SD-WAN Devices
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SD-WAN Devices
Add SD-WAN branch and hub firewalls to be managed by
Panorama.
- PanoramaSD-WANDevices
Add the SD-WAN firewall branches and hubs that make up your
VPN cluster and SD-WAN topology that the Panorama management server will manage.
You can also Group HA Peers so HA peers
appear consecutively on the list of devices for ease of use.
You can select BGP Policy to have Panorama create and push to firewalls a
Security policy rule that allows BGP to run between branches and hubs. In SD-WAN plugin
3.1.1 and later releases, select IPv4 BGP Policy or
IPv6 BGP Policy.
Field | Description |
|---|---|
|
Add
| |
|
Name
|
Enter a Name that identifies the SD-WAN
firewall.
|
|
Type
|
Select the Type of SD-WAN firewall:
|
|
Enable Multi-VR Support
|
(Optional) (PAN-OS 11.1.3 and later releases, and SD-WAN
Plugin 3.2.1 and later releases) Enable Multi-VR
Support to configure multiple virtual routers on the
SD-WAN hub.
With multiple virtual routers on the SD-WAN hub, you can have
overlapping IP subnet addresses on branch devices connecting to the
same SD-WAN hub. When you select the Type of
SD-WAN device as Hub, you will be able to
configure multiple virtual routers by selecting Enable
Multi-VR Support option.
When you enable this feature, ensure that
the virtual router names on branches match with the virtual router
name on at least one hub part of the VPN cluster. |
|
Router Name
|
Select the virtual router to use for routing between the SD-WAN hub
and branches. By default, Panorama creates an
sdwan-default virtual router and
enables Panorama to automatically push router configurations.
|
|
Site
|
Enter a user-friendly Site name that
identifies the hub or branch. For example, enter the city name where
the branch firewall is deployed.
|
|
BGP
|
Enable BGP to configure BGP routing for SD-WAN
traffic.
|
|
Router ID
|
Specify the BGP router ID, which must be unique for all routers.
Use the Loopback Address as the Router ID. |
|
Loopback Address
|
Specify a static loopback IPv4 address for BGP peering.
|
|
AS Number
|
Enter the Autonomous System number of the private AS to which the
virtual router on the hub or branch belongs. The SD-WAN plugin
supports only private autonomous systems. The AS number must be
unique for every hub and branch. The 4-byte ASN range is
4,200,000,000 to 4,294,967,294 or 64512.64512 to 65535.65534. The
2-byte ASN range is 64512 to 65534.
Use a 4-byte private ASN. |
|
IPv4 BGP
| |
|
Enable IPv4 BGP support
|
Enable IPv4 BGP to configure BGP routing for SD-WAN traffic.
|
|
Loopback Address
|
Enter the IPv4 Loopback address for BGP peering.
|
|
Remove Private AS
|
Disable (uncheck) the Remove Private AS option
(default is enabled) if you have endpoints that need to exchange
routes with a hub or branch firewall in an SD-WAN BGP topology and
therefore you don’t want to remove private AS numbers (64512 to
65534) from the AS_PATH attribute in BGP Updates.
This setting applies to all BGP peer groups on the branch or hub
firewall. If you need this setting to differ among BGP peer groups
or peers, you must configure the setting outside of the SD-WAN
plugin.
If you change the Remove Private AS setting,
commit to all SD-WAN cluster nodes, and subsequently downgrade to an
SD-WAN plugin version earlier than 2.0.2, then you must perform all
configuration related to Remove Private AS
outside of the SD-WAN plugin or directly on the firewalls.
|
|
Prefixes to Redistribute
|
Add IPv4 prefixes with /prefix length to
redistribute to the hub router from the branch. By default, all
locally connected internet prefixes are advertised to the hub.
However, a hub doesn't redistribute every route to the branch
because the hub can have many connected routes to different branches
or ISPs. Therefore, when configuring a hub device, a prefix to
redistribute is mandatory.
