Cloud Productivity Software was possible because remote user connectivity requirements were not very complex back then. In simple terms, this means that if a VPN client is installed on your home computer, it will appear like you’re in the office. In addition, network security was straightforward, so all connections to an office network were trusted. However, the future of cloud computing will make this a reality.
The rise and inefficiencies of Cloud Productivity Software
Vendors offered their applications as a service to the cloud’. This means that you pay only what used. IT departments were less efficient and leaner, and many realized that Software as a Service, a subscription-based model, was more flexible. It eliminated the need for enterprises to spend money building and maintaining data centers. However, it’s not as easy to connect to enterprise pplications as it was in the past. The data center architecture was becoming inefficient, as the applications were not hosted on the companies’ data center but rather on the vendors. As a result, network traffic was now slowing down and using unneeded routes.
An example of this is if you work in San Francisco and are a representative from a New York corporation. To be able to access CRM software in your company, your connection would need to established from San Francisco to New York. There you can access your vendor information center. This made it difficult for users to use the site, resulting in more errors and delays. Due to the increased bandwidth required by modern graphical user interfaces, bandwidth used to move between offices and data centers became more congested over time. Businesses must move beyond slow and inefficient network routing to improve the employee experience. Because of the congestion, many businesses started using local internet breakouts to get around these networks. Branch offices provided internet access that allowed enterprise users to connect directly over the Internet.
The turning point was when software vendors stopped selling desktop apps. Microsoft changed its product offering to Office 365. The cloud was first and desktop clients second. Such decisions have had a dramatic impact on the businessâ€TMs network demands. This approach was impossible because of the current architecture. It meant that businesses could connect to the Internet much more efficiently, making them even more complex. Each branch also required multiple connections. Businesses could now focus more on cybersecurity because branches directly connected with the Internet. The private network was the only way outsiders could access the business networks. But, all this was changing. It was becoming more challenging to protect the networks of all businesses.
Configuring each branch router in a hybrid network is more complex. This meant that each policy change would require reconfiguring all branches routers. A business might have hundreds to hundreds of branches. However, 98% of those branches would be regular internet branches with only one data center. SD-WAN allows a component to having different network profiles to improve its user experience. Standardized profiles created into templates which made it faster and easier to reconfigure branches. In addition, SD-WAN security products with firewalls designed to reduce complexity further.
One thing that made a difference after the global pandemic was the speed at which we learned to collaborate online. After the pandemic, the distributed, mixed workforce appears to be continuing. Customers are looking for new and better ways to connect. Instead of adopting business-critical applications here or innovative collaboration tools there, what can you do to build upon the extraordinary work being done and establish an environment for unified collaboration that bridges all physical and digital spaces.