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It's a problem when you rely on a single point of
failure.
It's a problem when you have a single firewall that
you rely on heavily and you need to install a new rule base.
(notice what happens to all those established
sessions?)
Lots of reasons to not rely on a SINGLE
firewall solution.
A six pack is designed at solving problems of load
balancing, availability/reliability, and management.
Usually you will have two routers for internet, two
switches(foundry etc) behind them, two firewalls, and
then two more switches. You can put a bullet in whatever component you choose and your
packets will
still reach their
destination. This also means you can schedule maintenence tasks
easier.
Ideally your core of your network is a fully
redundant switch mesh and as a rule, nothing can connect to the
core without itself being redundant. I guess there
are a million ways to get things done though, this method
keeps the diameter of the network from growing too
quickly and I need my firewalls connected in like fashion.
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Title: RE: FW: [FW1] Platform Question
- [FW1] Platform Question bdolnik
- FW: [FW1] Platform Question bdolnik
- Re: FW: [FW1] Platform Question hesselsp
- RE: FW: [FW1] Platform Question bdolnik
- Re: FW: [FW1] Platform Question Carl E. Mankinen
- RE: FW: [FW1] Platform Question hesselsp
- RE: FW: [FW1] Platform Question Ponte, Paul
- Carl E. Mankinen