Palo Alto Networks does not redistribute the
branch office default routes learned from the ISP. |
|
IPv6 BGP
| |
|
Enable IPv6 BGP support
|
Enable IPv6 BGP to configure BGP routing for SD-WAN traffic.
|
|
IPv6 Loopback Address
|
Enter the IPv46 Loopback address for BGP peering.
|
|
Prefixes to Redistribute
|
Add IPv6 prefixes with /prefix length to
redistribute to the hub router from the branch. By default, all
locally connected internet prefixes are advertised from the branch
to the hub. However, a hub doesn't redistribute every route to the
branch because the hub can have many connected routes to different
branches or ISPs. Therefore, when configuring a hub device, a prefix
to redistribute is mandatory.
Palo Alto Networks does not redistribute the
branch office default routes learned from the ISP. |
|
BGP Security Policy
| |
|
BGP Policy
|
Select BGP Security Policy and then
Add to have Panorama automatically create
and push to firewalls a Security policy rule that allows BGP to run
between branches and hubs.
|
|
Policy Name
|
Enter a name for the Security policy rule that Panorama automatically
creates.
|
|
Select Device Groups
|
Select the device groups to which Panorama pushes the Security policy
rule.
|
|
Virtual Routers (Optional)
(PAN-OS 11.1.3 and later releases, and SD-WAN Plugin 3.2.1
and later releases)
| |
|
Virtual Router
|
Enter virtual router name to define a new virtual router.
|
|
Zone
| Select an already created Zone in the hub template (NetworkZones) that is appropriate for the virtual router that you are configuring. |
|
Enable IPv4 BGP support
|
BGP routing uses IPv4 addresses and hence Enable IPv4 BGP
Support is enabled by default.
|
|
Upstream NAT
|
Select this tab if you are adding an SD-WAN hub or branch device that
is behind a NAT device.
|
|
Upstream NAT
|
Enable Upstream NAT for the hub. Beginning
with SD-WAN Plugin 2.0.1, you can enable Upstream NAT for a branch.
|
|
SD-WAN Interface
|
Select an interface on the hub or branch that you have already
configured for SD-WAN.
|
|
NAT IP Address Type
|
Select one of the following:
Auto VPN Configuration uses this address as the tunnel endpoint of
the hub or branch.
|
|
(SD-WAN Plugin 3.1.1 and later 3.1 releases)
IPv4 BGP Policy
| |
| Policy Name |
Enter a name for the Security policy rule that Panorama automatically
creates.
|
| Type | Select Hub or Branch. |
|
Select Device Groups
|
Select the device groups to which Panorama pushes the Security policy
rule.
|
|
(SD-WAN Plugin 3.1.1 and later 3.1 releases)
IPv6 BGP Policy
| |
| Policy Name |
Enter a name for the Security policy rule that Panorama automatically
creates.
|
| Type | Select Hub or Branch. |
| Select Device Groups |
Select the device groups to which Panorama pushes the Security policy
rule.
|
|
VPN Tunnel
| |
|
Copy ToS Header
|
(PAN-OS 10.2.1 and later 10.2 releases and SD-WAN 3.0.1 and later
3.0 releases) Copy the (Type of Service) ToS field (ToS
bits or Differentiated Service Code Point [DSCP] markings) from the
inner IPv4 header to the VPN header of the encapsulated packets in
order to preserve the original ToS information. This also copies the
Explicit Congestion Notification (ECN) field.
|
|
Authentication
|
Select the type of authentication: Pre Shared
Key or Certificate that will
occur with the peer gateway.
|
|
Certificate Fields
| |
|
Local Certificate
|
If Certificate is selected as the
Authentication type, select a certificate
that is already on the firewall.
