System and methods for securing port to port communications on Layer 2 Ethernet switching devices.
AssigneeTimothy Lawton
InventorTimothy Lawton
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AssigneeTimothy Lawton
InventorTimothy Lawton
Estimating the term…
The invention uses a layer 2 Ethernet switching device to establish two new port types, ‘trusted ports’ and ‘un-trusted ports’. Devices connected to trusted ports on the switch (such as centrally managed file, email, print, and web servers) are permitted by default to transmit to and receive data from any device attached to the switch, whether attached to a trusted or an un-trusted port. Devices connected to un-trusted ports (such as end-user laptops, workstations, mobile devices, and other systems at greater risk of virus and worm infection), are permitted only to establish connections to devices attached to the trusted ports on the switch. The premise of the invention is provide a simplified system and methods to safeguard the confidentially, availability, and integrity of network-based information assets by reducing the total number of computer systems that an unauthorized user or application (e.g., hacker, worm, or virus) can connect to and attempt to exploit vulnerabilities on.
A manual push-button method of selecting a trusted or un-trusted mode of port to port communications on Layer 2 Ethernet switching devices.
A method by which a Layer 2 Ethernet switch operates individual ports. The first mode of port operation, trusted mode, enables the device attached to the port to transmit data to or receive data from any other port on the switch (both trusted and un-trusted ports). The second mode of port operation, un-trusted mode, limits the device attached to the un-trusted port to transmit data to and receive data from trusted ports only, thereby prohibiting communication to and from all other device with attached to un-trusted ports.
Dependencies are inferred from the claim text.