Breathe new functionality into your router with Tomato third-party firmware for popular models of Broadcom-based routers, including popular models manufactured by Linksys.

In the annals of computer software with bizarre and seemingly random names, "Tomato" is probably one of the less weird examples as these things go. But whether you say tomay-toe or tomah-toe, this one is neither a fruit nor a vegetable—it is a firmware for wireless routers, including the popular WRT54G family.

OpenWrt Kamikaze 8.09.2 is released. This is a Linux distribution for network routers, like the Linksys WRT54G, or the Asus WL-500g and a lot of other routers. This distribution adds a lot of new functionality to routers, like improved ipv6 functionality.

Normally, when we cover DD-WRT and other firmware replacements for wireless routers, we discuss flashing (or uploading) the firmware to a router. However, DD-WRT also has an X86 version that can be installed onto just about any generic PC.

Cisco has its own networking operating system, IOS, which has long been the mainstay of its routers and switches. But now Linux is powering a new generation of Cisco networking devices for small businesses.

Nagios provides a monitoring option to evaluate routers and switches using SNMP, Simple Network Management Protocol. This course will show you how to set up Nagios and specifically how to locate the information you want to monitor with SNMP on a Cisco router. This is a Free Course available to anyone.

Don't throw away your old 802.11g routers just yet. The new slick-looking 802.11n routers may provide higher speeds and performance, but there are still many ways your old gear can help out...

Microsoft employees may end up holding their noses a bit while surfing the Web on the company's new bus system. The mobile wireless routers on board the company's "Connector" employee bus system, made by Seattle-based Junxion Inc., use the open-source Linux operating system -- which Microsoft has identified as one of its biggest competitive threats.

"...OLSRv2 is developed for mobile ad hoc networks. It operates as a table driven, proactive protocol, i.e. it exchanges topology information with other routers in the network regularly. OLSRv2 is an optimization of the classical link state routing protocol. Its key concept is that of MultiPoint Relays (MPRs).