Browser Security Distributed by Cyberdis

Cloud browser security that isolates every web session — eliminating phishing and malware for human users and AI agents alike.

Cyberdis is a value-added distributor of Menlo Security, selling through channel partners with engineer-led evaluation, deployment and support.

Browser isolationZero-hour phishingCDR built inAI-agent governance

// What it does

Menlo Security in short.

Menlo Security is a browser security company whose cloud platform isolates every web session in remote, air-gapped containers, so phishing pages, ransomware and zero-day exploits never execute on the endpoint. The platform is designed for both human users and AI agents: as autonomous agents begin operating inside browsers, Menlo extends the same isolation and governance model to machine-driven sessions — a capability legacy proxies and endpoint tools cannot match. With Votiro Content Disarm and Reconstruction (CDR) technology built in, threats are stripped from downloaded files surgically while full functionality is preserved, so users never trade productivity for protection. Menlo Security is trusted at the highest end of the market: the company states that eight of the ten largest banks in the world use Menlo. Cyberdis is a value-added distributor of Menlo Security, running engineer-led proofs of concept and production rollouts for channel partners and their customers.

Why it matters: almost every attack starts in the browser, and highly evasive threats routinely bypass secure web gateways and email filters. Isolation removes the blind spot entirely — active web content simply never reaches the device.

Sources: Menlo Security — about

// Capabilities

What you get.

  • Remote browser isolation

    Every session renders in an air-gapped cloud container. Active web content never reaches the endpoint.

  • Zero-hour phishing protection

    Stops highly evasive threats and credential-phishing pages that bypass secure web gateways and email filters.

  • File CDR built in

    Votiro Content Disarm and Reconstruction strips threats from downloads while keeping files fully usable.

  • AI-agent session governance

    Applies isolation and policy to autonomous, machine-driven browser sessions — not just human ones.

  • Works with any browser

    Users keep the browser they already have. No agent sprawl, no forced browser migration.

// Why through Cyberdis

The vendor is theirs. The deployment is ours.

  1. 01

    Engineer-led proof of concept

    We run Menlo PoCs against the customer real traffic patterns — including the evasive-threat scenarios that legacy tools miss.

  2. 02

    Deployment done right

    From identity integration to policy design, Cyberdis engineers take Menlo from pilot to full production rollout.

  3. 03

    Channel enablement

    Demo tenants, competitive positioning against SWG/SASE incumbents, and RFP support across the deal cycle.

// FAQ

Frequently asked questions about Menlo Security

What is Menlo Security?

Menlo Security is a browser security company. Its cloud platform isolates every web session in remote, air-gapped containers so phishing, ransomware and zero-day exploits never execute on the endpoint, with Votiro CDR built in to clean downloaded files.

What is browser isolation?

Browser isolation renders web content in a remote container instead of on the user’s device. The user sees and interacts with the page normally, but active code — including malware and exploit kits — runs in the isolated container and never reaches the endpoint.

How does Menlo Security handle AI agents?

Menlo extends the same isolation and governance model to autonomous, machine-driven browser sessions, applying policy to AI agents operating inside browsers — not just to human users.

Who distributes Menlo Security?

Cyberdis is a value-added distributor of Menlo Security, supporting channel partners with demo tenants, engineer-led proofs of concept, production rollouts and RFP support.

// Next step

See Menlo Security on your own terms.

A demo tailored to your environment, or a full proof of concept — run by a Cyberdis engineer.