IT Infrastructure

The Top 5 IT Infrastructure Solutions

Discover the top IT infrastructure solutions recognized for their scalability, robust security measures, seamless integration capabilities, comprehensive monitoring, and management tools.

Last updated on Jan 10, 2025
Joel Witts
Laura Iannini
Written by Joel Witts Technical Review by Laura Iannini
The Top 5 IT Infrastructure Solutions Include:
  1. 1.
    AWS Global Infrastructure
  2. 2.
    Cisco Meraki
  3. 3.
    IBM IT Infrastructure Solutions
  4. 4.
    Microsoft Azure IaaS
  5. 5.
    VMWare Global Infrastructure

IT infrastructure solutions can include everything from computing networks to data platforms, and data storage. IT infrastructure solutions must effectively support various IT components such as hardware, software, and various network resources – allowing IT teams to manage their operations efficiently. They should deliver robust data security, operational efficiency, and seamless connectivity.

There’s an assortment of IT infrastructure solutions, ranging traditional hardware infrastructure, to cloud environments and edge computing to data centers, virtualization, and end-user computing. A top-tier IT infrastructure solution provides businesses with flexibility, scalability, and ease of integration with existing systems. The right solution further simplifies processes, reduces cost, improves productivity, enhances service delivery, and ensures data is safeguarded against potential breaches.

Given the range of options available, selecting the right IT infrastructure solution can be a daunting task. In this article we’ll deep dive into the features, capabilities, and advantages of the top IT infrastructure solutions. This guide is based on our own product analysis, user feedback, and the overall market reputation of the vendors.

Amazon Web Services (AWS) is a widely adopted cloud platform, offering over 200 comprehensive services from data centers worldwide. AWS Global Cloud Infrastructure serves millions of customers, including startups, established enterprises, and governmental agencies. AWS’s expansive cloud infrastructure can be used for deploying application workloads worldwide or for creating and launching specific applications for end-users.

AWS is noted for its robust security protocols and its trusted global infrastructure. AWS’s data security measures are designed to meet the world’s most stringent security requirements. Information flowing across its global network is encrypted before leaving secured facilities, ensuring confidentiality of the data. AWS offers unmatched network availability. Each of their regions is fully isolated, comprised of multiple Availability Zones (AZs) which further protects against any potential issues ensuring high availability.

Performance across AWS’s global infrastructure is excellent, with low latency and high network quality. It can also quickly scale resources, providing capacity for hundreds or thousands of servers in minutes. The infrastructure also harbors considerable flexibility, allowing clients to decide how and where they want to run their workloads. AWS infrastructure spans 33 regions, 36 local zones, and reaches 245 countries and territories globally.

1.

AWS Global Infrastructure

AWS Global Infrastructure Logo

Cisco Meraki provides network management through its out-of-band cloud architecture. This innovative approach allows the creation of secure, scalable, and easy-to-deploy networks, which can be managed from virtually any location and device. Through the Meraki Dashboard and Mobile App, network management simplicity can be achieved easily.

This solution is a scalable enterprise solution. Some key offerings include an enterprise-grade cloud management solution (Meraki Dashboard), indoor and outdoor access points (MR product line), and adjunct security appliances (MX product line) that offer routing, switching, security, remote access, and wireless capabilities. An additional feature, the Systems Manager, is a cloud-based Enterprise Mobility Management tool that seamlessly integrates with the other products, allowing the management and control of numerous mobile and desktop devices.

Cisco prioritizes security in its design and construction. The Cisco Meraki network is trusted widely due to its integrity and reliability. It also offers a simplistic licensing model, providing a single Meraki Dashboard license for every managed network device with technical support included in the license price. Deployment is designed for easy setup – requiring only power and an internet connection. Plus, remote management allows for a more streamlined user experience. Additional features include automatic firmware upgrades, Layer 7 traffic visibility, and a dynamic automatic network topology map.

Cisco Meraki also offers the Meraki Marketplace – an extensive library of apps that enhances user experiences and introduces new integration opportunities.

2.

Cisco Meraki

Cisco Meraki Logo

IBM is a leading provider of IT Infrastructure Solutions, specializing in servers, storage, and software designed to support enterprise hybrid cloud and AI strategies. From the latest server models to innovative storage systems and software, IBM’s infrastructure solutions are trusted by numerous organizations globally to modernize and scale their operations both on-premises and in the cloud. Coupled with secure hybrid cloud and advanced AI-driven automation and insights, these solutions provide businesses with the ability to modernize in place and at their own pace.

IBM prioritizes security and data protection across its infrastructure solutions. Implementing a zero-trust approach, these technologies enhance protection against breaches, maintain data privacy across hybrid ecosystems, and consolidate data protection with high levels of cyber resilience. In addition, IBM Mainframes ensure critical data and applications are secured across hybrid IT environments, offering advanced security capabilities to safeguard systems from constantly emerging security threats.

IBM also provides technology lifecycle services, offering deep-expertise support for your hybrid cloud infrastructure. This enables teams to incorporate advanced data-driven automation into their operational strategies. With these comprehensive IT infrastructure solutions, IBM offers businesses the opportunity to modernize applications, servers, and storage on their terms, seamlessly integrating these elements with hybrid cloud and AI technologies.

3.

IBM IT Infrastructure Solutions

IBM IT Infrastructure Solutions Logo

Microsoft Azure’s Infrastructure-as-a-Service (IaaS) offer a range of cloud computing capabilities, including virtual machines, storage, networks, and operating systems on a pay-as-you-go basis. This is backed by a secure, scalable, and robust enterprise-grade cloud infrastructure.

