When It Happens, Restart Your Business. Not the Negotiations.
HyperBUNKER provides enterprise ransomware protection in Berlin through a hardware vault with a genuine physical air gap. Completely isolated from your network, it has no credentials, no remote access, no operating system exposed to attackers, and no attack surface.
Built for organisations in Berlin and across Germany that cannot afford prolonged downtime, HyperBUNKER enables rapid recovery even after the most sophisticated attacks.
Book a Live ConsultationBerlin has become one of Germany's largest technology and industrial hubs. As organisations digitise operations and adopt hybrid infrastructure, ransomware attacks have become more targeted and more destructive.
Today's attackers rarely stop after encrypting production systems. They target:
If recovery infrastructure remains reachable, it can usually be compromised. HyperBUNKER was designed for exactly this scenario. Instead of relying solely on software controls, it creates a second recovery path that is physically unreachable from the production network.
| Step | What Happens |
|---|---|
| 01 Capture | A minimal operational baseline is captured from production according to schedule. |
| 02 Isolate | Information passes through a hardware-enforced one-way transfer mechanism. |
| 03 Store | Data is stored completely offline with no network stack, no credentials and no remote access. |
| 04 Recover | Business operations restart from a clean operational state created before the attack occurred. |
Recovery is independent of backup software, identity platforms and management infrastructure.
HyperBUNKER introduces a true physical separation between your production environment and your last trusted operational baseline.
This gives security teams something modern ransomware increasingly struggles to defeat: infrastructure that simply cannot be reached.
HyperBUNKER was developed by the team behind one of Europe's largest data recovery laboratories.
More than 50,000 successful recovery cases have shaped every architectural decision behind the platform.
This is not theoretical security. It is recovery engineering based on decades of real-world incidents.
European regulations increasingly require organisations to demonstrate operational resilience — not simply preventative cybersecurity.
HyperBUNKER provides a documented, auditable recovery process that supports:
For organisations seeking ransomware protection in Berlin, recoverability has become just as important as prevention.
Three servers. One standard backup environment. One HyperBUNKER.
We execute a live ransomware attack inside an isolated demonstration environment.
You watch the production infrastructure become encrypted. You watch conventional recovery methods fail. You watch HyperBUNKER remain untouched. Then we restore operations.
No slides. No simulations. No marketing. Only evidence.
Book a Live DemoWhat makes HyperBUNKER different from immutable backups?
Immutable backups prevent stored data from being modified, but they still depend on network connectivity, software, credentials and management infrastructure. HyperBUNKER adds a second, hardware-enforced physical air gap that cannot be reached remotely, even if attackers compromise your production environment. We compare the three protection layers side by side, including where each one ends, on the three layers of recovery assurance.
Is HyperBUNKER suitable for organisations in Berlin?
Yes. HyperBUNKER is designed for businesses, industrial organisations, healthcare providers, financial institutions and public sector organisations throughout Berlin and Germany that require resilient ransomware recovery.
Can ransomware encrypt HyperBUNKER?
No. HyperBUNKER remains physically disconnected from production systems. Without network connectivity, credentials or remote access, ransomware cannot communicate with or encrypt the stored recovery baseline.
Does HyperBUNKER replace existing backup software?
No. HyperBUNKER complements existing backup platforms by providing an independent, hardware-isolated recovery layer. It integrates into existing disaster recovery strategies without replacing current backup investments.
How quickly can recovery begin?
Recovery depends on the affected environment, but because HyperBUNKER preserves a clean operational baseline outside the attacker's reach, organisations can begin rebuilding from a trusted state immediately after incident containment.
Does HyperBUNKER support NIS2 and DORA compliance?
Yes. HyperBUNKER helps organisations demonstrate recoverability, operational resilience and documented recovery procedures, supporting compliance initiatives under NIS2, DORA and IEC 62443.
Why is a physical air gap still important?
Modern ransomware operators increasingly compromise identity systems, privileged accounts and backup infrastructure before launching encryption. A hardware-enforced physical air gap removes the recovery environment from the attack surface entirely, making it inaccessible over the network.
Who should consider HyperBUNKER?
HyperBUNKER is ideal for organisations where downtime has severe operational or financial consequences, including manufacturers, utilities, healthcare providers, financial institutions, critical infrastructure operators and enterprise IT environments.