Options to Replace VPN for Multi-Cloud Performance

Many people use VPNs for accessing internal server databases and links or on-premises servers remotely. In fact, VPNs offer one of the best and most secure ways to open sites with restricted access without bearing any significant online risk. However, with the adoption of cloud computing and similar software worldwide, VPNs are no longer the preferred option.

Initially, businesses invested high amounts in VPNs to use the technology for an extensive range of options. Following that, when companies started using cloud computing resources, certain security issues gave them the idea of using VPNs to connect cloud resources safely over the internet.

Why Choose VPN Alternatives for Multi-Cloud Connectivity?

Specific reasons led to the reduction in the use of VPNs for cloud computing, especially multi-cloud connectivity. The main reason was VPN didn’t support the unique features of cloud computing. Although they have other useful features, they weren’t effective in connecting or building multi-cloud deployments over the internet for several reasons below:

• Scalability issues
• Public internet risk
• Performance irregularities
• Constant usage pressure
• Inadequate security functionalities

Multi-Cloud Performance and Connectivity through VPN Alternatives

If you wish to build a high-quality, reliable, and best-performing multi-cloud network, you can choose some of the best VPN alternatives listed below.

Data Center Cross Connects

Do you want lightning-fast speed and high performance throughout your multi-cloud deployment? No other VPN alternative has the ability to compete with the data center cross-connects (direct cross-connect). This VPN alternative involves point-to-point connections, which eliminate any potential network failures. Further, this VPN alternative completely bypasses the internet and has a major advantage against others. It offers the set up of a cross-connect between a vendor’s assets and customer’s servers due to rapid provision through the colocation data center.

Software-Defined Networking

Despite all the advantages of cross-connects, you still cannot directly plug into the world’s biggest cloud computing resources and provider’s servers. The majority of these systems don’t run with a local colocation capability but rather a proprietary hyper-scale data center. In this case, the software-defined network (SDN) offers the next best VPN alternative option.

Through SDN, a provider offers virtualization of local network development while also offering a powerful infrastructure to allow a connection between multiple service providers.

Conclusion

Suppose you wish to set up a network that capitalizes and gains on the maximum potential of multi-cloud deployments. In that case, you will require something as efficient and robust as the VPN alternatives above. SDNs and direct cross-connections offer efficient colocation data centers. Therefore, you don’t have to go through the trouble of setting up costly, complex, and highly unreliable VPN connections from inexperienced providers. With these options, you don’t have to face latency issues and connectivity problems in your multi-cloud deployment anywhere in the world. The colocation data centers will help in running a functional multi-cloud system efficiently.