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Threats Move Fast. You Should Too.

Immutable backups. Minutes to recovery. Infrastructure evacuation across clouds.

Impenetrable vault with glowing locked chains representing immutable ransomware protection
1

Ransomware Targets Backups

Tie your camel and trust in Allah — Prophet Muhammad, Sunan at-Tirmidhi (2517)

A 2024 Sophos study found 94% of ransomware victims had backups targeted, with 57% succeeding. [1] When backups are compromised, median recovery costs reach $3 million—eight times higher. [2]

The Problem

Ransomware attackers target backup infrastructure—deleting or overwriting copies to eliminate recovery. Backups in the same cloud account with shared credentials let attackers delete months of history. Even immutable backups fail with admin access. Clean backups vanish before you realize.

  • Ninety-four percent of ransomware attacks target backup infrastructure
  • Attackers wait weeks ensuring clean backups get overwritten
  • Immutable backups fail when attackers have admin credentials
  • Backup deletion eliminates recovery paths even after ransom
  • Encrypted provider backups mean providers cannot help restore

Immutable Backup Protection

Rediacc stores encrypted backup copies immutable at storage level, not administratively. Even if attackers compromise infrastructure tokens or admin credentials, they can only read encrypted data—cannot modify, delete, or overwrite versions. Snapshots encrypted with your password remain worthless to attackers.

  • Encrypted backups survive even complete credential compromise
  • Token immutability prevents deletion with admin access
  • Previous versions remain intact and encrypted indefinitely
  • Recovery possible after complete infrastructure compromise
  • No ransom payment needed backups remain your control
2

OS Update Delays

In every hardship lies ease — Al-Inshirah 94:5

Log4Shell (December 2021) forced brutal choices. [1] Companies spent 2-3 weeks validating OS migration. Only 45% patched within 11 days. Some remained vulnerable 4+ weeks during testing. [2]

The Problem

Critical OS vulnerability discovered. Patches only for newer versions you're not running. Migration requires weeks of testing. Can't test against production without risking data. Rolling back means full restoration. You stay vulnerable hoping attackers don't exploit before migration completes.

  • Critical vulnerabilities in your OS have no patches
  • Full OS migrations require weeks of testing validation
  • Cannot test migration safely without production workload
  • Rolling back failed migrations means complete data restoration
  • Security vulnerability windows stay open for weeks

Risk-Free OS Testing

Rediacc enables rapid, risk-free OS migration testing. Deploy infrastructure to a new OS and verify everything works with actual production workload. If issues appear, revert instantly—no data loss, no recovery. Once verified safe, commit permanently. Vulnerability windows close in minutes.

  • Test new OS against actual production workload
  • Verify compatibility without risking your actual systems
  • Revert to previous OS instantly zero downtime
  • Migrate between Ubuntu Debian CentOS AlmaLinux in minutes
  • Close security vulnerability windows in minutes not weeks
3

Infrastructure Black Box

You can't see the forest for the trees — John Heywood (1546)

A financial firm discovered 47 undocumented SSH keys in production databases, including keys from vendors who'd left years prior. [1] Ransomware recovery was delayed 2 weeks during forensic SSH key audit. [2]

The Problem

Legacy systems accumulate undocumented SSH keys from contractors or attackers. Backups capture everything—garbage files, forgotten services, potential trojans. Attackers with persistence get backed up too. Migrations perpetuate unknown risks. Nobody knows what's in backups or what activates when restored.

  • Organizations cannot account for all production SSH keys
  • Backup systems capture threats forgotten services potential trojans
  • Infrastructure migrations perpetuate accumulated risk forward
  • Legacy systems have unknown configurations affecting disaster recovery
  • Unknown access enables ransomware to re-infiltrate after recovery

Fresh Verified Infrastructure

Rediacc enables complete system reconstruction on fresh infrastructure with verified essential components. You migrate intentionally selected system data and configurations, not 'everything'. SSH keys centrally managed and audited. Result: clean infrastructure with full visibility. No security debt. No hidden access.

  • Migrate only verified essential system components
  • Eliminate accumulated security debt and legacy complexity
  • Centralized SSH key management replaces key sprawl
  • Complete auditability of production and backup systems
  • Fresh deployment provides clean slate without hidden threats
Side-by-side comparison showing manual vs automated ransomware recovery timelines
Rediacc threat response infrastructure

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