enterprise spending on cloud infrastructure services in Q2 2022
Synergy Research Group
CAGR of the global cloud infrastructure market from 2021-2030
Emergen Research
of the cloud infrastructure services market was controlled by AWS in Q4 2022
Statista
IaaS market segment growth in 2023
Statista
There are four key components making up a typical full-scale cloud infrastructure:
A cloud network is a collection of computing devices to communicate and exchange data through special communication protocols. Physical and virtual tools such as routers, load balancers, and switches provide the connection between individual network elements, and cloud providers build their abstractions around physical elements to provide more robust, unified, and secure connectivity.
Cloud storage is a network file resource that allows an enterprise to securely store large amounts of data on a remote server in the form of files, tables, objects, or blocks and transfer it to other cloud destinations. Moreover, they can ensure data safety in case of system downtimes by distributing it across data centers in different regions. Since setup and maintenance are the responsibilities of a cloud provider, cloud storages are easy to implement. Post-deployment, an enterprise gets access to convenient interfaces and automation tools using generally accepted and standardized protocols to easily manage their cloud without the need for complex app and system configuration.
A server is a device (physical server) or a computer program (virtual server) that processes requests from various network nodes. An integral part of cloud infrastructure, a server can perform various tasks, and allocating computing resources, hosting containers, and empowering cloud-managed service solutions are some of them. Coupled with additional software components, servers act as an intermediate computational layer between hardware resources and the cloud service itself, providing users with virtual versions of hardware resources.
The cloud infrastructure also includes security mechanisms that help encrypt data in storage and transit, detect malware, and authenticate and authorize users. In addition, when using the cloud, enterprises can define service roles to provide employees and clients with granular access to data, further enhancing data security.
Depending on business requirements, enterprises can choose various types of cloud infrastructures based on different deployment models.
An infrastructure can be deployed in a private, public, or hybrid cloud.
There are five main cloud delivery models, each differing in purpose, complexity, and cost.
Infrastructure (hardware, virtualization, network)
Infrastructure and platform
Infrastructure, platform, and software
Infrastructure and software for developing container applications
Infrastructure and a physical or virtual server to host and execute a piece of code
Platform (middleware, OS, runtime) and software
Software
End-user doesn’t need to manage anything and can just use the software
Development, running and management of applications
Building and deploying the code
Within the IaaS model, enterprises rent computing powers from a vendor who provides necessary virtual servers, networks, and storage services. Given that businesses don’t have to configure and maintain hardware, the IaaS model allows for rapid deployment and scaling of cloud infrastructures.
IaaS is typically used for:
Within the PaaS model, a vendor provides an enterprise with a ready-made platform pre-configured for performing certain business tasks. In particular, enterprises’ IT specialists can use PaaS products to build and deploy cloud-based apps.
PaaS is typically used for:
In this model, an enterprise implements a ready-made cloud solution that performs specific and narrow business functions like file storing, cloud data management, or website creation. Businesses do not need to install or manage their own infrastructures, which helps keep maintenance costs low.
SaaS is typically used for:
The CaaS cloud delivery model allows companies to access container-related solutions, computing resources, and tools on demand. Using CaaS, enterprises can run and manage containers without creating and maintaining their own environments for deploying containerized applications.
CaaS is typically used for:
FaaS enables developers to execute and run even small pieces of their code in the cloud without having to manage their own servers. This way, teams can focus on coding and feature development instead of IT infrastructure maintenance.
FaaS is typically used for:
Itransition offers a full range of cloud infrastructure services, including professional advisory, cloud migration, and integration.
We help enterprises comprehensively assess their existing infrastructures, determine their cloud readiness, and create an actionable cloud adoption strategy.
We develop detailed cloud migration strategies, determine the right migration tools and technologies, and help validate migration success after the project ends.
