FluidCloud: Cloud Cloning and Infrastructure Migration
FluidCloud helps enterprises migrate and clone cloud environments across different providers. It is designed for teams looking to reduce manual refactoring during cloud-to-cloud or region-to-region moves.
At a glance
- Best for
- Enterprise companies, Multi-cloud infrastructure teams, Organizations exiting VMware
- Pricing
- Pricing was not clearly available from the provided evidence. Buyers should confirm current pricing on the vendor website.
- Key use cases
- VMware Exit, Multi-Cloud Migration, Regional Expansion, Disaster Recovery Planning
- Integrations
- Terraform export, Git/CI/CD pipeline deployment
- Official website
- Visit FluidCloud official website
FluidCloud is a cloud cloning platform designed to help organizations replicate and move cloud infrastructure across different providers, accounts, and regions. The platform supports the automatic translation of networking, security policies, and IAM configurations, which may reduce the need for manual rebuilds.
The tool is intended for enterprise-scale organizations managing complex multi-cloud setups. It supports various environments, including AWS, Azure, GCP, VMware, Nutanix, OCI, OVH Cloud, and Vultr.
Beyond migration, the platform supports disaster recovery workflows through rollback and failover capabilities. It also generates Terraform code and state files to assist teams in maintaining infrastructure as code (IaC).
Buyers should confirm how the tool fits into their existing CI/CD pipelines and evaluate the specific translation capabilities for their current resource relationships before adoption.
Key Features
Cloud Environment Cloning
Replicates cloud infrastructures across providers, accounts, or regions.
Automated Terraform Generation
Generates Terraform code and state files from existing cloud environments.
Infrastructure Translation
Maps IAM, networking, and security policies between different cloud providers.
Large Infrastructure Model (LIM)
An AI-powered model designed to provide insights into cost, security, and performance.
Compliance Scoring
Provides governance and monitoring for compliance and asset filtering in real time.
Disaster Recovery Tools
Supports environment restoration with rollback and failover capabilities.
Use Cases
VMware Exit
Supporting the migration of workloads away from VMware environments to other cloud providers.
Multi-Cloud Migration
Moving infrastructure between different cloud providers, such as AWS, Azure, or GCP.
Regional Expansion
Cloning environments from one geographic region to another.
Disaster Recovery Planning
Creating replicas of production environments to support failover and high availability.
Best For
- Enterprise companies
- Multi-cloud infrastructure teams
- Organizations exiting VMware
Integrations
- Terraform export
- Git/CI/CD pipeline deployment
Pricing
Pricing was not clearly available from the provided evidence. Buyers should confirm current pricing on the vendor website.
FAQ
What is FluidCloud used for?
- FluidCloud is used to clone, migrate, and restore cloud infrastructures across different providers, accounts, and regions.
Which cloud providers does FluidCloud support?
- It supports various environments, including AWS, Azure, GCP, VMware, Vultr, OVH Cloud, Nutanix, OCI, and OpenShift.
Does FluidCloud help with Infrastructure as Code (IaC)?
- Yes, it generates Terraform code and state files during the cloning and migration process.
Source category: Software Development
Source subcategory: Cloud Infrastructure
More tools in Software Development
Other published listings in the Software Development category.
More tools tagged “Cloud Infrastructure”
Related listings that share the same software type tag.
Categories
Software Type
How AI is used
FluidCloud is a cloud cloning platform for enterprises that automates the migration and replication of infrastructure across multiple cloud providers. It supports workflows like VMware exits and disaster recovery by generating Terraform code. Buyers should evaluate if their technical requirements align with the platform's automated translation capabilities.
Pros & Cons
Pros
- Supports a wide range of providers including AWS, Azure, GCP, and Nutanix
- Automates the generation of Terraform files
- Provides AI-driven insights for cost and security evaluation
- Supports failover for disaster recovery
Cons
- Designed for enterprises, which may not be suitable for very small businesses
- Public pricing is not available in the provided evidence
- Users should verify the accuracy of automated IAM translation for custom security setups
