Cloud computing and connectivity challenges often go hand-in-hand. Businesses must respond by ramping up their network functionality, particularly as the hybrid Cloud becomes an IT strategy.
Gartner analyst Joe Skorupa told TechTarget that businesses largely ignored the network when they began to move to the Cloud. In most cases, organizations tended to be so focused on the security, cost, and scalability of the Cloud that they ended up not thinking about how the technology will impact their networks. It quickly became commonplace to not even have network managers involved in the Cloud migration discussion.
The initial connectivity issues associated with the Cloud only escalate as businesses expand into hybrid environments. In such setups, the inherent challenges of providing adequate connectivity rise when trying to support data traffic between both local and distant third-party configurations. Latency becomes a major problem, especially as geographic distance leads to heightened performance shortfalls. Two major solutions are emerging to resolve these issues: advance Internet connections & direct network links.
Hybrid Cloud Connectivity Options
Google recently announced a new dedicated network system for hybrid Clouds, and its service highlights the growing opportunity for organizations trying to eliminate latency and performance problems. Data Center Knowledge reported that Google's solution serves as a dedicated Internet service that operates as a go-between for enterprise data centers and the Google Cloud. Todd Traver, vice president for IT optimization and strategy at the Uptime Institute, said that robust networking solutions are increasingly needed as businesses embrace hybrid Cloud setups.
Traver goes onto say, “Hybrid Cloud computing has become the industry norm, with systems-of-record computing taking place in the enterprise data centers, [disaster recovery] taking place in colocation data centers, platform or Software-as-a-Service being provided by the Cloud, and customer-facing applications such as video streaming or virtual reality being provided by edge compute.”
Direct network connections, including multi-protocol label switching setups, are popular as companies work to improve performance for their hybrid Cloud setups, the article explained. Google's new Direct Connect solution builds on this type of functionality by blending interconnects and virtual LAN systems to optimize data transit based on the data and services being used. This is all possible because Google has optimal visibility into how customers are using its various services within their hybrid configurations.
Data Center Knowledge reported that Google eventually expects its Cloud connectivity services to become less focused on bringing data between corporate data centers and the Cloud and more between enterprise locations and Cloud systems. This distinction is key, as it highlights the growing trend toward businesses running few workloads in house and relying more heavily on diverse Cloud systems.
Some Closing Thoughts
Whether you go with a direct connection, such as an MPLS, or a solution similar to Google's new Direct System, or opt to upgrade your Internet services, the key is to align the service model with your day-to-day workload demands. The TechTarget report explained that the mindset around networking in the Cloud is shifting. While businesses used to push connectivity to the back burner, the network is slowly becoming a priority now that more companies are relying on hybrid configurations.
The importance of investing in hybrid Cloud connectivity is getting clearer. As businesses explore how to handle their networks, some strategic Cloud computing training could be in order. Selecting the best network service is often a matter of having a deep understanding of IT workloads in order to optimize the cost-to-performance ratio of the network. New Horizons can offer a combination of IT training courses to help technology professionals develop the skills they need to keep pace with the changing connectivity requirements of the hybrid Cloud.