We integrate cloud solutions with other on-premises or cloud applications to create more efficient infrastructures and enable seamless data exchange.
faster time-to-market
We built a microservices-based cloud architecture to help an automotive BI software vendor revamp its proprietary software solution.
web app
We modernized a legacy risk assessment and management system into a cross-platform web application to help the client manage their nuclear power plant more safely and efficiently.
infrastructure
We delivered a microservices-based pay-per-use SaaS solution that automates and streamlines the management of insurance policies and claims.
for hardware and maintenance costs
We helped the client reduce their infrastructure’s total cost of ownership by migrating Jira and Confluence server instances to the cloud.
faster time-to-market
We built a microservices-based cloud architecture to help an automotive BI software vendor revamp its proprietary software solution.
web app
We modernized a legacy risk assessment and management system into a cross-platform web application to help the client manage their nuclear power plant more safely and efficiently.
infrastructure
We delivered a microservices-based pay-per-use SaaS solution that automates and streamlines the management of insurance policies and claims.
for hardware and maintenance costs
We helped the client reduce their infrastructure’s total cost of ownership by migrating Jira and Confluence server instances to the cloud.
faster time-to-market
We built a microservices-based cloud architecture to help an automotive BI software vendor revamp its proprietary software solution.
web app
We modernized a legacy risk assessment and management system into a cross-platform web application to help the client manage their nuclear power plant more safely and efficiently.
infrastructure
We delivered a microservices-based pay-per-use SaaS solution that automates and streamlines the management of insurance policies and claims.
for hardware and maintenance costs
We helped the client reduce their infrastructure’s total cost of ownership by migrating Jira and Confluence server instances to the cloud.
The top five cloud computing platforms companies can use to empower their cloud infrastructure include:
An effective and reliable cloud infrastructure must have the following characteristics:
Cloud infrastructure should ensure round-the-clock availability of cloud computing resources for the enterprise because the continuity of operations depends on it. To prevent potential downtime, enterprises can distribute workloads among several providers and set up regular data backups.
While cloud hosting is often considered more secure than an on-premise approach, still no cloud infrastructure is secure by default. To guarantee the security of corporate and user data, enterprises should regularly audit their cloud infrastructure, regardless of a specific platform provider.
Although maintaining cloud resources is not easy, it should not be a burden for businesses. To facilitate cloud management, enterprises can adopt various automation tools that help create test environments, install patches, and perform other tasks without human involvement.
By shifting to a cloud infrastructure, enterprises can achieve the following business advantages:
Enterprises can smoothly scale their cloud infrastructures on demand, increasing or decreasing usage of computing resources like storage, computing power, or networking capabilities.
By moving workloads to the cloud, businesses can naturally reduce the costs of purchasing and maintaining physical data centers, servers, and other hardware.
With a cloud infrastructure in place, an enterprise can easily adopt emerging technologies, be it artificial intelligence, machine learning, IoT, or robotic process automation, as physical infrastructure’s capabilities no longer limit it.
Working with a cloud infrastructure, employees and clients can access corporate data and systems from anywhere, anytime, which fosters collaboration and leads to improved business performance.
To access the benefits of cloud computing, enterprises should take into account a number of challenging aspects.
As an enterprise uses increasingly more cloud solutions and services, the total cost of cloud usage can rise significantly.
Enterprises can analyze services pricing and optimize cloud usage spending continuously by using frameworks like FinOps, which is a management practice and a set of AWS tools for documenting and analyzing cloud operations and identifying and optimizing cloud costs.
Using computing services from multiple providers can make the infrastructure highly complex, costly, and unmanageable.
An enterprise can initiate a series of training sessions to teach its IT staff to manage the multi-cloud infrastructure more effectively; in addition, an enterprise can resort to third-party managed IT services and delegate maintenance tasks to professionals.
Creating and maintaining a large-scale cloud-based infrastructure requires a wide range of skills and qualifications, from cloud architectures and project managers to DevOps and database engineers.
To close the skill gap, an enterprise can hire a cloud consultant and augment its workforce with third-party professionals.
Although enterprises can delegate this task to a vendor, managing cloud security still remains a shared responsibility in a private or hybrid cloud model.
Enterprises should regularly audit their cloud infrastructures to identify potential loopholes, fix them, and tailor corporate cloud security policies.
Many businesses around the world successfully manage their own cloud IT infrastructures, with Apple, Netflix, and Coca-Cola as the most prominent examples.
Monitoring refers to the tracking of the health and condition of a cloud infrastructure, which helps enterprises find and fix various issues in their cloud environments in a timely manner.
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