When it comes to the relative merits of hybrid work approaches, there can be a range of opinions; some are strong advocates, some see significant downsides, and many fall somewhere in between. About the one thing pretty much everyone can agree upon is that the rise in hybrid work has made the jobs of IT operations teams much more challenging. On any given day, a user may be working in the office, from their home kitchen, a neighborhood café, or just about anywhere else.

In recent years, the adoption of SD-WAN technologies has taken off, and shows no signs of slowing. As enterprises become increasingly reliant upon these technologies, it grows ever more critical to ensure optimal availability and services levels are delivered. Most SD-WAN technologies feature monitoring capabilities. However, as outlined in one of my prior posts, there are several key limitations to these offerings.

In today's fast-paced digital world, keeping up with the latest technology advancements is crucial for businesses to stay ahead of the competition. This is especially true in the world of IT infrastructure management, where technology is rapidly evolving and new solutions are being developed to meet the changing needs of enterprises, government agencies and managed service providers.

In recent years, network operations teams have had to contend with several critical challenges, including: In response to these challenges, teams are increasingly turning to SD-WAN. The market for SD-WAN is massive, and continuing to grow, potentially reaching $47 billion by 2031. Through SD-WAN technologies, organizations are able to realize a number of benefits. However, these benefits aren’t a sure thing. In fact, many teams encounter challenges with their SD-WAN implementations.

Fidelity National Information Services, Inc. (FIS) is an American multinational corporation which offers a wide range of financial products and services. FIS is most known for its development of Financial Technology, or FinTech. FIS has a portfolio of products for the financial services sector, including both retail and investment banking. FIS global customers connect to services from FIS’s Little Rock, AR datacenter.

Network traffic monitoring has become critical in today's digital age, where businesses rely on various applications and services to operate. As the amount of data transmitted over networks continues to grow exponentially, network administrators must keep a close eye on the traffic to ensure optimal network performance and security. Network administrators must have a deep understanding of packet flows, collection methods, and analytics to ensure that their networks are secure and performing optimally.

Let's start by simply stating that MPLS is arguably still the leading way to interconnect remote offices back to the company’s primary data centers. MPLS is also great for real-time traffic (like video conferencing). Yet even with those facts working in MPLS’s favor, its usage is dropping year after year. According to TeleGeography’s annual WAN Manager Survey, there was a 24% drop from 2019 to 2020 – and that trend hasn’t slowed down.

Software-Defined Wide Area Network (SD-WAN) is a network architecture that provides organizations with a flexible, secure, and cost-effective way to manage their networks. SD-WAN technology abstracts the underlying network and provides an intelligent layer of abstraction, making it possible to manage network traffic and dynamically control the flow of data. SD-WAN technology is an attractive option for organizations looking to improve the performance and security of their networks.

The adoption of software-defined wide area network (SD-WAN) technologies continues to pick up pace. By employing SD-WAN technologies, organizations have the potential to realize a range of advantages. Teams can achieve better performance while using lower cost, using commercially-available technologies. For example, teams can use public internet services rather than more expensive private WAN technologies, such as MPLS.