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VERIFIED BACKUPS

Full environment recovery in minutes

Not just files. Entire environments — servers, configs, databases — restored and running in minutes.

Every vendor restores files. None restore entire running environments. Rediacc does — in under 5 minutes.

Start Free with Community See recovery speed → →
$ rdc repo pull production
Restoring production from snapshot daily-2026-02-27...
✓ Creating btrfs clone from snapshot .. done
✓ Mounting restored volumes ..... done
✓ Starting Docker daemon (127.0.4.0/26) .. running
✓ Bringing up 8 containers ...... 8/8 running
✓ Health checks: nginx, mariadb, api, redis .. all passed
✓ Restoring network routes ...... done
✓ Full environment restored: 8 services running, all health checks passed
Snapshot: daily-2026-02-27    Size: 380 GB    Services: 8/8    Time: 3m 47s

Illustrative output; actual runs may include extra logs. CLI reference: rdc repo pull

<5min
Full Recovery Time
100%
Environment Fidelity
Any point
In Time
THE PROBLEM

File-level recovery isn’t enough

Restoring individual files takes hours. Rebuilding entire environments takes days. When your production server goes down, you don’t just need files back — you need everything back. The server, the config, the database, the network settings. All of it.

3.4 weeks average ransomware recovery time Sophos State of Ransomware 2024 [1]
$300K+/hr downtime cost for 90% of mid-size and large enterprises ITIC Hourly Cost of Downtime Survey 2024 [2]
Only 13% of organizations can orchestrate recovery during a disaster Veeam Data Protection Trends Report 2024 [3]
The old way
Hour 1 Identify failure
Hour 2-4 Provision new server
Hour 5-12 Restore files one by one
Hour 13-18 Reconfigure services
Hour 18+ Still debugging
With Rediacc
Run restore
3m 47s
Running
THE REAL COST

What does slow recovery cost you?

Drag the sliders to match your environment. See the real cost of file-level recovery.

Calculate your downtime exposure

File-Level Recovery
Recovery time per incident18 hrs
Revenue lost per incident$90,000
Staff labor (rebuilding)$7,200
Customer churn impact$18,000
Annual downtime cost
$230,400
With Rediacc
Recovery time per incident<5 min
Revenue lost per incident$417
Staff labor (one command)$17
Customer churn impactNegligible
Annual downtime cost
$868
File-level recovery: 2 hrs/service provisioning + reconfiguration. Revenue lost: downtime hours × hourly revenue. Staff labor: 2 engineers × recovery hours × $200/hr. Churn: 20% of lost revenue from SLA breaches. Rediacc: btrfs clone restores full environment in under 5 minutes — one command, no rebuilding.
HOW IT WORKS

One command. Everything back.

1

Select

Run rdc repo snapshot list production. Pick any point in your backup timeline.

2

Restore

Run rdc restore production --from <snapshot>. Btrfs clone restores the full environment atomically.

3

Verify

Automatic health checks confirm every service is running. Not a file count — actual HTTP, SQL, and health endpoint checks.

daily-2026-02-27 Snapshot
nginx 1.2 GB
mariadb 84 GB
api-server 3.4 GB
redis 2.1 GB
380 GB total 02:00 UTC
Restore
3m 47s
production Running
nginx HTTP 200
mariadb SELECT 1
api-server /health
redis PONG
8/8 healthy Integrity: 100%
UNDER THE HOOD

Why file-level restores fail you

Traditional recovery means provisioning a new server, installing packages, restoring files one by one, reconfiguring services, and hoping nothing was missed. Rediacc uses btrfs snapshots to clone the entire environment — volumes, configs, containers, network settings — in a single atomic operation.

Traditional Recovery
Rediacc
Restore files individually — miss configs, permissions, state
Atomic btrfs clone — volumes, configs, containers, network in one operation
Provision new server, install packages, reconfigure manually
Same server, same mount, same Docker daemon — everything restored in-place
Hours of manual work — each service rebuilt and tested separately
Under 5 minutes — all services come up together with automated health checks
Configuration drift between backup and current state
Point-in-time snapshot — exact state at backup moment, no drift
WHY IT MATTERS

What you get

Full environments, not files

Servers, configs, databases, network settings — the entire stack restored as a single unit. No rebuilding, no reconfiguration, no forgotten dependencies.

