CRYPTALIC keeps your business running.
Respond to threats in real time instead of waiting for restores.
Recover without the attacker’s key.
Beyond Backup and SAN
Ransomware is not a storage problem. It is an operational survival problem.
Backups help preserve copies. CRYPTALIC helps keep the business operating.
Traditional recovery restores data later. CRYPTALIC is built to restore business continuity during the event itself.
Traditional recovery is built around a familiar sequence: detect, isolate, restore later. That model can recover data, but it still leaves the business exposed to operational loss while systems are rolled back and validated. CRYPTALIC is positioned differently. It is not another backup layer, snapshot system, or storage platform. It is a deterministic data continuity layer designed for ransomware-era conditions in which production data, recovery paths, and downtime itself are all under attack.
Conventional Backup & SAN Recovery
CRYPTALIC
The CRYPTALIC Advantage:
It is minimized downtime, reduced operational loss, and reduced attacker leverage.
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Neutralizing the Ransom: Recovery Without the Key
The most significant leverage an attacker holds is the encryption key. Traditional recovery assumes you either have a clean copy or you pay for the key. -
Active Continuity: Response During the Attack
Legacy systems are reactive—you find out you were hit after the damage is done. Cryptalic provides visibility and control while the attack is happening. -
Physics-Based Security: The Diode-Protected Vault
Even "Immutable" backups can be compromised if an attacker gains Administrative access to the production network. -
Minimized Downtime and Reduced Operational Loss
Keep your corporation running during a targeted attack with instant, localized data reconstruction.
See the Difference
Capability | CRYPTALIC | Conventional Backup & SAN Recovery |
|---|---|---|
Primary Objective | Business continuity and uninterrupted operations. | Infrastructure recovery and protected copies. |
Recovery Logic | Recovery-by-Crystals™ restores data without decrypting it. | Orchestrated restore from vulnerable storage infrastructure. |
Operational State | Keeps mission-critical systems running during active attacks. | Operations must wait; recovery begins after interruption. |
Attacker leverage | No ransom payments. Point-in-time, per-file clean recovery. | Recovery pressure remains high due to decryption uncertainty. |
Long-Term TCO | Lowers TCO by neutralizing automated threats without duplicate payloads. | High costs from constant expansion to maintain historical copies. |
Recovery logic | Deterministic reconstruction from preserved recovery conditions. | Restore trusted payload copies from backup, snapshot, or storage infrastructure. |
Data resilience | Replaces vulnerable file systems with a deterministic Ghost Crystals secured behind a physics-based Data Diode | WORM protects static copies at a high storage cost |
Future readiness | PQC-ready architecture for future-safe recovery paths. | Relies on legacy cryptographic standards vulnerable to future threats. |