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level102/networking/infrastructure-features/index.html
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@@ -2053,7 +2053,7 @@ implemented in different ways</p>
<p>Hardware load balancers: A LB device is placed inline of the traffic
flow, and looks at the layer 3 and layer 4 information in an incoming
packet. Then determine the set of real hosts, to which the connections
are to be redirected. As covered in the <a href="http://athiagar-ld2:8000/linux_networking/Phase_2/scale/#load-balancer">Scale</a> topic, these load balancers can be set up in two ways,</p>
are to be redirected. As covered in the <a href="https://linkedin.github.io/school-of-sre/level102/networking/scale/#load-balancer">Scale</a> topic, these load balancers can be set up in two ways,</p>
<ul>
<li>
<p>Single-arm mode: In this mode, the load balancer handles only the
@@ -2089,7 +2089,7 @@ and outgoing traffic.</p>
<p>DNS based load balancer: Here the DNS servers keep a check of the
health of the real servers and resolve the domain in such a way that the
client can connect to different servers in that cluster. This part was
explained in detail in the deployment at <a href="http://athiagar-ld2:8000/linux_networking/Phase_2/scale/#dns-based-load-balancing">scale</a> section.</p>
explained in detail in the deployment at <a href="https://linkedin.github.io/school-of-sre/level102/networking/scale/#dns-based-load-balancing">scale</a> section.</p>
</li>
<li>
<p>IPVS based load balancing: This is another means, where an IPVS