Table Of Contents
Multi-Cloud Definition: What Is A Multi-Cloud Approach? The State Of Multi-Cloud Adoption In 2023 What Does a Multi-Cloud Management Tool Do? 10 Multi-Cloud Management Tools To Consider Today What’s Next: Untangle Your Multi-Cloud Costs With CloudZero

Over the last few years, more organizations have switched from relying solely on one cloud service provider (CSP) to several. Among the primary reasons for the change are minimizing dependence on a single CSP, preventing vendor lock-in, and providing greater flexibility.

Recent trends include using a mix of cloud providers to take advantage of the cost savings several CSPs offer, and using best-of-breed services for different applications, teams, or departments.

Yet managing multi-cloud deployments has been the biggest challenge. The following guide shares ten of the best multi-cloud management tools you can use right now.

Table of Contents

Not so fast, though. Let’s start at the beginning.

Multi-Cloud Definition: What Is A Multi-Cloud Approach?

Multi-cloud computing refers to using two or more public cloud services from at least two public clouds for different purposes within an organization.

As an example, you might use one public cloud for authentication, another for Exchange servers, and another as a database.

Most multi-cloud infrastructure users are enterprises because they have multiple use cases that can leverage multiple public cloud providers.

One more thing. A multi-cloud approach differs from a hybrid cloud strategy –- although the two terms often appear interchangeably.

What is the difference between multi-cloud and hybrid cloud computing?

A multi-cloud strategy involves using multiple public clouds. In contrast, a hybrid cloud strategy involves using multiple public clouds along with your company’s own data center (on-premises or private).

The on-premises infrastructure may be an in-house data center or any other type of IT infrastructure that operates within its corporate network.

A hybrid cloud infrastructure ensures some applications, workloads, or processes remain on-premises or in a private cloud with controlled access. A multi-cloud strategy is best for organizations looking to maximize the benefits of public clouds (more about that in a moment).

The Cloud Cost Playbook

The State Of Multi-Cloud Adoption In 2023

Here are some interesting insights about multi-cloud adoption:

  • 97% of organizations use at least two cloud providers (2022 S&P Global Multicloud survey)
  • 90% say their multi-cloud strategy is already helping speed up or achieve their organization’s business goals — up from 53% in 2021 (HashiCorp State of Cloud Strategy Survey 2022)
  • 82% of organizations say they are already leveraging a multi-cloud approach, and 78% are running workloads in at least three public clouds.
  • 79% of the respondents believe applications will move freely across clouds at some point (IBM 2022 State of Multicloud Report). They said the primary driver would be to ensure high availability (33%), to leverage different services and applications (25%), and to minimize costs (21%).

IBM’s survey suggests that more organizations are migrating workloads from private clouds to public clouds. Another group is moving from on-prem to SaaS solutions:

Bar Chart

State of the Cloud Report – Flexera

That makes sense. When compared to building your own cloud infrastructure, SaaS allows you to deploy, run, and move data faster (and hopefully, cost-effectively). That’s not all.

What are the benefits of a multi-cloud approach?

Multi-cloud infrastructure can be beneficial for several reasons, including to:

  • Achieve best-of-breed outcomes for different requirements. AWS for its variety and cost flexibility, Microsoft Azure for its compatibility with Windows solutions already deployed in enterprises, or Google Cloud for Machine Learning and Kubernetes.
  • Use more of the most affordable provider’s services in order to reduce costs.
  • Increase flexibility, including switching providers during outages.
  • Avoid vendor lock-in.
  • Limit dependence on a single provider.
  • Take advantage of the latest cloud offerings from a variety of providers at the same time.

Now picture this:

IBM Survey

This image from the IBM survey, shows how opinion has shifted about the primary driver of multi-cloud deployments. For example, more respondents believe multi-cloud infrastructure is ideal for ensuring high availability, but not so much for leveraging different application services.

That’s because implementing a multi-cloud strategy can be challenging.

What are the challenges of implementing a multi-cloud strategy?

Multi-cloud deployments are generally more complex than other strategies. The following challenges make implementing a multi-cloud strategy challenging:

  • It can be difficult to find people with the skills for your particular multi-cloud deployment, so you may need to train them yourself.
  • Because cloud providers’ APIs differ, synchronizing workloads across multiple clouds can be challenging.
  • It can be challenging to secure data and workloads across different clouds.
  • Each cloud may require you to manage a different tool for the same job
  • Each cloud may require a different workflow, which can slow down productivity.
  • Without a robust multi-cloud management tool, visualizing and monitoring everything in one place can be challenging.

So, how does multi-cloud management work and what can you expect from it?

What Does a Multi-Cloud Management Tool Do?

Multi-cloud management is the process of monitoring, securing, and optimizing workloads and applications across multiple public clouds. A multi-cloud management tool provides a unified platform for monitoring, securing, and optimizing cross-cloud deployments.

Many cloud management tools are great for managing a single cloud, but there are several cross-cloud management platforms you can use today.

You can use these platforms to improve cross-cloud visibility and reduce the number of tools you need to monitor and optimize your multi-cloud deployment.

10 Multi-Cloud Management Tools To Consider Today

Here they are with a quick overview of what they do, ranging from multi-cloud cost monitoring to infrastructure and application performance management.

1. CloudZero AnyCost – Multi-cloud‌ cost intelligence platform


CloudZero AnyCost ingests, normalizes, and presents cost intelligence from cloud providers like AWS, Azure, GCP, and Kubernetes, plus software platforms like Snowflake, New Relic, MongoDB, and Databricks.

No cost allocation tags are required. CloudZero will correlate costs together and help you get a complete picture of the cost to build and run your products — from tagged, untagged, untaggable, and multi-tenant resources.

