VM definitions, clusters, templates, boot order.
- vm_definitions12,847
- clusters_hosts86 · 9 sites
- templates_images412
- boot_groups38
01 · Solutions / VMware ExitDon't fall off the
Don't fall off the
renewal cliff
FluidCloud maps your live VMware environment as a portable graph, every VM, NSX policy, IAM binding, DR runbook, and dependency, so you can compare destinations, build a wave plan, and walk into the renewal with real options.
Figure I
Two paths from today.
With FluidCloud, migration completes by Day 14 and full optionality is restored. Without it, SI fees and legal spend steadily erode leverage until renewal forces a costly compromise.
FluidCloudmigrated · Day 14 · free to modernize
Without FluidCloudSI → Incident → Compromise renewal
VMware in the News
02 · FluidCloud thesis
You don't have a VM migration problem. You have a Network & Identity conversion problem.
Broadcom changed the economics of VMware. But the deeper issue is that most enterprises do not yet know what it would actually take to leave. The VM inventory is only the visible layer. The real blockers live in NSX policies, IAM bindings, DR runbooks, backup topology, monitoring rules, compliance workflows, shared services, and app-to-app dependencies.
FluidCloud reads that operating environment as a live graph — every resource, every relationship, every dependency — so infrastructure leaders can compare destinations, build credible migration waves, and walk into the renewal decision with real options.
Most VMware exits become incidents. Here's why.
Renewal pressure forces a decision before the estate is mapped. The VMs move. The dependencies don't. Day 1 of cutover, the pager starts ringing — that's not a migration; that's an incident with a project plan. The five incidents below are the five places exits actually fail. Each is preventable. None are predictable from a VM list alone.
INC-01SEV-3Commercial The renewal incident.
Commercial pressure forces commitment before the operating model is mapped. The renewal team books the decision; the infra team finds out what they bought after the fact. Discovery becomes a retrofit, not a foundation.
INC-02SEV-2Dependency The dependency incident.
VMs move cleanly. NSX policies, IAM bindings, DR runbooks, backup topology, monitoring rules, and compliance evidence do not. Day-2 reveals every assumption baked into the previous environment.
INC-03SEV-2Destination The destination incident.
The landing zone got picked before the workloads were classified. Half the estate does not fit. The other half does not need to be there. Optionality dies the day the contract is signed.
INC-04SEV-1Cutover The cutover incident.
No signed snapshot of what worked yesterday. No validation gate between the wave and the rollback. The cutover is a one-way door, and the rollback plan was a paragraph in a slide.
INC-05SEV-2Operating The operating incident.
It worked in lab. It breaks in production. Runbooks were written for the old environment, alert rules tuned for the old metrics, and the on-call team is now interpreting an unfamiliar topology under load.
Treatment
FluidCloud converts your entire VMware estate, delivering portability scores and remediations across 8 cloud providers. Our proprietary Cloud Cloning approach enables highly accelerated and safe cutovers, preventing incidents.
Field guide
The five hardest problems exiting VMware, and how to overcome them.
Most exits fail because teams solve the wrong problems first. This guide names the real roadblocks behind the five incidents above and lays out the strategies enterprises use to clear each one without disrupting production.
04 · What FluidCloud captures beyond VMs
A VM can be moved and still not be operational.
FluidCloud captures the surrounding context that determines whether a workload can actually run, recover, comply, and be operated in its next environment.
Instant discovery with FluidCloud using a read-only permission create a graph that automatically captures every resource, dependency, networking, cost, policies, and more. This graph provides instant assessment of portability and costs across all available exit options. The Migrate and Recover operations run against this same graph.
Segments, edges, switches, routing assumptions, firewalls.
- segments412
- edges_gateways14 · 2 misrouted
- load_balancers38
- peering_transit24 · vendor-bound
Directory bindings, role grants, certificates, trust.
- directory_bindsprimary + federated
- role_grants47 · 9 over-scoped
- service_accounts318
- cert_authorities5 · 1 expiring
Replication, recovery, audit workflow, and evidence chain.
- recovery_plans26 · 3 untested
- backup_topology184 protected groups
- audit_workflowsPCI · HIPAA · SOC2
- recovery_books41
Dashboards, alerts, scripts, scheduled jobs.
- dashboards78
- alert_rules640
- scripts_cron112 · 8 orphaned
- capacity_assumesvendor-bound
Dependency graph, classification, scoring, gates.
