SOLUTIONS · CLOUD RECOVERY

Recover environments.
Not just data.

FluidCloud restores your production graph — IAM, networking, dependencies, compute, state — to any region or provider. From the same primitive that handles every other infrastructure operation.

4m 12s

CROSS-CLOUD-FAILOVER

Avg time to live across providers

9 layers

RECOVERED SCROPE

Network → control plane, signed end-to-end

0 runbooks

PER RECOVERY

Operations, not procedures

96%

AUTO-TRANLATED

4% flagged human-in-the-loop

PRODUCTION REFERENCE

Helio Health

VMware → AWS · 14,200 resources · 9 regions · 1 platform team

11mo → 6d

MIGRATION WINDOW

$2.4M

RECOVERED SPEND

4m 12s

CROSS-CLOUD FAILOVER

THE RECOVERY GAP

Backup tools restore data. They don't restore your environment.

The artifact you need at 3 a.m. is a working production graph in another region — IAM resolved, networking attached, secrets re-issued. That's not what most platforms ship.

WITHOUT FLUIDCLOUD

Six-month DR runbook, written once, never tested

— Snapshots restore volumes, not environments — IAM, network, KMS get rebuilt by hand

— Cross-region failover means a quarter of platform team's time, every fiscal year

— Cross-cloud failover doesn't really exist — it's a migration project in disguise

— DR drills get descoped because the runbook is too brittle to run safely

— You discover the runbook is wrong during the actual incident

— Auditors ask for evidence; you produce a Confluence page from 2024

WITH FLUIDCLOUD

Recovery as a graph operation — same primitive as any other op

Recover the entire environment — not volumes, the whole topology

Cross-region or cross-cloud, same call shape: fc recover --to gcp/us-central1

Drill in production-like sandbox forks, signed and reversible

Every operation produces an audit-grade transcript by default

RPO and RTO measured by graph-replay time, not human review

Same tool covers DR, blue-green, region exit, regulated cloning

THE 3.A.M. INVENTORY

Backup tools recover the bottom two layers in twelve minutes. Then nothing for six hours.

What an actual cross-region recovery looks like, layer by layer, with the median wall-clock time platform teams report. The dependency order is unforgiving — you can't bring up workloads until IAM is bound; you can't bind IAM until network is up.

07:14
Wall-clock since failover called
FluidCloud4m 12s · same scope
  1. 09Block volumes10 minBackup tools handle this
  2. 08Object storage12 minBackup tools handle this
  3. 07VPC + subnets1h 40mHand-built from a stale Terraform plan
  4. 06Security groups + ACLs2h 20mDiffed by hand, line by line
  5. 05IAM roles + trust3h 10mARNs change. Lineage broken.
  6. 04KMS + secrets3h 50mRe-issued by hand. App teams paged.
  7. 03Stateful workloads5h 20mRestore + replay + smoke-test
  8. 02Service mesh + ingress6h 10mEndpoints rebound; certs reissued
  9. 01App dependency rewire7h+App-team review. Often the next morning.
Source: FluidCloud post-incident interviews · 2024–2026 · n=42 enterprise platform teams

RECOVERED SCOPE

The full layer stack — not just the disk.

Recovery completes when the environment can serve traffic. That requires nine layers, in dependency order, signed across the boundary.

Higher in the stack

Most DR platforms stop at layer 02–03. Recovery without the upper layers is a tarball, not an environment.

LAYER - 09

Control plane

Service mesh, ingress controllers, autoscaling policies, scheduled jobs. Re-bound to the recovered identity layer.

AUTOMATED

graph-driven

LAYER - 09

Control plane

Service mesh, ingress controllers, autoscaling policies, scheduled jobs. Re-bound to the recovered identity layer.

AUTOMATED

graph-driven

LAYER - 08

Application dependencies

Workload graph: services, queues, caches, secrets. Re-wired against new endpoints. Drift surfaced as a diff.

