Bobcares

OVH Failover IP Gateway | More About

by | Dec 12, 2023

OVH offers a feature called OVH Failover IP Gateway. Read the article to find out more. Bobcares, as a part of our Server Management Service offers solutions to every OVH query that comes our way.

What is OVH Failover IP Gateway?

OVH is a prominent provider of cloud solutions and hosting services. One of its features is the OVH Failover IP Gateway. We may set up a gateway IP address for the failover IP addresses using this feature.

An extra IP address that may be linked to a server or VM is known as a failover IP address in the context of networks. It serves as a fallback in the event that the primary IP address is unavailable. One IP address may be designated as the gateway for all of the failover IP addresses using the OVH Failover IP Gateway functionality.

Setting up a failover IP gateway will make network configuration and infrastructure maintenance easier. We can use a single gateway IP address for all failover IP addresses rather than allocating separate gateways to each one. As a result, maintaining network routing is made simpler and consistent connectivity is maintained across the system.

Using the OVH control panel or API, we can effortlessly set up and modify the gateway IP address for the failover IP addresses when using the OVH Failover IP Gateway. Because of its adaptability, we may modify the network setup as necessary to guarantee high availability and a smooth failover in the event that the primary IP address has problems.

Setup Steps

1. With the login credentials, access the OVH management panel.

2. Find the “Failover IP” area in the control panel.

3. Assign or link the server or device to the failover IP address. Usually, this is choosing the server from the list and setting the failover IP to correspond with it.

4. Configure the network interface of the server or device by getting physical access or via a remote management panel.

5. Assign the network interface’s failover IP address to serve as its gateway. The operating system on the server will determine the precise procedures to do this. To define the IP address and gateway, for instance, we would normally change the network configuration file (such as /etc/network/interfaces) on a Linux machine.

6. In order to make sure that network traffic is correctly routed through the failover IP address, we may need to set up routing rules, depending on how the network is configured.

7. Set the failover IP as a gateway for traffic passing through the server’s firewall.

8. Make sure that network traffic is successfully routed and that the failover IP address is configured as the gateway by testing the connectivity.

[Want to learn more? Reach out to us if you have any further questions.]

Conclusion

In general, the OVH Failover IP Gateway function makes managing and configuring failover IP addresses in the infrastructure easy and effective, which streamlines network configuration and boosts dependability.

PREVENT YOUR SERVER FROM CRASHING!

Never again lose customers to poor server speed! Let us help you.

Our server experts will monitor & maintain your server 24/7 so that it remains lightning fast and secure.

GET STARTED

0 Comments

Submit a Comment

Your email address will not be published. Required fields are marked *

Never again lose customers to poor
server speed! Let us help you.

Privacy Preference Center

Necessary

Necessary cookies help make a website usable by enabling basic functions like page navigation and access to secure areas of the website. The website cannot function properly without these cookies.

PHPSESSID - Preserves user session state across page requests.

gdpr[consent_types] - Used to store user consents.

gdpr[allowed_cookies] - Used to store user allowed cookies.

PHPSESSID, gdpr[consent_types], gdpr[allowed_cookies]
PHPSESSID
WHMCSpKDlPzh2chML

Statistics

Statistic cookies help website owners to understand how visitors interact with websites by collecting and reporting information anonymously.

_ga - Preserves user session state across page requests.

_gat - Used by Google Analytics to throttle request rate

_gid - Registers a unique ID that is used to generate statistical data on how you use the website.

smartlookCookie - Used to collect user device and location information of the site visitors to improve the websites User Experience.

_ga, _gat, _gid
_ga, _gat, _gid
smartlookCookie
_clck, _clsk, CLID, ANONCHK, MR, MUID, SM

Marketing

Marketing cookies are used to track visitors across websites. The intention is to display ads that are relevant and engaging for the individual user and thereby more valuable for publishers and third party advertisers.

IDE - Used by Google DoubleClick to register and report the website user's actions after viewing or clicking one of the advertiser's ads with the purpose of measuring the efficacy of an ad and to present targeted ads to the user.

test_cookie - Used to check if the user's browser supports cookies.

1P_JAR - Google cookie. These cookies are used to collect website statistics and track conversion rates.

NID - Registers a unique ID that identifies a returning user's device. The ID is used for serving ads that are most relevant to the user.

DV - Google ad personalisation

_reb2bgeo - The visitor's geographical location

_reb2bloaded - Whether or not the script loaded for the visitor

_reb2bref - The referring URL for the visit

_reb2bsessionID - The visitor's RB2B session ID

_reb2buid - The visitor's RB2B user ID

IDE, test_cookie, 1P_JAR, NID, DV, NID
IDE, test_cookie
1P_JAR, NID, DV
NID
hblid
_reb2bgeo, _reb2bloaded, _reb2bref, _reb2bsessionID, _reb2buid

Security

These are essential site cookies, used by the google reCAPTCHA. These cookies use an unique identifier to verify if a visitor is human or a bot.

SID, APISID, HSID, NID, PREF
SID, APISID, HSID, NID, PREF