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SD-WAN Multi-Cloud by Digital Carbon

Introduction

Organizations are increasingly relying on multi-cloud strategies to improve agility and flexibility, while also reducing costs. However, this shift creates new challenges in terms of networking and security. In particular, ensuring that data and applications are properly protected when accessed across different cloud environments can be difficult. Moreover, ensuring that performance is not adversely affected by the use of multiple cloud providers can also be a challenge. In addition, managing and monitoring a multi-cloud network is also a complex and time-consuming task.

One way to address these challenges is through the use of SD-WAN (software-defined wide area network). SD-WAN provides a number of benefits that can help to improve security in a multi-cloud environment. For instance, SD-WAN can help to encrypt data in transit, making it more difficult for malicious actors to intercept and tamper with sensitive information. In addition, SD-WAN can also help to ensure that traffic is properly routed between different cloud environments, helping to improve performance. Finally, the use of SD-WAN can also help to simplify the management of a multi-cloud network.

What is SD-WAN?

SD-WAN is a type of software-defined networking (SDN) that is designed to improve the performance of wide area networks (WANs). SD-WANs typically use a variety of transport technologies, including broadband internet, MPLS, and LTE. SD-WANs are designed to provide a number of benefits over traditional WANs, including increased flexibility, improved performance, and reduced costs. In particular, SD-WANs can help to improve the performance of cloud-based applications by dynamically routing traffic to the best available path. In addition, SD-WANs can also help to reduce costs by eliminating the need for expensive private circuits.

How Does SD-WAN Work?

SD-WANs typically consist of three main components:

1. SD-WAN controller:

This is a central software application that is used to manage and monitor the SD-WAN. The controller is typically deployed in the cloud.

2. Edge devices:

These are physical devices that are deployed at each location that is connected to the SD-WAN. Edge devices typically include routers and switches.

3. Virtual appliances:

These are virtual devices that are deployed in the cloud. Virtual appliances typically include firewalls and VPNs

SD-WAN use a variety of protocols to connect edge devices to the controller. The most common protocol is IPsec. When a user attempts to access a cloud-based application, the edge device routes the traffic to the controller. The controller then uses algorithms to determine the best path for the traffic. The controller then sends the traffic to the selected edge device, which forwards the traffic to the destination.

How Can SD-WAN Be Used to Secure Multi-Cloud Environments?

SD-WAN can be used to secure multi-cloud environments in a number of ways. There are a number of ways to do so, but perhaps the most effective is to use SD-WAN to create a secure, direct connection between the data center and the cloud provider. This connection can be used to encrypt traffic between the data center and the cloud provider, ensuring that all data passing through the connection is protected. Additionally, this connection can be used to route traffic through a VPN, which will further protect the data.

In addition, other ways to secure multi-cloud through SD-WAN are as follows:

1. Use firewalls and intrusion detection/prevention systems (IDS/IPS) at the edge of the SD-WAN:

One way to secure SD-WAN is to use firewalls and intrusion detection/prevention systems (IDS/IPS) at the edge of the SD-WAN. This helps to protect the network from threats that may come in from the Internet. Additionally, this also helps to protect the network from internal threats, as well.

2. Deploy security policies at the application and user level:

Another way to secure SD-WAN is to deploy security policies at the application and user level. This helps to ensure that only authorized users have access to the network and that they can only access the applications that they are authorized to use.

3. Use encryption to protect data in transit:

Another way to secure SD-WAN is to use encryption to protect data in transit. This helps to ensure that the data passing through the network is protected from eavesdropping.

4. Secure Connection between Customer’s on-premises network:

Another way is by providing a secure connection between the customer’s on-premises network and the cloud provider’s network. This can be done using an IPsec VPN or a SSL/TLS VPN. Another way is by using SD-WAN to route traffic between different cloud providers.

Multi-Cloud Connectivity with SD-WAN

Multi-cloud environments are becoming more and more common as businesses look to take advantage of the benefits that each cloud provider has to offer. However, these environments can be difficult to secure. One way to help secure these environments is to use SD-WAN. SD-WAN can be used to connect different cloud environments together and create a secure network. This type of network can help to prevent data breaches and keep confidential information safe. However, when creating a multi-cloud SD-WAN solution, businesses should consider the following:

  1. Selecting the right service providers: When choosing service providers for a multi-cloud environment, it’s important to select ones that have experience in creating and managing SD-WAN solutions.
  2. Creating a secure network: A secure network is essential for any business, but it’s especially important in a multi-cloud environment. SD-WAN can help to create a secure network by establishing encrypted connections between different cloud environments.
  3. Managing traffic: Traffic management is another important consideration for businesses using a multi-cloud environment. SD-WAN can help to manage traffic by prioritizing certain types of traffic and ensuring that critical data is always routed through the most secure and reliable connection.
  4. Simplifying administration: Multi-cloud environments can be complex to manage and administer. SD-WAN can help to simplify administration by providing a single interface for managing all of the different connections.
  5. Improving performance: SD-WAN can also help to improve the performance of a multi-cloud environment by optimizing the route that data takes and reducing latency.

Conclusion

Multi-cloud environments offer many benefits, but they can also be complex to manage. SD-WAN can help businesses to overcome some of the challenges associated with multi-cloud by simplifying administration, improving performance, and creating a secure network. Additionally, SD-WAN can be used to segment the network, ensuring that traffic between the data center and the cloud is isolated from other traffic on the network. This segmentation can help to improve security and prevent data breaches.

If you want to secure your access to multiple cloud environments, why not try our VMware SD-WAN solution for FREE!

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Our head office is located in the tech hub of East London Tech City
OUR LOCATIONSWhere to find us?
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To stay up to date with the latest news and technologies, follow us on our social media channels.

Copyright by Digital Carbon. All rights reserved.

Copyright by Digital Carbon. All rights reserved.