Hello, my fellow readers! As organizations rely more and more on digital transformation, it is becoming increasingly difficult to manage IT (information technology) infrastructure for many organizations. Organizations are faced with a variety of challenges while trying to keep their cloud infrastructure operating efficiently and reliably. These challenges include maintaining virtual servers, keeping sensitive data secure and ensuring optimal operational performance across multiple cloud environments.
Cloud Infrastructure Management Services provide support to companies by providing the necessary services (including monitoring, optimisation, security and overall management) required to maintain and operate cloud environments, thus reducing overall operational complexity, thus allowing companies to utilize valuable time toward new product or service development, enhancing customer experience, or growing their company.
In this article, we will review the definition of cloud infrastructure management services, list the major components of cloud infrastructure management services, examine the benefits of cloud infrastructure management services, and understand why cloud infrastructure management services are necessary for modern businesses.
What Are Cloud Infrastructure Management Services?
Cloud infrastructure management services can be defined as the monitoring, maintenance, administration, optimisation, and support of a company's cloud-based infrastructure. Cloud infrastructure management services help ensure that a company's cloud resources (virtual machines, storage, networking, databases, and security systems) are functioning both efficiently and securely.
Businesses using public, private or hybrid cloud infrastructures can benefit from having a cloud infrastructure management service provider to help their companies keep consistent performance for their cloud environments, while reducing the risk of operational downtime and other risks associated with managing an IT infrastructure.
Why do you Need Cloud Infrastructure Management Services?
Adopting cloud infrastructure management solutions can help deal with many crucial challenges.
Operational efficiency: Manual infrastructure management does not scale. You need automation for provisioning, scaling, and maintaining resources across environments.
Cost-control: Lack of proper management can make your cloud spend double due to the over-provisioned resources, forgotten instances, and improper resource allocation, all of which are common problems in cloud asset management.
Security and compliance: Your infrastructure should align with the security standards and regulatory compliance. Management solutions impose consistent provisions across all your cloud resources.
Developer productivity: The engineers are required to develop features, not write YAML or resolve Kubernetes clusters. The appropriate tools save your developers from the issues related to infrastructure. As an example, a timesheet software for engineering teams can make it easier to track time spent on coding tasks and projects.
Multi-cloud flexibility: In case you use multiple cloud providers, management solutions can help you with consistent workflows across AWS, GCP, on-prem, Azure and other platforms.
What are the Four Cloud Infrastructure Services?
When people discuss cloud infrastructure, they mainly emphasize the four building blocks that work together.
Computing power: This provides the computing power required to run applications such as virtual machines and containers, functions in a serverless environment and AI processing using GPUs.
Storage: This is the place where data is stored, including all types of databases and file systems, as well as object storage.
Networking: This connects devices using load balancers, VPNs, firewalls and CDNs so that services can run properly and securely.
Virtualization: This is the abstraction layer that allows many virtual resources to stay together in a physical infrastructure. For example, VMs, containers and software-defined networks.
These four building blocks are provided through the main service models- IaaS, PaaS and SaaS.
Best Cloud Infrastructure Management Tools & Platforms
Now that you know the building blocks of cloud infrastructure, let’s delve into some of the best cloud infrastructure management tools and platforms across distinct categories.
Northflank: Developer Platform
Northflank is a developer platform, suitable for teams that want production-grade cloud infrastructure without the operational complexity. A fully usable platform designed for managing cloud infrastructure by removing the complexity of Kubernetes, while still allowing developers to maintain freedom of choice. There are many features available on this platform:
Set up your first workload in a matter of minutes; CI/CD with GitOps included; Auto-scaling and Load Balancing; Monitor in real-time with logs; GPU Workloads and AI Support; No need for YAML when using this platform; and Multi-cloud management across all major providers (AWS, GCP, Azure, Oracle, and Bare Metal) as well as Hybrid Cloud and On-Premises Deployment Options.
Pros | Cons |
Self-Service, Complete Control, No Vendor Lock-In, No Graduation Issues, Streamlined Operations, | Platform abstraction |
AWS CloudFormation & Control Tower: Native Cloud Management
This combination of products is designed for organizations that use AWS as their primary cloud provider. Essentially, AWS CloudFormation is used as a tool to create infrastructure as code (IaC) for AWS resources, and AWS Control Tower is used to manage multiple AWS accounts.
Key features:
Template-based infrastructure creation
Multi-account governance
Native integration with AWS service
Automatic resource management
Pros | Cons |
Deeply integrated into AWS No cost for using the service Highly automated | Only for AWS customers Requires a significant amount of training to use Limited AWS multi-cloud support |
OpenShift by Red Hat: An Enterprise Kubernetes Platform
Red Hat OpenShift is a Kubernetes platform designed specifically for enterprises with a lot of compliance obligations. Processing Power: CMD gives you the strength to operate your apps, including virtual machines, containers, serverless functions, and AI Workload GPUs.