AUTOMATED

flagged drift

LAYER - 08

Application dependencies

Workload graph: services, queues, caches, secrets. Re-wired against new endpoints. Drift surfaced as a diff.

AUTOMATED

flagged drift

LAYER - 07

Stateful workloads

Postgres, MySQL, MongoDB, Redis. Snapshot + log-shipping with point-in-time consistency. Cut-over is quiesce → final delta → switch.

AUTOMATED

PITR boundary

LAYER - 07

Stateful workloads

Postgres, MySQL, MongoDB, Redis. Snapshot + log-shipping with point-in-time consistency. Cut-over is quiesce → final delta → switch.

AUTOMATED

PITR boundary

LAYER - 06

Stateful workloads

Postgres, MySQL, MongoDB, Redis. Snapshot + log-shipping with point-in-time consistency. Cut-over is quiesce → final delta → switch.

AUTOMATED

PITR boundary

LAYER - 06

Stateful workloads

Postgres, MySQL, MongoDB, Redis. Snapshot + log-shipping with point-in-time consistency. Cut-over is quiesce → final delta → switch.

AUTOMATED

PITR boundary

LAYER - 05

Identity & secrets

IAM roles, trust policies, workload identity, KMS keys, secret stores. Re-issued with new ARNs / resource IDs, lineage preserved.

AUTOMATED

lineage signed

LAYER - 05

Identity & secrets

IAM roles, trust policies, workload identity, KMS keys, secret stores. Re-issued with new ARNs / resource IDs, lineage preserved.

AUTOMATED

lineage signed

LAYER - 04

Observability

Log routing, metrics, traces re-pointed at the recovered fleet. Dashboards re-bind by service name, not resource ID.

AUTOMATED

rebind-by-name

LAYER - 04

Observability

Log routing, metrics, traces re-pointed at the recovered fleet. Dashboards re-bind by service name, not resource ID.

AUTOMATED

rebind-by-name

LAYER - 03

Network topology

VPC / VNet / VCN, subnets, route tables, peering, transit gateways, DNS zones, certificates. Translated provider-native.

AUTOMATED

fidelity tracked

LAYER - 03

Network topology

VPC / VNet / VCN, subnets, route tables, peering, transit gateways, DNS zones, certificates. Translated provider-native.

AUTOMATED

fidelity tracked

LAYER - 02

Storage

Block volumes, object stores, file systems. Snapshot fan-out across regions and providers.

AUTOMATED

cross-provider

LAYER - 02

Storage

Block volumes, object stores, file systems. Snapshot fan-out across regions and providers.

AUTOMATED

cross-provider

LAYER - 01

Policy & guardrails

Org policies, SCPs, tags, labels, budgets. Audit lineage threads through to the recovered graph.

AUTOMATED

audit-threaded

LAYER - 01

Policy & guardrails

Org policies, SCPs, tags, labels, budgets. Audit lineage threads through to the recovered graph.

AUTOMATED

audit-threaded

RECOVERY SIMULATOR

Pick a source. Pick a target. Watch the operation compile.

This is an interactive sketch of an actual recovery against the graph. Inputs change the per-layer fidelity report and the command shape — but every run produces the same primitive: a single signed mutation.

8,520Resources
99%Auto-translated
4m 25sEstimated
1Signed mutation
$fc recover aws-prod --to ire/forensic
  1. Storage1,534 res100%
  2. Network topology1,193 res100%
  3. Identity & secrets1,022 res99%
  4. Compute fleet1,874 res99%
  5. Stateful workloads852 res98%
  6. App dependencies1,022 res97%
  7. Observability596 res100%
  8. Control plane426 res99%

THE RECOVERY GAP

Backup tools restore data. They don't restore your environment.

The artifact you need at 3 a.m. is a working production graph in another region — IAM resolved, networking attached, secrets re-issued. That's not what most platforms ship.