What makes CloudZero extra special is that you can view your multi-cloud costs down to an individual customer, product, software feature, team, environment, and more.


By speaking the same cost language, your finance, engineering, and FinOps teams can pinpoint precisely where to cut costs or invest more to maximize returns.

For example, by analyzing the costs of supporting a particular customer, you can decide how to price your services at renewal to protect your margins.

Or, you can discover cost centers you could do without. Drift used CloudZero to do just that and reduced their annual AWS spend by $2.4 million. You can, too.

2. LaceWork – Multi-cloud security platform


LaceWork manages threats and secures your accounts across Amazon Web Services (AWS), Microsoft Azure, and Google Cloud (GCP) — all in one exceptional platform.

You can also use it to secure your Kubernetes and hybrid cloud (private, on-prem, and public cloud combo) environments. Whether you choose an agentless or agent-based deployment, Lacework continuously collects, monitors, and enables you to act on application, user, process, and network behavior, vulnerabilities, and configurations.

3. Terraform – Multi-cloud deployment platform


Terraform helps you leverage the same workflow to coordinate multiple providers and manage cross-cloud dependencies efficiently. You can use a single workflow for governing, provisioning, securing, and auditing any infrastructure.

This doesn’t just simplify orchestration and compliance management for your multi-cloud infrastructures at scale. It also reduces risks, minimizes management effort and costs, and improves productivity.

By composing features from more than 200 different providers, Terraform enables you to use best-of-breed features using logical topology.

4. RedHat Ansible – Open-source multi-cloud platform

Red Hat Ansible

If you are looking to build a custom multi-cloud management tool, Ansible can help. You can use Ansible to ensure your cross-cloud infrastructure components work together in tandem to satisfy your use case requirements, whether you use only servers, or servers, virtual private networks, specific OS configurations, load balancers, and subnets in your application environment. Ansible aims to eliminate the guesswork involved in multi-cloud and hybrid cloud deployments. You can also automate your environments with policies rather than training entire teams on how to work with each cloud vendor in your setup.

5. Cloudify – Environment-as-a-Service platform


Cloudify acts as middleware for users to deploy applications or services in cloud computing environments. With its open-source cloud orchestration tool, you can run applications across multiple clouds and data centers — with a single click — for premium multi-cloud, hybrid cloud, and infrastructure management.

Cloudify helps you design and streamline your app’s entire lifecycle. This includes deploying to different cloud environments or data centers, managing the deployed application, detecting failures, and performing continuous application maintenance.

Cloudify is ideal for users wanting to launch pre-built applications in multiple clouds without dabbling in much technical detail.

6. Morpheus – No-code multi-cloud management tool


Morpheus helps you take advantage of cloud-native services in AWS, Microsoft Azure, and GCP. Morpheus also simplifies the provisioning of VMs, bare metal, and containers (IaaS/CaaS), and also full application stacks (PaaS) using virtually any public cloud.

That includes Kubernetes, VMware, HPE OneView, OpenStack, and Cisco UCS. That, without needing your IT teams to learn each public cloud in your toolset.

The platform enables you to expose cloud-native PaaS, IaaS, Kubernetes, and infrastructure-as-code (IaC) blueprints using a unified API and console. You can then use a single public cloud account that everyone can access. Morpheus then manages governance and reporting.

7. IBM MCMP – Multi-cloud management platform


IBM’s MCMP supports both multi-cloud and hybrid cloud deployments. The IBM Multicloud Manager supports app-centric management (health, policy, deployments, and operations). Besides providing visibility across clouds and clusters, it also delivers policy-based compliance management.

MCMP also includes management for your Kubernetes clusters (containers and microservices).

8. Dynatrace – Full-stack observability platform


The Dynatrace solution enables you to pull, correlate, and monitor data from different public, private, or hybrid clouds. It covers most public clouds, including AWS, Azure, and GCP, as well as popular platforms, such as RedHat (OpenStack and OpenShift), VMware Tanzu, SAP Business Technology Platform, and the IBM Cloud Foundry.

The service automatically detects, collects, and analyzes metadata, revealing the interrelationships among all your system components and the dependencies between apps and services.

9. Nutanix Cloud Manager – Hybrid multi-cloud platform

Nutanix Cloud Manager

Nutanix’s Cloud Platform combines hybrid cloud infrastructure with multi-cloud management, as well as unified storage, desktop, database, and desktop services. The goal is to be able to support any application and workload wherever you deploy it — private, public, hybrid cloud, or multi-cloud deployments.

Expect a unified and self-service cloud control plane that delivers AI-powered app automation and cost and security governance.

10. CloudBolt – Multi-cloud and hypervisor management platform

Cloud Bolt

CloudBolt works as a multi-cloud management abstraction layer. it enables you to use different solutions together within one catalog. To deliver this, CloudBolt comes with a pluggable architecture, enabling you to support new technologies as you require them. You can integrate more than 20 resource handlers, including Hyper-V, vCenter, AWS, Azure, Google Cloud Platform, IBM Cloud, and SCVMM in the catalog, which eases provisioning and orchestration.

What’s Next: Untangle Your Multi-Cloud Costs With CloudZero

CloudZero’s cloud cost intelligence platform empowers you to transform telemetry into granular and actionable cost insights. You can then answer any cost question, drill down, zoom out, and get the most granular, context-rich intelligence out there — all without endless tagging.

You can get a full picture of your cost of goods sold (COGS), unit economics, and even the cost of supporting a specific customer — all within a single platform. CloudZero AnyCost has you covered across Azure, AWS, and GCP public clouds — and even platforms like K8s, Snowflake, and Databricks.  to see CloudZero in action.

The Cloud Cost Playbook

The step-by-step guide to cost maturity

The Cloud Cost Playbook cover