Superna Fortifies Data's Last Line of Defense Against AI and Quantum Threats

LAS VEGAS, NV – May 18, 2026 – As Dell Technologies World kicks off, Cyberstorage firm Superna is taking center stage to address a critical vulnerability in modern enterprises: the vast, often unprotected expanse of unstructured data. At the event, the company is unveiling a suite of innovations designed to transform passive data storage into an active battlefront against ransomware, secure the integrity of AI data pipelines, and prepare for the cryptographic threats of tomorrow.

Redefining Security at the Data Layer

The cybersecurity landscape has fundamentally shifted. Attackers, bypassing traditional network and endpoint defenses, are now aiming directly at the core asset: data. Ransomware gangs increasingly target unstructured data—the sprawling repositories of files, images, and logs that power modern business—where visibility is poor and recovery is a monumental challenge. Compounding this risk is the explosion of Artificial Intelligence, which relies on these same massive datasets for training and operation.

"Most teams already have security tools. What they lack is control where the damage actually happens," said Anthony Chin, CEO at Superna, in a statement. "We're focused on making storage an active part of security and recovery, not a passive system that gets pulled into the process after the fact."

This philosophy is central to the concept of Cyberstorage, a market category now formally recognized by industry analysts like Gartner. It reimagines storage not as a silent victim but as an intelligent, resilient guard. Superna, which claims to have served over 3,000 customers globally with this approach, is using the Las Vegas conference to demonstrate significant enhancements that make this vision more practical and powerful. The latest updates to its Data Security Edition, for instance, include "Application Fingerprinting," which uses behavioral analytics to spot the subtle, early signs of a ransomware attack, and a streamlined installation process that automates over 95% of deployment.

AI-Driven Recovery and the End of Manual Runbooks

In the chaos of a cyberattack, speed and accuracy of recovery are paramount. Traditional disaster recovery often involves cumbersome, manual processes and a desperate search for a "clean" data copy, a process that can take hours or even days. Superna aims to render this approach obsolete with its new DR MCP Automation.

The system is built on an open framework called the Model Context Protocol (MCP), which allows AI agents to query the real-time state of the disaster recovery environment. Instead of a human sifting through logs, an AI can autonomously identify the last known clean recovery points, assess the scope of ransomware damage, and execute secure failover workflows.

"Disaster recovery is no longer just about restoring data. It's about making the right recovery decision under attack," explained Andrew MacKay, CTO and CSO at Superna. "DR MCP gives AI the context to identify safe data and act immediately."

This leap from manual to autonomous recovery promises to shrink response times from hours to mere seconds, a critical advantage when every moment of downtime translates to financial and reputational loss. By combining security intelligence with recovery automation, the technology moves beyond simple data restoration to intelligent, risk-aware resilience.

The Petabyte-Scale Cyber Vault for a Post-Quantum World

For organizations managing data at a petabyte scale, creating a truly isolated and secure backup—a "cyber vault"—is a Herculean task. Superna is advancing its Enterprise AirGap solution with the 'Superna Cyber Vault for Object,' designed specifically for massive Dell PowerScale and ObjectScale environments.

A key innovation is its "trust-but-verify" approach. The solution validates data safety before it enters the vault, using Superna's real-time threat detection to prevent an already-compromised dataset from becoming the last hope for recovery.

More significantly, the platform looks toward future threats by strengthening vault isolation with two new protocols: the Quantum Trust Protocol (QTP) and Quantum Trust Signing (QTS). While the "quantum" branding may seem futuristic, it addresses a very real and looming threat. Analysts from Gartner and Forrester predict that emerging quantum computers will be capable of breaking today's standard encryption within the decade, a scenario known as the "crypto-apocalypse."

QTP and QTS are designed to create a stronger, verifiable trust layer around recovery data that is independent of the data itself and resilient against future cryptographic risks. QTS, for instance, verifies the integrity of any software, agent, or update before it can enter the secure vault environment. This forward-thinking architecture is a direct response to "harvest now, decrypt later" attacks, where adversaries steal encrypted data today with the intent of decrypting it with future quantum computers.

An Integrated Defense for the Dell Ecosystem

Superna's announcements are not happening in a vacuum. As a Bronze Sponsor at Dell Technologies World, the company is positioning its portfolio as a critical security layer for Dell's massive customer base. The new Cyber Vault is explicitly designed for Dell PowerScale and ObjectScale, aiming to protect thousands of buckets and billions of objects in some of the world's largest data environments.

This deep integration extends beyond storage hardware. The platform's ability to feed storage-layer events into broader security ecosystems like CrowdStrike and other SIEM and SOAR platforms is crucial. It ensures that the detailed insights generated at the data layer—such as suspicious file activity or anomalous user behavior—are not siloed but are instead used to enrich enterprise-wide threat detection and trigger automated containment workflows.

Attendees at the Las Vegas event can see these scenarios play out in live demonstrations at booth #1215. Superna's CTO, Andrew MacKay, is also slated to present a session on modernizing incident response, focusing on aligning detection, response, and recovery workflows—a clear signal that the industry is moving decisively to embed security and resilience directly where the data lives.