- dep_graph_nodes412 surfaced
- path_classrehost · relocate · refactor
- dest_scores6 destinations · 5 axes
- validation_gates5 · signed snapshots
Representative scan output · figures illustrative of a mid-size estate
05 · How the product works
From live VMware estate to operational in new destination, in two weeks.
FluidCloud is offers a productized workflow delivered by industry-defining software and a forward-deployed engineer. Week one is FluidCloud-led intelligence; week two is wave planning and execution, done jointly with your team.
Day 01 · FluidCloud-led
Phase 01—DiscoverDiscover the live VMware estate.
A FluidCloud forward-deployed engineer connects read-only to the VMware environment. The product inventories VMs, NSX, IAM, DR tooling, monitoring, compliance workflows, and shared services — building a live as-is graph in days, not weeks of documentation review.
Outputs- Accurate estate inventory, and dependency graph
- Networking & permissions made portable
- Hidden blockers surfaced
Week 01 · FluidCloud-led
Phase 02—ClassifyClassify the right exit path per workload.
The graph drives classification. Workloads sort into rehost / relocate / refactor / retire / hold-for-now buckets based on business criticality, dependency density, and migration risk — not just technical fit. No CMDB archaeology required.
Outputs- Path by workload
- Risk scoring
- Destination shortlist
Phase 03—CompareCompare destinations in parallel.
All destinations — AVS, AWS EVS, Nutanix AHV, NC2, public-cloud-native, Proxmox / KVM, hybrid split estate — scored against the same estate model. The comparison engine runs in hours, not weeks.
Outputs- Side-by-side destination view
- Compatibility profile
- Exit optionality preserved
Week 02 · Customer-led
Phase 04—PlanGenerate the migration wave plan.
FluidCloud generates the full wave plan from the versioned graph and destination decision — landing-zone requirements, cutover sequence, validation gates, rollback logic. What used to take weeks of architecture review now runs in hours against the graph.
Outputs- Wave plan
- Landing-zone requirements
- Cutover checklist
Phase 05—ExecuteUpdate endpoints. Migration complete.
Endpoint updates run on the customer side against the FluidCloud-generated plan: connection strings, IAM bindings, DR pointers, monitoring agents, runbook updates. Internal teams, partners, or FluidCloud-led — the workflow output is the same.
Outputs- Execution-ready plan
- Negotiating position
- Validated transition path
Result
The output of the workflow is not a deck. It is a versioned operating-environment graph, a scored destination-comparison brief, a wave plan with validated gates, and the negotiating position that comes from understanding your estate before the renewal closes.
06 · Destination strategy
Different workloads should leave VMware in different ways.
A serious exit program is a portfolio decision, not a one-path slogan. FluidCloud helps teams decide where speed matters, where continuity matters, where modernization is worth it, and where a split-estate strategy is the smartest move.
Azure VMware Solution
AWS EVS / EC2 hybrid
Nutanix AHV
Nutanix Cloud Clusters on AWS
Public cloud native
Proxmox / KVM
Hybrid split estate
07 · Compare destinations in parallel
Six destinations, one estate model. Compared in parallel.
Most exits lock destination before they understand the estate. FluidCloud inverts the sequence: the estate model is destination-independent, every path is scored against the same dimensions, and the comparison ships as a scored destination brief the team can act on.
Scoring · estate prod-vsphere-01 · normalized 0—100 · higher is betterversioned graph · rev 3.0
DestinationCostPerformanceOperationsComplianceRisk profileFit
AEligible
A−Eligible
ARecommend
B+Eligible
BEligible
C+Eligible
08 · Why destination independence matters
FluidCloud keeps your cloud options open. Even after the migration.
Point tools are useful after a destination is chosen. FluidCloud matters before that — when teams still need to understand the estate, compare options, and avoid locking into the next vendor before they have real options.
Reusable analysis
One model, many destinations.
Do the analysis once and reuse it across AVS, AWS EVS, NC2, Nutanix AHV, cloud-native, Proxmox / KVM, and hybrid paths.
Procurement position
Negotiating position.
A credible exit-readiness changes the procurement conversation because alternatives stop being theoretical. With a clear inventory you can let cloud providers compete for your business.
Strategy resilience
Less rework when strategy shifts.
If business constraints change, the estate model persists. You do not restart from zero.
Shared operating model
Better partner leverage.
FluidCloud gives partners, SIs, CSPs, and internal teams a shared operating model instead of a pile of disconnected assessments.
