ConnectU Systems provides a wide range of services for businesses who are looking to transfer their IT services to cloud providers. Cloud-based providers such as Windows Azure can have a dramatic effect on the productivity and scalability of any business operations. Switching to these technologies makes a lot of sense for business owners who intend to expand and increase their potential within the marketplace.
The Cloud offers greater flexibility, scalability and access, with on-demand infrastructure that can adapt to the changing needs of your business. However, the migration from standard hosting on servers to the cloud-based platform can be quite an undertaking for companies who do not deal with these transactions on a day-to-day basis.
At ConnectU Systems we provide an in-depth analysis of your working processes in order to create an entirely new business model using the technologies required. We draw upon our experience and technical knowledge of these areas to produce a robust and accurate plan. After presenting and discussing our proposals with you, we then work closely together to help execute this plan, providing on-going support throughout the implementation and running of this new business model.
Windows Azure allows you to quickly build, deploy and manage applications across a global network of datacenters, without the associated hassle and expense of managing infrastructure.
This results in a business that is more dynamic and competitive, able to change and adapt to a working environment that is constantly fluctuating. This also means increased profitability for the business, improved security measures and more working hours free to spend managing and running the business.
For more information about Windows Azure website hosting and how cloud hosting can benefit your company, contact one of our friendly advisers at (888) 248 7095 or visit our contact page for more details.
We would be happy to provide a free consultation, explain how the process works, and what options are available based on your business model.