On-Demand Webinar | Simplifying Cloud Connectivity with Secure SD-WAN

Simplifying Cloud Connectivity with Secure SD-WAN

Explore Secure SD-WAN with Netpluz Asia to deliver fast, scalable, and flexible security-driven networking for cloud-first, security-sensitive, and fast growing business

Small and medium-sized enterprises (SMEs) that operate from multiple locations or branches often find themselves relying on low bandwidth internet connections to access their corporate applications or data.

Software-defined wide-area networking (SD-WAN) is rapidly replacing traditional WAN for remote office and branch deployments. While SD-WAN offers performance benefits that support new digital innovations, many SD-WAN solutions lack consolidated networking and security features. In response, many network leaders have had to add a complex assortment of tools and solutions to manage and protect their SD-WAN deployments. Instead, they need a simplified approach to contain costs, improve efficiency, and reduce risks. 

Watch Rueburn Liang of Netpluz Asia, and Chin Ping of Fortinet to discover the reason how SD-WAN automates network traffic over private, wireless, and broadband connections, and provide SMEs with a cost-effective and secure cloud-based WAN connection.

Fortinet Secure SD-WAN the #1 in 2021 Gartner® Critical Capabilities for WAN Edge Infrastructure

In the 2021 Gartner® Critical Capabilities for WAN Edge Infrastructure, Fortinet ranked #1 in the Remote Worker Use Case, a new addition to the report this year.

The Traditional WAN Challenges

If you are facing these challenges, then this webinar is definitely for you!

• Security Concern

  Deploying any new WAN technology can introduce unintended

• Unpredictable Performance

  Prioritizing data over VPN between branches is difficult and causes performance challenges of key applications

• High Cost

  Traditional WAN, especially MPLS, requires a single provider to access many sites that involve higher costs.

• Troubleshooting Issue

  If there are issues in the network, it is difficult to pinpoint the exact cause due to their broad coverage of geographical areas.