Alternatively, you could Import a certificate,
or Generate a new certificate, as
follows:
Import:
|
|
Local Certificate (cont)
|
Generate:
|
|
Certificate Profile
|
Select a profile or create a new Certificate
Profile that configures the certificate options that
apply to the certificate that the local gateway sends to the peer
gateway. See Panorama > Certificate Management
> Certificate Profile.
|
|
Enable strict validation of peer’s extended key use
|
Select if you want to strictly control how the key is used.
|
|
Comment
|
Enter an optional description.
|
|
Group HA Peers
|
Click the checkbox at the bottom of the screen to cause HA peers to
appear consecutively on the list of devices for ease of use.
|
|
Prisma Access Onboarding
| |
|
Interface
|
Select the physical, sub-interface, or aggregate ethernet interface
for which you have enabled SD-WAN functionality.
|
|
Tenant
|
Select the Prisma Access deployment for which to leverage SD-WAN.
|
|
Comment
|
Enter a comment to describe the Prisma Access deployment leveraging
SD-WAN. Up to 1,024 characters are supported.
|
|
Region
|
Select the location where the Prisma Access hub is deployed. The list
of available regions is based on the Tenant you select.
|
|
IPSec Termination Nodes
|
Select an IPSec Termination Node associated with the remote network
secured by the Prisma Access deployment. You can select up to four
(4) IPSec Termination Nodes for a single Prisma Access deployment.
The list of available IPSec Termination Nodes is based on the Region
and Tenant you selected.
|
|
BGP
|
Check (enable) BGP for the IPSec tunnel. Displays
true if enabled and
false if disabled.
|
|
Advertise Default Route
|
Check (enable) to allow Prisma Access to advertise a default route
for the remote network using eBGP when leveraging SD-WAN for Prisma
Access deployments. Displays true if
enabled and false if disabled.
When onboarding and configuring remote networks for your Prisma
Access deployment, you must publish your default routes before you
make the selection to advertise them. In addition, be sure that the
remote network does not have another default route advertised by
BGP, or you could introduce routing issues in your network.
|
|
Summarize Mobile User Routes Before Advertising
|
Check (enable) to summarize mobile user IP subnets advertised over
BGP to reduce the number of mobile user IP subnets are to customer
premises equipment (CPE). Displays true
if enabled and false if disabled.
By default, Prisma Access advertises the mobile users IP address
pools in blocks of /24 subnets. If you summarize them, Prisma Access
advertises the pool based on the subnet you specified. For example,
Prisma Access advertises a public user mobile IP pool of 10.8.0.0/20
using the /20 subnet, rather than dividing the pool into subnets of
10.8.1.0/24, 10.8.2.0/24, 10.8.3.0/24, and so on before advertising
them. Summarizing routes in advertisements can reduce the number of
routes stored in CPE routing tables.
|
| Don’t Advertise Prisma Access Routes |
Check (enable) to prevent Prisma Access BGP peer from forwarding
routes into your organization’s network when leveraging SD-WAN for
Prisma Access deployments. Displays
true if enabled and
false if disabled.
By default, Prisma Access advertises all BGP routing information,
including local routes and all prefixes it receives from other
service connections, remote networks, and mobile user subnets.
Enable this setting to prevent Prisma Access from sending any BGP
advertisements when leveraging SD-WAN, but still use the BGP
information it receives to learn routes from other BGP
neighbors.
Because Prisma Access does not send BGP advertisements if this
setting is enabled, you must configure static routes on the
on-premises equipment to establish routes back to Prisma Access.
|
|
Prisma AS Number
|
The Autonomous System number of the private AS to which the virtual
router on the Prisma Access hub belongs. The SD-WAN plugin supports
only private autonomous systems. The AS number must be unique for
every hub and branch. The 4-byte ASN range is 4,200,000,000 to
4,294,967,294 or 64512.64512 to 65535.65534. The 2-byte ASN range is
64512 to 65534.
|
|
Tunnel Monitor IP
|
The tunnel monitor IP address provided by Prisma Access for IPSec
tunnel monitoring. This is displayed after you successfully onboard
a Prisma Access hub.
|
|
Service IP
|
The public IP address of the Prisma Access hub. This is displayed
after you successfully onboard a Prisma Access hub.
|
|
Secret
|
Enter and confirm a passphrase to authenticate BGP peer
communications.
|
|
Link Tag
|
Configure a link tag to identify the Prisma Access hub when
applications and services use this link during SD-WAN traffic
distribution and failover.
|
|
Operations
|
Click to perform one of the following operations when configuring
Prisma Access to leverage SD-WAN.
|