STEP • 01

Discover & ingest

FluidCloud reads your provider APIs and your IaC. Within ~90 minutes for a 40k-resource estate, the graph is queryable.

READ-ONLY · 90 min for 40k resources

STEP • 02

Plan recovery

You pick the source environment, the target region or provider, and the consistency boundary. FluidCloud generates a translation report — fidelity flagged per resource.

FIDELITY REPORT · per-resource

STEP • 03

Execute as one operation

A single signed mutation against the graph. Per-resource transactional. If translation fails partway, completed steps roll back atomically.

ATOMIC · signed · reversible

STEP • 04

Verify & sign off

Post-recovery, FluidCloud emits an audit-grade transcript: every resource, every translation, every operator approval. The transcript is the artifact your auditor wants.

TRANSCRIPT · audit-grade

SCENARIOS

Six recovery shapes platform teams actually face.

Same primitive, six call sites. None of these need a separate runbook.

REGION FAILOVERR

us-east-1 is down. Move prod to us-west-2 in five.

Single command. Stateful workloads cut over with quiesce + log-ship. DNS swings on the same operation.

$

fc recover prod --to aws/us-west-2

CROSS-CLOUD FAILOVER

AWS outage takes down both your regions.

GCP target, same call shape. Translation report is pre-approved during quarterly drills.

$

fc recover prod --to gcp/us-central1

REGION ISOLATED RECOVERY ENV

Suspected breach. Restore prod into an air-gapped sandbox.

IRE pattern: graph forked into a single-tenant tenant, no shared IAM, signed transcript ready for forensics.

$

fc recover prod --to ire/forensic-2026-04

REGION CROSS-ACCOUNT SPLIT

M&A: carve out the acquired subsidiary cleanly.

Subgraph forked into a new account, IAM rebuilt on a fresh trust root, shared secrets re-issued.

$

fc recover acme --account 401923847

POINT-IN-TIME

Bad deploy poisoned the database eight hours ago.

Recover the affected services to a graph snapshot from before the deploy. Other services keep running.

$

fc recover payments --at 2026-04-29T14:22Z

REGULATED RELOCATION

GDPR: EU customers' graph must move to FRA.

Single operation. Residency policy enforced at plan time. Audit transcript filed alongside the DPA.

$

fc recover eu-tenant --to azure/fra

THREE SURFACES, ONE MUTATION

Drive recovery from where the operator already is.

A region failure can wake up a human, a pipeline, or an agent. All three see the same primitive — and produce byte-identical signed mutations.

UI • OPERATORS

One-click recovery, with the diff visible.

Operators see the translation report inline, approve at the resource level, and watch the run live.

// Recovery panel
Source prod / aws / us-east-1
Target aws / us-west-2
Resources 14,200 · 96% auto Fidelity 100% on layers 0–7
4% flagged on layer 8
[ Approve & run ]

CLI • PIPELINES

The pipeline-native call.

Game-day drills, scheduled DR tests, post-incident replays. Same shape every time.

$ fc recover prod \

--to aws/us-west-2 \
--at 2026-04-29T14:22Z \
--dry-run

→ plan: 14,200 resources, 4m 12s

MCP • AGENTS

Agents driving the same primitive.

Your incident-response agent calls MCP. The mutation is signed, scoped, and traced — same as if a human ran it.

// MCP tool call
{
"tool": "fluidcloud.recover",
"target": "aws/us-west-2",
"approval": "on-call-runbook-7"
}

WHERE FLUIDCLOUD SITS

Alongside your IaC. Not instead of it.

FluidCloud is not a Terraform replacement. It's the operational layer above your IaC that runs cross-provider operations IaC tools weren't built for.

