FluidCloud 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.

Book a demo Read the recovery brief

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 failover

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

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

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"
}

12 week migration done in 3 days with FluidCloud. Landing zone was actually built in minutes, and data migrated in a few hours.

Manoj SinhaCEO & Founder // InfyniGlobal Ed-Tech

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.

Trust & security

Read-only by design. Built to clear security review.

FluidCloud connects with a read-only role and runs no agents in your estate, so adopting it adds almost nothing to your attack surface. It is SOC 2 Type II audited and GDPR compliant, with ISO 27001, NIST 800-53, and HIPAA in progress, and your security and procurement teams can pull every report, the DPA, and the sub-processor list on request.

signed continuously·rev v1.7

trust.md

---
version:      v1.7
attestations: 2 achieved · 6 in flight or planned
sig:          ed25519:9f2a3c…b81e
---

Certifications

|Certification|Status|

|──────────────|───────────────|

|SOC 2 TYPE II|✓Achieved|

|GDPR|✓Achieved|

|ISO 27001|░In flight|

|NIST 800-53|░In flight|

|HIPAA|░In flight|

|FedRAMP Mod|░Planned · 2026|

|EUCS|░Planned · 2026|

|PCI-DSS L1|░Planned · 2026|

partners.md

---
version:      v1.4
partners:     5
integrations: 8
---

Partners

AWS

Nutanix

OCI

OVH

Vultr

Integrations

AWS

Azure

GCP

Nutanix

OCI

VMware

OVH

Vultr

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.

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)
8×: 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.

Talk to recovery engineering