Menlo Secure Enterprise Browser

Collects device posture through the browser, such as OS settings, disk encryption, and installed endpoint protection, and uses it in conditional access decisions for web and SaaS applications, either enforced in the browser itself or exported to the identity provider's access policies.

Enforces per-application data controls inside the browser session, including copy and paste, download, upload, printing, and screenshot restrictions plus data obfuscation and watermarking of displayed content, without an endpoint agent or in-line traffic decryption.

Protects web browsing with malware protection and URL filtering.

Renders web content in an isolated execution environment (either locally sandboxed or remotely in a cloud browser) preventing malicious page content from reaching the endpoint OS.

Detects and blocks phishing pages and credential theft in the browser, including newly created lookalike domains that reputation blocklists have not yet caught, and prevents enterprise credentials from being entered or reused on unsanctioned external sites.

Secures application access from unmanaged personal and contractor devices without MDM enrollment or an endpoint agent, enforcing data controls inside the browser session rather than on the device.

Provides clientless access to internal web applications through a reverse proxy or embedded ZTNA client, replacing VPN for web application access.

Discovers, risk-scores, and enforces policy on workforce use of AI in the browser, covering GenAI web tools, AI browsing agents, full AI browsers, and AI features inside conventional browsers, including restricting which are allowed and blocking sensitive data from being pasted, uploaded, or acted on by an agent.

Records and stores browser sessions for configured applications for audit, compliance, and insider threat investigation purposes.

Delivers application access that would otherwise need a virtual desktop or desktop-as-a-service session inside the managed browser, including legacy web applications and RDP or SSH delivered workloads, so organizations can reduce VDI and DaaS spend for third-party, contractor, and unmanaged-device access.