Any point in time

Roll back to any snapshot in your timeline. Yesterday, last week, three months ago. Pick exactly the state you need — no guessing which files changed.

Verified recovery

Every restore is automatically health-checked — HTTP endpoints, database connections, service health. Not “files restored” — actually running and responding.

THE GAP

Recovery capability compared

Most backup tools restore files. None restore full running environments with verified health checks in under 5 minutes.

Capability VeeamRubrikCommvaultDruva Rediacc
Full environment restore (not just files) ✗ ✗ ✗ ✗ ✓
Sub-5-minute recovery time ✓[4] ✓[5] ✓[6] ✓[7] ✓
Automated post-restore health checks ✗ ✗ ✗ ✗ ✓
Point-in-time snapshot granularity ✓[8] ✓[9] ✓[10] ✓[11] ✓
Zero-overhead clone (no extra storage) ✗ ✗ ✗ ✗ ✓
Single-command recovery ✗ ✗ ✗ ✗ ✓
Self-hosted / your infrastructure ✓[12] ✓[13] ✓[14] ✗ ✓
Our primary database server failed at 2:14 AM on a Saturday — corrupted disk controller. With our old setup, this would have been a full weekend of provisioning, restoring, and reconfiguring 11 services. Instead, I ran one command from my phone. By 2:18 AM, everything was back — MariaDB, the API, Nginx, Redis, all of it. Same configs, same state, same data. The on-call engineer went back to sleep.
→
270x faster recovery · Zero weekend incidents since deployment

Be back online in minutes, not days

Start with the free Community edition. Restore your first environment in under 5 minutes.

Start Free with Community No credit card required
$ rdc repo pull production --from daily-2026-02-27 -m primary
Restore any containerized workload
Databases, mail servers, CI/CD, CMS, monitoring, auth — if it runs in a container, Rediacc restores it.

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→
Sources & References
  1. Sophos, “The State of Ransomware 2024,” April 2024. “The average recovery time was 3.4 weeks; recovery costs averaged $2.73 million excluding ransom payments.” www.sophos.com
  2. ITIC, “2024 Hourly Cost of Downtime Report,” 2024. “The average cost of a single hour of downtime now exceeds $300,000 for over 90% of mid-size and large enterprises.” itic-corp.com
  3. Veeam, “Data Protection Trends Report — BC/DR Trends,” 2024. “Only 13% of organizations utilize orchestrated workflow as part of their disaster recovery processes.” www.veeam.com
  4. Veeam Instant VM Recovery enables sub-5-minute RTO by booting VMs directly from backup files. helpcenter.veeam.com
  5. Rubrik Instant Recovery enables sub-5-minute recovery by mounting VMs directly from immutable snapshots. docs.rubrik.com
  6. Commvault Live Recovery enables sub-5-minute RTO by mounting VMs from backup with background Storage vMotion. documentation.commvault.com
  7. Druva Instant Restore minimizes downtime with sub-5-minute VM recovery directly from backup cloud storage. help.druva.com
  8. Veeam supports per-VM snapshot-based restore points with configurable backup schedules and continuous data protection. helpcenter.veeam.com
  9. Rubrik provides SLA-driven snapshot policies with configurable frequency for granular point-in-time recovery. docs.rubrik.com
  10. Commvault supports point-in-time recovery using snapshots for VMs, file servers, databases, and applications. documentation.commvault.com
  11. Druva maintains hot, warm, and cold recovery points enabling point-in-time restores of VMs, databases, and SaaS apps. help.druva.com
  12. Veeam Backup & Replication is deployed on-premises on Windows Server with full customer control over infrastructure. helpcenter.veeam.com
  13. Rubrik is deployed as on-premises appliances (r6000 series) with integrated compute, storage, and software. docs.rubrik.com
  14. Commvault supports fully self-hosted on-premises deployments with CommServe, MediaAgent, and Access Node components. documentation.commvault.com
Product performance claims are based on Rediacc’s btrfs copy-on-write architecture. Calculator estimates use industry-standard cost models; actual costs vary by organization.