FluidCloud · Operations

Cross-provider runtime

Clone

Translate

Failover

Govern

Sandbox

Rollback

Your IaC · source of truth

Imported, never replaced

Terraform

CloudFormation

Crossplane

ARM / Bicep

Pulumi

Providers · execution

Native APIs, scoped roles

AWS

Vultr

Azure

Nutanix

GCP

OCI

VMware

Import path:

A 40k-resource Terraform estate ingests in under 90 minutes. State files remain canonical. FluidCloud writes drift back to your IaC repo as a PR — never silently mutates.

"

Our last cross-cloud migration took eleven months. The next one took a Tuesday afternoon.

RM

Rohan Mehta

VP Platform · Meridian Health

THE ARTIFACTS YOUR BUYER ASKS FOR

Every recovery produces the paperwork on its own.

No 'export the runbook' phase. The audit-grade transcript is the operation.

PRE-FLIGHT

Translation fidelity report

Every resource, every translation rule applied, every flagged drift. Reviewable before you press run.

IN-FLIGHT

Live operation transcript

Streamed signed log of every mutation against the graph. Reversible from any line.

POST-FLIGHT

Auditor-ready artifact

Single attestable PDF + JSON. Operator approvals, fidelity coverage, RTO measured.

DRILL NODE

Quarterly DR evidence

Drill operations in a sandbox fork. Auto-bundled into your annual SOC 2 evidence pack.

COMPLIANCE

Audited, certified, and ready for procurement.

Six attestations, two in flight, every one with a date and an artifact. Nothingon this page is aspirational.

AUDITED

SOC 2 Type II

Annual audit by an AICPA-licensed firm. Controls cover security, availability, and confidentiality.

Report 2025-09 · available under NDA

CERTIFIED

ISO 27001:2022

Information-security management system certified tothe latest 2022 standard. Internal audit + management review every six months.

Cert #IS-829140 · expires 2027-03

COMPLIANT

HIPAA

BAA available for any covered entity. Single-tenant deployment required for PHI workloads.

BAA on request · single-tenant

COMPLIANT

GDPR

EU data residency in Frankfurt and Dublin. DPA available. Sub-processor list updated monthly.

FRA + DUB regions

IN PROCESS

FedRAMP Moderate

3PAO engaged. Continuous-monitoring tooling stoodup. Targeting Q3 2026 audit window for Moderate authorization.

Target ATO · Q3 2026

IN PROCESS

PCI-DSS

Scoping complete. Roadmap targets 2026 for Level 1service-provider compliance — ahead of customer demand.

Target audit · 2026

Need a specific document? Request the trust packet →

DRILL ROI LEDGER

RTO is a stock chart. Plot it.

Cumulative recovery-time improvement across the first year of FluidCloud, plus the avoided-incident value at your hourly cost of downtime. Recovery's ROI is partly insurance — make it legible.

0m100m200m300m400mRTO (MIN)FLUIDCLOUD ROLLOUT0m0m0m142m32m12m8mQ1 '251 drillQ2 '251 drillQ3 '251 drillQ4 '254 drillsQ1 '268 drillsQ2 '2612 drillsQ3 '2624 drills

DAY 1 • YEAR 1 • YEAR 3

Day 1, Year 1, Year 3 — what FluidCloud Recovery returns.

Recovery's ROI is partly insurance. The full picture combines time saved on drills, time saved on real incidents, and the headcount the team gets back.

DAY 1

Operations, not procedures
~90 min

Multi-cloud graph queryable

1

Recovery primitive shipped

0

Runbooks rewritten

1

Audit-grade transcript / op

YEAR 1

Drills that actually run
4m 12s

Cross-cloud failover (median)

Drills run vs prior year

$3.1M

Avoided-incident value (median)

0

Incidents from a stale runbook

YEAR 3

Compounded story
1,400+

Operations against the graph

−65%

Mean time to recovery

−3

Recovery tools retired

+2

Engineers redirected to platform

See your recovery in five minutes.

Connect a read-only role to AWS, Azure, or GCP. We'll generate your fidelity report and a target plan — no commitment, no environment changes.