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Adam Barth, Collin Jackson, and John C.

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Daniele Enrico Asoni, Takayuki Sasaki, and Adrian Perrig.

Devdatta Akhawe, Joel Weinberger, Frederik Braun, and Francois Marier.

TruGW’s small attack surface is a key enabler to regain trust in core network infrastructures. That way, TruGW can readily guarantee the secure enforcement of trusted policies on commodity gateways. TruGW uses ARM TrustZone to protect the NIC and traffic processing from a fully-compromised gateway and permits policy updates only by trusted remote administrators. TruGW leverages a TEE-assisted design to protect the network path and policies while staying compatible with commodity gateway platforms.

We present TrustedGateway (TruGW), a new gateway architecture, which isolates “core” networking features-routing and firewall-from error-prone auxiliary services and gateway OSes.

This is underlined by a plethora of recent CVEs for commodity OSes and services of popular routers which resulted in authentication bypass or remote code execution thus enabling attackers full control over their security policies. In fact, though, they inherit the attack surface of their underlying commodity OSes which together with the wealth of auxiliary services available on both consumer and enterprise gateways-web and VoIP, file sharing, remote logins, monitoring, etc.-undermines this belief. Typically, gateways are erroneously assumed to be hardened against software vulnerabilities (“bastion host”). However, their central position makes them high-value targets for network compromises. Gateway routers are at the heart of every network infrastructure, interconnecting subnetworks and enforcing access control policies using firewalls.

#Virtual gateway login ma software

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