Is Enterprise Cloud Strategy essential?
Yes, every company needs a cloud strategy. However, not every company has the same reason to adopt a cloud strategy. Some enterprises will want to achieve 100% digital transformation through cloud migration and cloud-native applications. Others may decide to modernize applications and update their integrations. The remaining companies could perhaps decide on a hybrid cloud approach.
There are many different possibilities and decisions to make.
With a detailed and well-planned cloud strategy, the right approach becomes clear and implementable.
Three major reasons why a cloud strategy is critical for any enterprise
1. Enterprise Tech is moving to the Cloud
We have observed the trend for the last 5 years where an increasing number of software vendors are making their product features available only on the cloud using a SaaS model. This has a distinct advantage where customers can enjoy a pay-as-you-go format.
- Office 365’s latest product features are only available in the cloud
- Power BI is moving towards cloud-only status
- Large vendors including SAP are focusing on cloud-based services, such as HANA
- The latest advanced analytics and AI tools are only available on cloud platforms
- Many DevOps capabilities are only available as cloud-based projects
It’s more than a temporary trend. Cloud-based solutions can provide more value, flexibility, and power.
With a cloud strategy, it enables extensive comprehension of the vendors in your industry. Are they cloud-only? Does that limit your choices? How can you increase your compatibility?
2. Enabling Technologies make Cloud Solutions more effective
During this era, enterprise IT has a number of enabling technologies and on-premise processes that make movement inbound and outbound of the cloud much easier.
With containerization, microservices, API gateways, and DevOps automation, developing a hybrid or full-cloud enterprise stack is a more effective and simpler process.
Adopting these technologies improve both on-premise benefits and the preparation for utilizing cloud platforms and capabilities. With a cloud strategy, you can plan to address these capabilities more effectively.
3. Mobility is now a mandate
Mobility isn’t a new trend, but we are continuing to see the need for our employees and customers to access applications and information from any device, from any location and at any time.
New employees have higher expectations around mobility and the ability to work from anywhere and particularly with the recent pandemic, it has become a critical component of our work process. Customers across all industries are seeing an increasing demand for free access to information and services.
The importance of the cloud idea is embedded within its simplicity: utilizing the cloud for everything from employee productivity tools to data analytics improves mobility. A cloud strategy will help you assess the security, accessibility and cost-benefit analysis of increasing mobility through cloud services and applications.
Why cloud computing is the future
Considering the many benefits that cloud computing offers to organizations, it is increasingly becoming the new normal. Cloud computing is helping the society to cope with future problems such as managing big data, cybersecurity, and quality control. In addition to this, emerging technologies such as Artificial Intelligence, Blockchain technology, and many other capabilities are becoming available as services through cloud computing.
Consequently, as these technologies are becoming adaptable to different platforms and locations, more and more organizations are moving to the cloud. Innovations based on cloud computing such as cloud automation and the Industry cloud are also being developed to integrate cloud computing into more specific industrial activities, which will make various operations even more streamlined.
Top Cloud Computing Technologies
The different innovation of cloud computing are listed below:
It is the process of sharing license keys to physical instances of application among different users of the enterprise. The main purpose of this technology is to provide a standard version of the cloud application to all clients. It is commonly used for its flexibility and instant running process. A few types of virtualization are:
Hardware Virtualization: If the virtual machine is directly installed on hardware servers then it is termed Hardware Virtualization because it is easy to control a Virtual Machine than a physical server.
Operating System Virtualization: If the virtual machine is installed in a guest server instead of the hardware system, then it is referred to as Operating System Virtualization. One key component of this type of virtualization is that the kernel of the parent operating system is the same kernel used in each guest operating system. Various resources like Memory and CPU can be managed very effectively in this kind of an environment.
Server Virtualization: If the virtual machine is installed on the system it is referred to as Server Virtualization. It is divided into multiple resources and utilized for load balancing on-demand basis.
Storage Virtualization: The process of collecting physical storage from different network storage devices is known as Storage Virtualization. It is mainly used for back-up and recovery.
2. Service-Oriented Architecture
SOA is an application which divides the services into individual business functions and procedure daily. This unique component of cloud application enables cloud-related arrangements that can be modified and adjusted on request as business needs. Service-oriented system diffuses two major components, one is Quality as service and other as software as service. The function of Quality of service is to identify the function and behavior of a service from a different view. Software as a service provides a new delivery model of software which is inherited from the world of application service providers
3. Grid Computing
This is a process of connecting multiple servers from multiple to achieve a common goal. Grid computing turns large problems into smaller ones and broadcast to servers and place them within the grid. It is mainly applied in e-commerce and intended to share the resources on huge scale cluster computing.
4. Utility Computing
This process relies on the pay-per-utilize model. It gives computational services on demand for a metered benefit. It mainly helps in cost-cutting by reducing initial investment. As the computing requirements for a business change, the billing also changes accordingly, without acquiring any additional cost. If the client usage has decreased, then billing cost also reduces accordingly.
Where do we Use Cloud Computing?
1. Infrastructure as a Service (IaaS)
Cloud computing offers virtual and physical computers. The actual machines are accessed by hypervisors that are grouped into pools and managed by operational supportive networks. Cloud computing introduces operating framework pictures on actual machines and application programming. Infrastructure as a service offers resources like firewalls, IP addresses, monitoring services, storage, bandwidth, and virtual machines and so on, all are made available to the clients on cost on a time basis. Examples: Windows Azure, Google Compute Engine, Amazon EC2, Rackspace.
2. Platform as a Service (PaaS)
It is the part of the application development and deployment platform as an available service to programmers or developers. They can utilize the basement to build, deploy, test and handle SaaS applications effectively. The major attributes of PaaS have point-and-snap equipment that empowers the programmer to design web-based applications. Some examples are Google, Force.com, Apache, AWS elastic beanstalk and Windows Azure.
3. Software as a Service (SaaS)
Software as a service (or SaaS) is a way of delivering applications over the Internet – as a service. Instead of installing and maintaining software, you simply access it via the Internet, freeing yourself from the task of managing the software and hardware.
SaaS applications are sometimes called Web-based software, on-demand software, or hosted software as it often involves the transmission of applications to end-users through web browsers. Cloud clients install it and they can enable them to run on the cloud platform. The provider manages access to the application, including security, availability, and performance. The best example of this is an Office Suite.
SaaS provides us the Application Programming Interface (API), which allows the developers to build the desired application.
The conclusion for cloud computing is that it’s a transformation technology that has helped organizations in different jurisdictions and geographic boundaries to deliver their products and services in a more sophisticated, agile, and effective way.
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