Features Introduced in SD-WAN Plugin 3.2
Table of Contents
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- Features Introduced in Enterprise Data Loss Prevention 4.0.4
- Known Issues in Enterprise DLP Plugin 4.0.4
- Features Introduced in Enterprise Data Loss Prevention 4.0.3
- Known Issues in Enterprise DLP Plugin 4.0.3
- Features Introduced in Enterprise Data Loss Prevention 4.0.2
- Known Issues in Enterprise DLP Plugin 4.0.2
- Features Introduced in Enterprise Data Loss Prevention 4.0.1
- Known Issues in Enterprise DLP Plugin 4.0.1
- Features Introduced in Enterprise Data Loss Prevention 4.0.0
- Known Issues in Enterprise DLP Plugin 4.0.0
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- Features Introduced in Enterprise Data Loss Prevention 3.0.9
- Known Issues in Enterprise Data Loss Prevention 3.0.9
- Features Introduced in Enterprise Data Loss Prevention 3.0.8
- Known Issues in Enterprise Data Loss Prevention 3.0.8
- Features Introduced in Enterprise Data Loss Prevention 3.0.7
- Known Issues in Enterprise Data Loss Prevention 3.0.7
- Features Introduced in Enterprise Data Loss Prevention 3.0.6
- Known Issues in Enterprise Data Loss Prevention 3.0.6
- Features Introduced in Enterprise Data Loss Prevention 3.0.5
- Known Issues in Enterprise Data Loss Prevention 3.0.5
- Features Introduced in Enterprise Data Loss Prevention 3.0.4
- Known Issues in Enterprise Data Loss Prevention 3.0.4
- Features Introduced in Enterprise Data Loss Prevention 3.0.3
- Known Issues in Enterprise Data Loss Prevention (DLP) Plugin 3.0.3
- Features Introduced in Enterprise Data Loss Prevention 3.0.2
- Features Introduced in Enterprise Data Loss Prevention 3.0.1
- Features Introduced in Enterprise Data Loss Prevention 3.0.0
- Known Issues in Enterprise Data Loss Prevention (DLP) Plugin 3.0.0
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- Features Introduced in Enterprise Data Loss Prevention 1.0.8
- Features Introduced in Enterprise Data Loss Prevention 1.0.3
- Features Introduced in Enterprise Data Loss Prevention 1.0.1
- Known Issues in Enterprise Data Loss Prevention (DLP) Plugin 1.0.8
- Known Issues in Enterprise Data Loss Prevention (DLP) Plugin 1.0.7
- Known Issues in Enterprise Data Loss Prevention (DLP) Plugin 1.0.6
- Known Issues in Enterprise Data Loss Prevention (DLP) Plugin 1.0.4
- Known Issues in Enterprise Data Loss Prevention (DLP) Plugin 1.0.3
- Known Issues in Enterprise Data Loss Prevention (DLP) Plugin 1.0.2
- Known Issues in Enterprise Data Loss Prevention (DLP) Plugin 1.0.1
- Features Introduced in the Enterprise Data Loss Prevention (DLP) Cloud Service
- Limitations
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Features Introduced in SD-WAN Plugin 3.2
New features for SD-WAN 3.2.
The SD-WAN Administrator’s Guide 3.2 provides information about
how to use the SD-WAN plugin features in this release.
What’s New in SD-WAN Plugin 3.2.0
Key features introduced with the SD-WAN plugin 3.2.0 release:
New SD-WAN Feature | Description |
---|---|
IKEv2 Certificate Authentication Support for Stronger
Authentication | The SD-WAN plugin now supports the certificate authentication
type in addition to the default preshared key type for user
environments that have strong security requirements. We support
the IKEv2 certificate
authentication type on all SD-WAN supported hardware
and software devices. |
Public Cloud SD-WAN High Availability (HA) | You can now reduce complexity and increase resiliency by adding
HA to your SDWAN for next-generation firewall public cloud
deployments. Configure up to four IP addresses per SD-WAN
interface, allowing you to deploy SD-WAN on public
clouds to achieve failover in HA active/passive configurations.
Minimize the downtime and ensure session survivability using the
active/passive HA failover in public cloud SD-WAN
environments. |
SD-WAN IPv6 Support | SD-WAN supports IPv6 interfaces, beginning with SD-WAN plugin
3.2.0. You have the flexibility to onboard branch locations in a
hybrid IPv4/IPv6 environment or a full IPv6 environment. SD-WAN
IPv6 support uses intelligent application path steering
technology to provide application reliability and SLAs for IPv6
environments. SD-WAN IPv6 support includes the following
changes:
SD-WAN supports dual stack in the event that one ISP provides you
with only an IPv4 address and another ISP provides you with only
an IPv6 address. You will create separate virtual SD-WAN
interfaces. An IPv4 DIA virtual interface will have Ethernet
with an IPv4 address, while an IPv6 DIA virtual interface will
have Ethernet with an IPv6 address. If a DIA link between a branch and a hub has only IPv6 addresses
on the interfaces at each end, the tunnel is created using IPv6
addresses. If the branch and hub have IPv4 addresses on the
interfaces, the tunnel is created using IPv4 addresses. If the
branch and hub use both IPv4 and IPv6 addresses on the
interfaces, the tunnel is created using IPv4 addresses only
(IPv4 addresses are preferred). If there is a mismatch of
address family identifiers (AFI) between the hub and branch, no
tunnel configuration is generated for that pair of
interfaces. Similarly, a VPN address pool can have both IPv4 and IPv6
addresses configured, in which case IPv4 addresses are preferred
for the tunnel interface and tunnel monitoring. If the IPv4
addresses in the VPN address pool are exhausted, then IPv6
addresses are used for the tunnel interface and tunnel
monitoring. You can also have independent IPv4 VPN address pools that contain
IPv4 addresses and IPv6 VPN address pools that contain IPv6
addresses. |