Technology Comparison
Zero Trust with Agilicus AnyX
Learn how Agilicus AnyX compares to other technologies which might be used to achieve similar objectives.
Comparisons
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Agilicus vs Dull
Compare Agilicus AnyX and Dull. Discover how Agilicus provides native Layer 7 application access without relying on ephemeral virtual machines or jumpboxes.
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Agilicus vs BeyondTrust Privileged Remote Access
BeyondTrust Privileged Remote Access Provides users with access to shared resources utilizing a Jump box / gateway Architecture. Discover why an identity aware proxy beats a jump box / gateway architecture for secure remote access.
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Agilicus vs Xona
Xona’s video-streaming approach successfully isolates the network, Agilicus achieves Zero Trust isolation. Discover why an outbound only network is the only secure option for modern remote access tools.
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Agilicus vs Dispel
Dispel Provides Zero Trust Access to a Virtual Machine, Agilicus Anyx Zero Trust Access Eliminates the Need for One Discover Why Identity-Aware Zero Trust Access Beats a Platform Driven Virtual Machine
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Agilicus vs Cisco Secure Client
Agilicus AnyX provides a complete Zero Trust platform. Discover why Identity-Aware access beats a socket intercepting VPN agent.
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Agilicus vs Phoenix Contact mGuard
Compare Agilicus AnyX identity-aware Layer-7 application access with Phoenix Contact mGuard hardware-bound IPsec VPN.
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Agilicus vs FactoryTalk Remote Access
Compare Agilicus AnyX identity-aware Layer-7 application access with Rockwell Automation’s FactoryTalk Remote Access industrial VPN tunnel.
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Agilicus vs Secomea
Secomea creates secure OT tunnels. Agilicus AnyX replaces the need for them. Discover why Layer 7 precision and native, multi-provider SSO beats Layer 2/3 connectivity for modern industrial security.
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Agilicus vs Port Forwarding
Port forwarding exposes internal ports directly to the internet, providing zero authentication, no policy control, and zero audit trails. Agilicus AnyX (Zero Trust) verifies identity and context first, keeping all inbound ports fully closed.
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Agilicus vs TeamViewer
TeamViewer provides legacy remote desktop access. Agilicus AnyX provides a complete Zero Trust platform. Discover why Identity-Aware access beats shadow-IT backdoors for critical infrastructure.
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Agilicus vs NetBird
NetBird creates a better VPN. Agilicus AnyX replaces the need for one. Discover why Layer 7 precision beats Layer 3 connectivity for modern security.
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Agilicus vs Claroty xDome Secure Access
Claroty xDome ensures anybody accessing their client is authenticated. Agilicus elimited the needs for clients and encrypted tunnels. Discover why an identity aware proxy beats a dual tunnel architecture for modern security.
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Agilicus vs Xage
Xage offers complex decentralized access. Agilicus AnyX offers simple, clientless Zero Trust. Discover why straightforward Layer 7 precision beats complex mesh overlays for modern security.
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Agilicus vs Cloudflare Access
Agilicus AnyX is a complete Zero Trust platform, providing identity based access to shared resources, whereas Cloudflare Access offers Zero Trust to the perimeter, and DNS based access to shared resources.
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Agilicus vs Tailscale
Tailscale creates a better VPN. Agilicus AnyX replaces the need for one. Discover why Layer 7 precision beats Layer 3 connectivity for modern security.
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Agilicus vs eWon
Compare Agilicus AnyX vs eWon. Learn why identity-aware, software-only zero trust access is superior to hardware-based Layer-3 VPNs and cellular backdoors for industrial remote access.
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Agilicus vs ZeroTier
ZeroTier creates a better virtual network. Agilicus AnyX replaces the need for one. Discover why Layer 7 precision beats Layer 2/3 connectivity for modern security.
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Agilicus vs Johnson Controls Airwall
Compare Agilicus AnyX (identity-native Layer 7 access) with Johnson Controls Airwall (formerly Tempered Networks), a cloaked overlay network.
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Agilicus vs Tosibox
Tosibox relies on legacy physical hardware and vulnerable client software. Discover how Agilicus AnyX replaces the need for both, providing frictionless, identity-aware Zero Trust access for OT networks without the endpoint risks.