08 · Product + services model
A productized exit layer, with services where they actually help.
Generic migration programs rebuild discovery, dependency analysis, wave planning, cutover orchestration, and reporting from scratch on every engagement. FluidCloud productizes the repeatable layer and uses services to accelerate adoption, validation, and execution.
The repeatable, productized layer.
Five capabilities that ship as software, not deliverables.
- +FluidCloud Dependency Graph
Captures VM inventory, network fabric, identity assumptions, security boundaries, app dependencies, DR posture, backup topology, and operational workflows.
- +Destination Comparison Engine
Scores exit paths by workload group across cost, compatibility, operational change, migration complexity, and strategic flexibility.
- +Wave Planning Workflow
Creates migration waves using dependency order, business criticality, target readiness, change-window constraints, and validation gates.
- +Validation & Evidence Layer
Produces cutover readiness, rollback posture, operational gaps, and board / procurement-ready exit artifacts.
- +APIs & Partner Execution Layer
Lets internal teams, SIs, CSPs, and partner tooling consume the graph and execute destination-specific migration steps.
Engineering expertise where the product needs hands.
Four offerings — directly from FluidCloud or via certified partners.
- +Assessment facilitation
Help teams connect sources, validate findings, and align stakeholders around the real exit scope.
- +Destination architecture review
Translate product findings into landing-zone, network, security, and operations decisions.
- +Migration factory setup
Configure wave cadence, change-window process, cutover validation, rollback procedures, and partner execution model.
- +Executive & procurement support
Package exit-readiness and destination-comparison outputs into leverage for renewal, board, and vendor conversations.
You've likely run migrations before. This isn't going to feel like one of those.
On day 14,
your cloud estate is a portable graph.
your VMware exit is complete, but you are always migration ready.
your evidence (not preference) based destination selection is already improving operations.
your roadmap just gained 6 months. Now, Innovate. Optimize. Modernize.
What will you Innovate after Day 14?
Built for enterprises like yours
10,000VMs moved on deadline
8Public clouds
SOC 2Type II compliant
70–90%Faster migration timelines
11 · Frequently asked
Questions technical buyers actually ask.
Treat this as the appendix to the volume. Direct answers, no marketing throat-clearing, no claims we cannot defend.
01
We have weak documentation. Is that a blocker?
No. FluidCloud starts from the live VMware estate, not your wiki. The product turns the actual environment into a usable graph and migration model before teams depend on stale documentation.
02
Does FluidCloud force us toward one destination?
No. Destination independence is part of the value. FluidCloud helps teams compare multiple exit paths from the same environment model so they do not get pushed into a destination too early.
03
How is this different from AWS Transform, Nutanix Move, HCX, or other point tools?
Those tools are valuable when the destination is already chosen. FluidCloud sits above that layer. It captures operational dependencies, keeps destination options open, and turns a chaotic estate into a structured exit strategy backed by a live estate model.
04
Can we use FluidCloud before deciding whether to actually exit?
Yes. Many teams start for leverage. A credible exit-readiness report changes the renewal conversation even if the actual migration happens later or in phases.
05
What about NSX, backup tooling, DR runbooks, and monitoring?
Those are exactly the layers FluidCloud is designed to surface early. If an exit plan does not account for them, the plan is not real.
06
What if some workloads should refactor and others should lift-and-shift?
That is the expected reality. FluidCloud helps classify workloads by destination path so refactor budget is focused where it produces strategic return.
07
Can this support an NC2-on-AWS path?
Yes. NC2 on AWS can be one destination pattern in a broader exit strategy. FluidCloud helps evaluate where it fits, what dependencies must move with it, and how it compares against other paths.
08
How quickly can a serious first pass happen?
The goal is to produce a credible first exit-readiness view quickly enough to matter before procurement deadlines close, then deepen that view into destination strategy and wave planning.
09
Who executes the migration?
FluidCloud provides the productized intelligence layer. Execution can be handled by internal teams, FluidCloud services, certified partners, CSP teams, or a combination depending on the destination and customer operating model.
10
What should we do first?
Start with an exit assessment: live estate discovery, dependency graph, workload classification, destination shortlist, and executive-ready exit-readiness brief.
Ready to exit VMware?
Talk to our VMware migration team. We will connect read-only to one environment, map the estate as a live graph, and return a destination-comparison brief and wave plan before your renewal window closes.