Storage: Here is where the storage of data occurs through different mediums, for instance, file systems and databases, and also object storage to keep your assets safe.
Networking: Networking connects everything through firewalls, CDNs, VPNs, and load balancers to ensure proper service delivery.
Pros | Cons |
Enterprise-ready Robust security Excellent support | High cost Complex licensing Require dedicated expertise |
CloudBolt: Hybrid Cloud Management
CloudBolt is a hybrid cloud service that allows orchestration of several hybrid clouds and managing on-premises plus cloud resources with the help of automated workflows.
Key features:
Hybrid cloud orchestration
Self-service portal
Cost management
Workflow automation
Pros | Cons |
Ability to support hbrid cloud services Single interface | Greater complexity due to the need for integration |
Terraform by HashiCorp: Infrastructure as Code
Terraform is a perfect solution for provisioning in IAC across different clouds. Terraform does its job by implementing its features through various modes of declarative configuration and state management.
Some key features of Terraform are:
Provisioning across several clouds
Declarative configuration
State management
Pros | Cons |
Deep integration with Amazon Web Services (AWS) No additional cost Strong automation | AWS is the only primary vendor to offer support for Terraform Steep learning curve Limited multi-cloud capability |
Kubernetes: Container Orchestration
Kubernetes is a solution meant for teams that work with specific platform engineering departments. Kubernetes is considered to be the number one solution for container orchestration in the industry.
The list of its main features includes the following:
Container orchestration and scheduling
Self-healing and Auto-scalation
Load balancing and Service discovery
Pros | Cons |
Very powerful Broad ecosystem Industry standard | Very complex Requires consistent maintenance Very steep learning curve |
Azure Resource Manager (Native Cloud Management)
Perfectly suitable for companies concentrating on Azure. Contains templates required for resources’ deployment and management.
Key features include:
Deployment based on templates
Authorization based on roles
Azure Services integration
Resource tagging/grouping
Pros | Cons |
Highly integrated with Azure No cost to use | Azure-only Limited functionality with other cloud providers |
Rancher (Kubernetes Management)
Most suitable for organizations with numerous Kubernetes clusters. This free-of-charge solution helps operate many Kubernetes clusters in hybrid and multi-cloud environments.
The offerings are:
Multi-cluster management
Centralized authentication
Workload management UI
Policy enforcement
Pros | Cons |
Multi-cluster management Good UI Open-source | Still needs Kubernetes expertise Adds a complexity layer |
Flexera (Cloud Cost Management and IT Asset Management)
This platform helps enterprises manage multi-cloud costs and IT assets. It offers cloud cost optimization, budget control and IT asset management across cloud and on-prem settings.
The key features are:
Cloud cost analytics and reporting
Budget alerts and forecasting
Resource optimization recommendations
Multi-cloud and hybrid-IT cost tracking
Pros | Cons |
Cost analytics Multi-cloud support Bridges on-premises Cloud spending | Costly with complex pricing Steep learning curve Advisory role instead of direct infrastructure |
Datadog (Observability & Monitoring)
This is best for full-stack monitoring and analytics. One way to easily monitor cloud-based infrastructure is to use SaaS, or Software as a Service. This type of system allows the user to get a wide range of different metrics, logs, and traces collected from all applications and infrastructure. Some of the best-known solutions available nowadays are:
1. Full-stack observability
2. More than 200 integrations
3. Metrics and alerts in real time
4. Application performance monitoring
Pros | Cons |
Complete observability Intuitive UI Powerful analytics | Can be costly at scale |
The Role of Cloud Infrastructure Management Services
Cloud infrastructure management services play a critical role in helping organizations today maximize their cloud investments. Organizations of all sizes have been aggressively adopting Cloud Technologies over the last several years and continuing to do so, but without properly managing their Cloud Infrastructure, they could struggle with business continuity, inefficient use of resources, and challenges to sustaining their growth. By engaging an experienced Cloud Infrastructure Management provider, businesses can reduce complexity, enhance the level of security, and increase their ability to innovate and remain competitive.
FAQs
What is a cloud infrastructure management service?
Cloud Infrastructure Management Services (CIMS) are the ongoing management, monitoring, maintenance, and optimisation of all Cloud-based resources such as Servers, Storage, network, and Applications in order to ensure they are functioning reliably and efficiently.
Why are cloud infrastructure management services important?
Cloud Infrastructure Management Services are important because they support the business in increasing system performance, improving security, reducing downtime and optimising Cloud resource costs.
How do cloud infrastructure management services help save on the costs of cloud solutions?
Businesses can lower their unnecessary spending on cloud services by tracking how they use their cloud resources; terminating resources that are not being used, using auto-scaling correctly, optimising their storage in the cloud, etc.
Which businesses can utilize cloud infrastructure management services?
This applies to businesses of any size — from a start-up, a small business or an enterprise.