The most prevalent form of cloud computing deployment is public clouds. A third-party cloud service provider owns and runs the servers and storage that make up the cloud resources, which are then supplied through the internet. With a public cloud, the cloud provider owns and manages all of the hardware, software, and other supporting infrastructure. (A few vendors include AWS, Azure, and GCP.)
PRIVATE CLOUD
Cloud computing resources used solely by one company or group make up a private cloud. The private cloud may be physically housed at the on-site data centre of your business or it may be hosted by a different service provider. However, in a private cloud, the infrastructure and services are always kept on a private network, and the hardware and software are exclusively used by the specified client.
HYBRID CLOUD
An on-premises infrastructure, or private cloud, and a public cloud are combined to form a hybrid cloud. Data and apps can travel between the two environments thanks to hybrid clouds.
Due to pressing business needs including satisfying regulatory and data sovereignty requirements, maximising on-premises technology investment, or resolving low latency concerns, many enterprises opt for a hybrid cloud solution.
We provide a wide spectrum of customers with complete cloud services and security. We collaborate with our clients to refine machine visibility across public, private, and hybrid clouds, as well as to optimise services, costs, and orchestration of various cloud workloads.
VIRTUAL DESKTOP INFRASTRUCTURE(VDI)
A desktop operating system is executed and maintained in an on-premises or cloud data centre using the virtualization technology known as VDI. To endpoint devices, virtual desktops and programmes are supplied via a network. The desktops and apps are accessed by end users as though they were locally running. Hosted on virtual machines (VMs), virtual desktops are managed by management software. The operating system’s desktop image is provided to endpoint devices (such as laptops, desktop computers, tablets, and smartphones) over a network and is operated on virtual machines (VMs) over a hypervisor. The endpoint devices can then be used by users to interact with the operating system and its applications.
