Secure Every Click—Anywhere

Browser Security wraps the browsers your team already loves with zero-trust protection, blocking exploits, phishing and data leaks before they happen—no proxies, no change management.

Main Feature & Attack Coverage

Capability How it works Threats stopped
Exploit Immunity Randomises browser memory & DOM layout. Zero-days, drive-by downloads
Phishing Defence Scores 200+ page signals pre-render. Credential & brand-impersonation
DLP Controls Rules for copy/paste, uploads, watermarks. Insider risk, shadow-IT sharing
Secure Remote Access Enforces identity & posture in-browser. Unmanaged devices, lateral movement
SaaS Desktop Protection Injects into Electron apps. Token theft, session hijack
Telemetry Streams DOM events to SIEM. Faster detection & response

Key Metrics Observed

90%
Reduction in browser-driven security incidents within 60 days
100%
Coverage for all major browsers and SaaS desktop apps
2ms
Median user latency introduced—imperceptible for end users

Browser Security vs Traditional RBI & Enterprise Browsers

Criteria Browser Security Remote Browser Isolation Enterprise Browser
User Experience Native browsing, no visual lag, works with users' preferred browsers. Delayed UX: pixel-streaming or DOM rewrite, breakage with WebGL/VoIP, high latency (>200ms). Fast but requires users to adopt a new browser (e.g. Island, Talon). Some sites/extensions may not work.
Zero-Day Exploit Protection Yes. Moving target defense blocks unknown browser exploits on the endpoint. Yes. Threats executed in a remote container, isolated from endpoint. Depends on vendor. Some focus on policy, not exploit mitigation.
Phishing & Social Engineering Real-time page analysis, blocks phishing and fake OAuth/logins before form fill. Does not analyze page intent; users can still submit credentials to fake sites. Depends. Some support phishing detection; coverage varies.
Data Loss Prevention (DLP) Granular control: copy/paste, download/upload, screen-capture, watermarking, extension use. Generally no DLP; focus is only on malware isolation. Rich DLP features: clipboard, uploads, session control (depending on vendor).
Deployment Lightweight agent or browser extension; deploy to any browser, any OS, including BYOD and 3rd parties. Cloud-based isolation farm, requires proxying all web traffic. Installs as a full Chromium-based browser (like Island, Talon), replacing users' default.
Performance Impact <2ms latency, no perceptible lag for users or apps. 150-400ms typical latency, significant for interactive apps, heavy on bandwidth. Native speed, but performance depends on browser engine and policies.
Cost & TCO No new infra; leverages existing browsers; lowest TCO. Requires cloud render farms, high recurring cost, scales poorly for large workforces. Medium: license per user, but support and migration overhead.
Third-Party / Contractor Access Yes. Secure access via agent/extension for any browser or unmanaged device. Possible, but requires proxy config or VDI/RBI session. Possible if 3rd party adopts and installs the EB client.
Visibility & Telemetry DOM-level event streaming to SIEM/EDR for every session, real time. Limited to proxy logs; no DOM/UX context. Varies: many export logs and session details, depends on vendor depth.

Why Act Now?

  • Threat actors are targeting browsers as the #1 attack vector in 2024—procrastination increases risk.
  • Browser-borne ransomware & session hijack attacks rose by 150% last year alone.
  • Regulators and insurers are already mandating browser security controls for compliance and coverage.