-risk pages receive guided protectio
    When risk is detected:
    • Known malicious pages are stopped immediately
    • Suspicious login flows trigger protective prompts
    • Password fields on unverified pages are disabled or guided
    • Users receive contextual messages that reduce confusion, not increase it
    This protects users at the exact point where credential loss would otherwise occur.
  • 4
    Security teams retain visibility without noise
    Events, risky interactions, and prevented attempts populate resilience and human-risk dashboards that highlight real trends instead of overwhelming analysts. This creates actionable reporting for MSPs and IT teams without the alert fatigue seen in traditional filters.
★ M365 & Google Workspace phishing ★ Finance & payroll scams ★ “CEO fraud” & urgent payment links ★ Vendor portal & invoice lookalikes
Phishing risk response matrix
Automatically applied per session — no playbooks to run.
Policy-driven
Browser risk
High risk: unknown login page
Medium risk: new vendor domain
Low risk: trusted SaaS
DefensX action
Isolate + lock sensitive fields
Inline warning + policy controls
Normal access, still monitored
Key capabilities

What makes the browser resilient against phishing

A precise set of controls tailored for deceptive pages and human-driven risk.

🧊 Risk-based interventions
Protections activate only when a session displays credible indicators of deception. Normal browsing stays uninterrupted, minimizing false positives and support tickets.
🔑 Deceptive page detection
Identifies impersonation patterns including layout, behavior, structural cues, and login flow anomalies instead of relying on static lists.
📁 Password submission protection
Treats credential entry as a high-impact event, preventing users from entering corporate passwords into suspicious forms no other tool can see.
👁️ Human-risk and resilience insights
Reveals meaningful patterns such as who is targeted most, where risky interactions occur, and how protections reduce incidents over time.
🧩 Compatible with your existing stack
Reinforces the browser layer where email and DNS controls stop, without replacing anything already in place.
🛠️ Designed for MSP scale
Consistent behavior, shared templates, and quiet operation support multi-tenant management where efficiency and predictability matter.
Who benefits

Built for MSP operations and security-focused organizations

A single browser protection layer with two distinct value stories.

For MSPs

  • ✓ Deploy a predictable, low-noise control that does not require constant tuning
  • ✓ Use shared templates across tenants and adjust only when needed
  • ✓ Provide clear resilience insights during QBRs
  • ✓ Strengthen existing email and DNS offerings with browser-level protection
This supports MSP economics by lowering user risk without increasing technical effort.

For Security and IT Leaders

Fewer incidents
  • ✓ Reduce credential-related incidents with controls that act before mistakes are made
  • ✓ Extend identity protection directly to where employees authenticate
  • ✓ Gain visibility into risky behavior and user patterns
  • ✓ Use browser-layer evidence in audits, compliance work, and tabletop planning
FAQ

Common questions about phishing-resistant browsing

Is this a new browser or an extension?
It governs the browsing session. Based on deployment preference, it can appear as a dedicated secure browser, a managed profile, or an automatic redirect into a protected session.
Does this replace email or DNS filtering?
No. It complements them by protecting what happens after a user clicks, inside the browser where phishing decisions occur.
Do users need training?
Minimal. The browser behaves normally, with protections appearing only on pages that present real risk.
How quickly can we pilot it?
Most organizations start with high-risk groups within days. It requires no network redesign and no endpoint rebuild.

See how phishing-resistant browsing works in real time

Bring recent phishing examples, including AI-generated ones, and we will demonstrate how they behave inside a protected session, what the user sees, and how credential loss is prevented before it happens.

Schedule a live browser session demo ➜