Cyber resilient storage

Optisis D.o.o | Solutions | Cyber resilient storage

HyperBUNKER – the last line of defense for your Most critical data

Contents

When security systems fail, recovery of critical data must be guaranteed

Modern organizations invest heavily in advanced cybersecurity solutions, backup systems, and disaster recovery platforms. Nevertheless, we are increasingly seeing cases where cybercriminals successfully compromise backup copies, administrator accounts, and recovery infrastructure as well. Organizations that cannot afford to lose their most critical data need an additional layer of resilience.

As a HyperBUNKER partner, Optisis delivers a solution designed to protect your most valuable data in scenarios where everything else has failed. HyperBUNKER is a physically isolated, immutable offline data vault that ensures recoverability even after the most severe cyber incidents.

What is HyperBUNKER?

HyperBUNKER is a hardware-based solution for secure, physically isolated offline data storage, designed to ensure data recovery even when conventional security mechanisms and backup systems have been compromised.

It serves as the final line of defense against ransomware, insider threats, and catastrophic cyberattacks.

Its greatest strength is complete physical network isolation (air gap), preventing attackers from accessing stored data.

HyperBUNKER uses a patented one-way data transfer mechanism ("butlering") that allows data to be written into the vault but prevents it from being modified or deleted.

HyperBunker product

Why HyperBUNKER?

Modern organizations face increasingly sophisticated cyber threats, including:

  • Ransomware attacks capable of compromising primary systems and backup environments,
  • Insider threats and misuse of privileged accounts,
  • Advanced cyber sabotage and infrastructure compromise,
  • Requirements for compliance with regulations and standards such as the GDPR, HIPAA, PCI DSS, DORA, IEC 62443 and the NIS2 Directive.

Traditional backup and disaster recovery solutions remain an essential part of every cybersecurity strategy. However, because they are often connected to the network, they can also become targets of cyberattacks. HyperBUNKER provides a physically isolated, immutable offline vault, ensuring that at least one clean copy of your most critical data remains protected from network-based threats.

Key benefits

  • Physical Isolation – HyperBUNKER is not network-addressable and cannot be reached through cyberattacks.
  • One-Way Data Transfer – The patented "butlering" technology enables data to be written into the vault while preventing reverse access through the same path.
  • Dual Physical Air Gap - Data passes through a secure dual air-gap mechanism, ensuring the vault is never simultaneously exposed.
  • Immutable Storage - Once stored, data cannot be modified or deleted through online systems.
  • Versioning - Multiple immutable versions enable recovery to previous points in time.
  • Credential-Free Recovery - Recovery does not require domain accounts, passwords, or network access.
  • Compliance - Helps organizations meet the requirements of regulations and standards such as GDPR, HIPAA, PCI DSS, DORA, the NIS2 Directive and IEC 62443 for OT/ICS cybersecurity and operational continuity in industrial control environments.
HyperBunker

How does HyperBUNKER work?

Connecting end users
  • Data is written into the vault through a one-way data path, preventing data extraction or manipulation.
  • Data is stored in a physically offline environment, with no network connectivity or remote access.
  • Write operations and media handling are managed by dedicated hardware logic with no operating system and no network interface. Because there is nothing network-addressable to reach, the control layer cannot be reached or altered remotely.
  • Data recovery requires physical access to the device, ensuring complete separation between the compromised online environment and the protected offline vault.

This architecture allows data to enter the vault while making it impossible to access or manipulate it remotely.

Who is it for?

HyperBUNKER is particularly suited for organizations operating in critical sectors where data loss represents significant operational, regulatory, or security risks, including:

  • Energy and utilities
  • Healthcare
  • Banking and financial services
  • Manufacturing and transportation
  • Telecommunications
  • Government and critical infrastructure
HyperBunker
Connecting end users

HyperBUNKER as part of your cyber resilience strategy

HyperBUNKER is not intended to replace your existing backup or disaster recovery solution. Instead, it adds an independent layer of cyber resilience, complementing existing backup infrastructure and providing the last reliable recovery option for your most critical data.

This approach is especially valuable for organizations seeking to:

  • Reduce the risk of total data loss caused by ransomware,
  • Maintain an independent and immutable copy of critical data,
  • Ensure business continuity even after a complete compromise of the IT environment,
  • Strengthen compliance with cybersecurity regulations and industry standards.

