Exinda Network Orchestrator
4 Settings
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To export a certificate
If an SSL certificate is only available on one appliance, export the certificate so it can be imported onto the other Exinda
appliances on the network.
1.
In the
All Certificates and Keys
table, locate the certificate in the list, and click
Export
.
2.
Select the format for the exported certificate.
3.
Click
Save
.
The certificate is downloaded onto the computer accessing the Exinda Web UI.
To delete a certificate
Delete an SSL certificate from the Exinda Appliance when it expires, or becomes invalid.
1.
In the
All Certificates and Keys
table, locate the certificate in the list, and click
Delete
.
2.
In the confirmation dialog, click
OK
.
The certificate is deleted.
4.4 Optimization services
The Exinda optimization technology enables applications to run faster over the WAN. Latency in the network affects user
productivity and satisfaction with their applications and network. Latency can be due to the sheer volume of data that
must be returned for the given application as well as contention for the available bandwidth, the distance that the data
must travel while the user is waiting for the data to be retrieved, including the number of back-and-forth
communications of "chatty" applications, and failures of the data delivery requiring the data to be retransmitted .
The Network Orchestrator appliance uses a variety of techniques to address these issues. The appliance can reduce the
amount of data transmitted over the WAN by using deduplication, compression, and caching techniques. The appliance
can minimize delays associated with waiting for the data to be returned by reducing the chattiness of particular
protocols and by anticipating requests for data and pre-fetching the data. The appliance can also reduce the frequency
of data delivery failures so that data does not have to be retransmitted.
Learn about the optimization services available on the Exinda Appliance(s). There are several services that manage the
various kinds of traffic on your network, each of which you can manage.
4.4.1 How Appliance Discovery Works
4.4.2 Configuring the Optimization Services
4.4.3 Universal Acceleration Service
4.4.4 Protocol-specific Acceleration
4.4.1 How Appliance Discovery Works
For the most part, acceleration requires two appliances: one to accelerate (such as compressing, or deduplicating data)
and one to decelerate (such as recomposing the traffic from the compressed deduplicated traffic). Therefore each
appliance must know of the other appliances with which it can accelerate. To find other appliances, the appliances have
an auto-discovery process. It is used for two purposes:
The discovery of which connections can be accelerated.
The discovery of new Exinda appliances on the network.
Summary of Contents for EXNV-10063
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