Azure provides a comprehensive suite of services that cater to different application development needs. Azure Virtual Machines, Azure Kubernetes Service and Azure Red Hat OpenShift give teams the freedom to consistently run applications across distributed locations. This is complemented by infrastructure components including Compute, Storage, and Networking, enabling optimization of IT costs and efficiencies.

Azure IaaS ensures consistency across hybrid and multicloud environments. Azure Arc and Azure Stack HCI are among the tools the platform houses for enhanced flexibility. Azure prioritizes security and compliance, offering built-in security services to protect workloads and networks. This includes Azure Firewall, Azure Front Door, and Azure DDoS Protection.

Azure Virtual Machines, a significant aspect of Azure IaaS, provide the ability to deploy persistent VMs with customizable server workloads. Optimized for a range of operations including general-purpose, storage, memory, and graphics-intensive tasks, VMs offer scalable computing resources with usage-based pricing.

4.

Microsoft Azure IaaS

Microsoft Azure IaaS Logo

VMware is a global provider of End-User Computing (EUC) and cloud management services, focusing on delivering secure workspaces and managing cloud environments worldwide. The company specializes in offloading manual tasks via advanced workflows and agile templates, quickening the time to market through guided set-up, resource discovery, and onboarding provision. In 2022, Broadcom announced a $61 billion acquisition deal with VMware.

VMware offers secure, self-service multi-cloud management, bringing governance and lifecycle management to various cloud domains, whether private, hybrid, or public. The multi-cloud management allows for consistent infrastructure requests and provisioning of resources across multiple cloud platforms, further enhanced by a robust self-service catalog and REST API.

The company incorporates centralized policies and governance with templatized cloud and policy definition, ensuring cloud environment visibility and automated remediation. VMware also leverages cloud agnostic templates that enable deploying resources on VMware Clouds or diverse public clouds (such as AWS, Azure, Google Cloud).

Further, VMware allows customization with VMware Aria Automation Orchestrator and third-party tools, providing infrastructure pipelining to facilitate user-friendly release automation processes.

5.

VMWare Global Infrastructure

VMWare Global Infrastructure Logo

Everything You Need To Know About IT Infrastructure (FAQs)

What Is IT Infrastructure?

IT infrastructure refers the tools used to build IT applications and services. They are the foundations for your network that include hardware, data centers, servers, cloud applications, data platforms, and edge capabilities.

Often IT infrastructure is made up of many interconnected components. Key components of IT infrastructures include:

  • On-premises data centers
  • Multi-cloud environments, including service providers such as Microsoft Azure, Amazon Web Services or Google Cloud
  • Edge computing devices
  • Digital workplace applications
  • Network infrastructure such as SD-WAN (Software-Defined Wide Area Network)
  • Security systems and tools
  • Dara centers
  • Servers and server rooms

What Are The Different Types Of IT Infrastructure?

Primarily, there are two types of infrastructure: traditional hardware and software components; and cloud infrastructure solutions.

  1. Traditional IT infrastructure is comprised of data centers, servers and physical networking hardware associated with running an in house IT set-up. This can be costly and requires physical space and power. It can, however, give confidence in security and ownership of technologies. This is the traditional IT setup for a business, prior to the adoption of cloud technologies.
  2. Cloud IT Infrastructure on the other hand is virtual and delivered via cloud services. Computing resources are delivered via virtualization, which delivers IT infrastructure resources to all users with an internet connection, wherever they are located. Cloud infrastructure is also referred to as Public Cloud infrastructure and is delivered by cloud providers such as Microsoft Azure, Amazon Web Services, and Google.

What Should You Consider When Building IT Infrastructure?

When building out IT infrastructure, complexity, cost, and goals can vary widely based on your organization’s requirements and business needs. With that said, for all organizations IT infrastructure should be reliable, versatile and ensure secure access for all users. It is important to consider:

  1. Reliability: Ensure tools are reliable, with features to minimize disruptions and downtime. Also consider disaster recovery and data backup in case of major system errors, ransomware, or natural disasters.
  2. Performance: Stable, fast performance is crucial. This can be achieved via virtualization, low-latency networks, and WANs.
  3. Security: Security is a vital consideration to protect data and prevent cyber-attacks. Ensure you work with secure infrastructure solutions with a focus on data protection and integrations with security tools.
  4. Load Balancing: Load balancing solutions can prioritize network traffic according to need ensure smooth and consistent performance for all users even at time of network stress.
  5. Future Proofing: Building your IT infrastructure cannot take place overnight. Consider solutions that enable continuous improvements and scalability as you grow your business
Written By

Joel Witts is the Content Director at Expert Insights, meaning he oversees all articles published and topics covered. He is an experienced journalist and writer, specialising in identity and access management, Zero Trust, cloud business technologies, and cybersecurity. Joel is a co-host of the Expert Insights Podcast and conducts regular interviews with leading B2B tech industry experts, including directors at Microsoft and Google. Joel holds a First Class Honours degree in Journalism from Cardiff University.

Technical Review
Laura Iannini
Laura Iannini Cybersecurity Analyst

Laura Iannini is an Information Security Engineer. She holds a Bachelor’s degree in Cybersecurity from the University of West Florida. Laura has experience with a variety of cybersecurity platforms and leads technical reviews of leading solutions. She conducts thorough product tests to ensure that Expert Insights’ reviews are definitive and insightful.