Optisis – your HyperBUNKER integration partner

As a certified HyperBUNKER partner, Optisis provides:

  • Expert consulting for cyber risk assessment and identification of critical data,
  • Integration planning within existing backup and disaster recovery environments,
  • Professional implementation following cybersecurity best practices,
  • Recovery testing and validation of the final recovery layer,
  • A comprehensive approach combining infrastructure, cybersecurity, and advanced IT services.
HyperBunker

Frequently asked questions

No. HyperBUNKER complements existing backup and disaster recovery solutions by adding an independent, physically isolated layer of protection.

Yes. Because the vault is physically isolated and inaccessible through the network, ransomware cannot reach or encrypt the stored data.

Data immutability is ensured through the patented one-way data transfer mechanism, dual physical air-gap architecture, and offline storage without network connectivity.

Recovery requires physical access to the system, ensuring complete separation between the compromised production environment and the protected offline vault.

Yes. HyperBUNKER supports the protection, immutability, and resilience requirements that are fundamental to organizations subject to the NIS2 Directive.

Protect the Data You Cannot Afford to Lose

Cybersecurity is no longer only about preventing attacks. The real question is:

Can you reliably recover your most critical data after a successful cyberattack?

HyperBUNKER provides the final, physically isolated layer of protection for organizations that require absolute certainty in critical data recovery.

Want to know more?

Contact us for a meeting and together we will find the best solution for you.

Contact us

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Waystream MS7000 - FTTH access switch
Tina Lovrencec
/ Categories: Content Hub, News

Waystream MS7000 - FTTH access switch

Waystream_MS7000The MS7000 includes 24 and 48-port 1/2.5 Gbit/s Ethernet ports with four 10Gbit/s SFP+ uplinks designed for fiber broadband networks to deliver data, voice and video services.

The MS7000 is a hybrid architecture, including both a switch ASIC for up to wire-speed performance and a network processor (NPU) for advanced service features and unique troubleshooting tools.

Built in a small form factor with unique front to side airflow, the MS7000 is a reliable platform for service delivery over many years. Extended temperature versions supporting -20 to +70 degree C allow deployment into harsh installation environments and all connectors in the front provides easy access. With up to 52 ports the MS7000 enables high density fiber to the home/business installations.

Waystream_FTTH_MS7000

The MS7000 runs Waytream iBOS operating system, a feature rich and reliable software that provide advanced service features such as ingress/egress shaping with Weighted Fair Queuing and quality measurement and analysis of multicast TV. Various layer 2 features support public and private networks, wholesale and redundant networking for building highly available FTTx networks for business and residential users.

The MS7000 can be used in a variety of network topologies such as

  • Customer VLAN topology in combination with a Service Router/BNG with efficient multicast distribution and optional RADIUS based control of ingress traffic.
  • Service VLAN topology where the MS7000 performs service enforcement and isolates end-users securly using MACF Forced Forwarding.
  • TR-101 topologies with VLAN translation.
  • PPPoE topologies with intermediate agent features for customer identification

BENEFITS

  • FTTH Customer and Service VLAN topology support with advanced QoS
  • 24 or 48 SFP-based downlink ports with four 10Gbit/s SFP+ uplinks
  • Front-to-side airflow for optimal cooling
  • Efficient distribution of TV including quality measurement and telemetry

  • Extended temperature range support -20 to +70°C

The MS7000 series is available in the following models:

  • MS7024-AC / MS7024-DC

Uplink: 4 x 10 GE (SFP+) ports. Downlink: 24 x 1/2.5 GE (SFP) ports. Front-to-side cooling. All connectors in the front with extra DC power inlet in the rear for redundant power feeds.

  • MS7048-AC / MS7048-DC

Uplink: 4 x 10 GE (SFP+) ports. Downlink: 48 x 1/2.5 GE (SFP) ports. Front-to-side cooling.
All connectors in the front with extra DC power inlet in the rear for redundant power feeds.

  • MS7024E-AC / MS7024E-DC

Uplink: 4 x 10 GE (SFP+) ports. Downlink: 24 x 1/2.5 GE (SFP) ports. Front-to-side-back cooling.
All connectors in the front with extra DC power inlet in the rear for redundant power feeds. Extended temperature -20 to +70 degree C.

  • MS7048E-AC / MS7048E-DC

Uplink: 4 x 10 GE (SFP+) ports. Downlink: 48 x 1/2.5 GE (SFP) ports. Front-to-side-back cooling.
All connectors in the front with extra DC power inlet in the rear for redundant power feeds. Extended temperature -20 to +70 degree C.

Want to know more?

Contact us

 

Datasheet Waystream MS7000

 

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