Solutions / Cloud Migration

Beyond the Landing Zone: infrastructure fidelity from on-prem to cloud.

Stop settling for rigid, flat Landing Zones that break your networking. FluidCloud automatically builds a cloud-native replica of your on-premise architecture, maintaining 1:1 fidelity for security, IAM, and complex VPC structures.

The problem

Why your initial Landing Zone is a technical-debt time bomb.

Most VMware exits fail because they try to “flatten” a 20-year-old architecture into a single, generic VPC.

01 · Risk

The Super-Admin security risk.

Standard migrations dump all VMs into a single VPC with over-privileged permissions — a breach in one workload becomes a breach in all of them.

Identity sprawl · single blast radius
02 · Risk

Broken networking logic.

VMware-based apps rely on specific VLANs and subnets. Forcing them into a generic landing zone breaks dependencies and triggers months of manual refactoring.

VLAN flattening · cross-app failures
03 · Risk

The rigidity wall.

A basic landing zone isn't built to scale. By the time you realize it's too rigid, production data has already moved — redesign is nearly impossible.

Day-2 lock-in · expensive redesign
The solution

Clone your architecture, not just your VMs.

FluidCloud creates an Advanced Landing Zone (ALZ) that mirrors your source environment’s sophistication.

01 · Capability

High-fidelity networking.

We automatically map your on-premise VLANs, firewalls, and subnets to cloud-native VPCs and Security Groups. No more flattened networks.

VLAN parity · SG translation
02 · Capability

Identity & governance mapping.

Replicate your complex IAM hierarchies and permissions. We move you into a governed, multi-account structure from Day 1 — not a Super-Admin free-for-all.

IAM parity · multi-account · Day 1
03 · Capability

Frictionless VM mobility.

Because the Landing Zone is a twin of your source, moving VMs becomes a plug-and-play task — not a rebuild-and-test nightmare.

Source-twin · plug-and-play moves
How it works

Deploying your Advanced Landing Zone.

Four steps from on-prem topology to a production-ready, high-fidelity cloud replica.

Step 01

Deep architectural scan.

Connect FluidCloud to your VMware or Nutanix environment. Our engine identifies the true networking topology — not just the surface-level VM data.

Read-only · ~24 hours
Step 02

ALZ blueprinting.

Select your target cloud. FluidCloud generates an Advanced Landing Zone blueprint that preserves your security posture and networking logic.

AWS · Azure · GCP · OCI
Step 03

Validation & dry-run.

Download the Terraform for your ALZ. AI-powered validation shows exactly how your on-premise apps will sit in the new environment before any data moves.

Terraform · AI validation · zero risk
Step 04

Automated cloning.

Trigger the deployment. FluidCloud builds the Landing Zone and migrates the VMs simultaneously — a production-ready, high-fidelity replica on day one.

One-click deploy · Day 1 ready
A Nutanix view
Migrating virtual machines from VMware to Nutanix AHV is easy. The hard part is migrating network security. FluidCloud's cloud cloning technology solves that.
Your move

Map your environment for free.

Connect FluidCloud read-only to one environment. In two weeks we'll return a destination-comparison brief, a high-fidelity landing zone blueprint, and a wave plan.