• 01 Jan, 2026

At IBM TechXchange 2025, Index Engines demonstrated how its CyberSense technology uses advanced AI to detect data corruption with 99.99% accuracy, shifting the focus from simple backup to true cyber resilience.

ORLANDO, Fla. - As ransomware tactics evolve from simple encryption to subtle, slow-moving data corruption, Index Engines has asserted a new standard for enterprise recovery. During the IBM TechXchange event in late September 2025, the company showcased the latest capabilities of its CyberSense technology, a solution that leverages advanced machine learning to detect ransomware-induced corruption with a reported 99.99% accuracy. This development marks a critical pivot in the cybersecurity sector, moving beyond perimeter defense toward "cyber resilience"-the ability to recover clean data after a breach occurs.

The presentation in Orlando highlighted the integration of CyberSense with IBM FlashSystems' Safeguarded Copy. By combining immutable snapshots with forensic validation, the system aims to solve one of the most persistent challenges in IT: knowing which backup is safe to restore. According to industry reports, this integration allows organizations to validate the integrity of their data before initiating recovery, significantly reducing the risk of reinfection or data loss.

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Inside the AI-Driven Defense

The core of Index Engines' offering lies in its CyberSense Research Lab. Unlike traditional security tools that rely on file signatures, CyberSense utilizes full-content inspection. A June 2025 report by Futuriom revealed that the lab actively "detonates real ransomware" to train its AI models against real-world attack scenarios. This process allows the system to recognize the behavioral fingerprints of corruption, even in zero-day attacks where no known signature exists.

Significant updates rolled out throughout 2025 have bolstered this capability:

  • April 2025 (Version 8.10): The company introduced raw disk corruption detection, a feature designed to safeguard virtual machines against wiper attacks, hardware failures, and internal corruption.
  • May 2025: New research highlighted the system's ability to detect complex variants like Expiro/Xpiro and Virlock, which often bypass conventional detection tools.
  • September 2025: The integration with IBM FlashSystems emphasized the role of forensic validation in enterprise storage environments.

The Shift to Cyber Resilience

The industry discourse has shifted from preventing attacks-a goal increasingly viewed as impossible-to ensuring survival after them. Jim McGann, VP of Strategic Partnerships at Index Engines, noted in early 2025 that the technology is "revolutionizing detection of corruption due to ransomware to support smarter recovery." This perspective is echoed by the company's focus on "confidence" in recovery; knowing that a restore point is clean prevents the catastrophic loop of restoring compromised data.

"CyberSense enhances cyber resiliency by detecting ransomware-induced data corruption with 99.99% accuracy through advanced AI and analytics." - Index Engines, March 31, 2025

Partnership Ecosystem

The technology's reach is amplified through strategic partnerships. Beyond the recent IBM collaboration, CyberSense is a core component of Dell Technologies' Cyber Recovery solution. These partnerships indicate a broader market trend where hardware vendors are decoupling storage from intelligence, relying on specialized software partners like Index Engines to provide the analytical layer necessary for security.

Implications for the Digital Economy

The rise of AI-driven forensic recovery has profound implications for business and technology policy. As regulatory bodies globally tighten requirements for data protection and reporting, the ability to prove the integrity of data becomes a compliance necessity, not just an operational one.

Technologically, this represents an "arms race" of Artificial Intelligence. As threat actors employ AI to write more sophisticated malware that evades traditional scanners, defenders are forced to deploy equally sophisticated AI to detect the aftermath of those attacks. The 99.99% accuracy claim by Index Engines suggests that the defense is currently holding ground, but the margin for error remains razor-thin.

Future Outlook

Looking ahead to 2026, the focus is expected to tighten on "raw disk" analysis and virtual machine safeguards. With the release of CyberSense 8.10, Index Engines has signaled that protecting the virtualization layer is the next frontier. Experts anticipate that future iterations will likely include even faster processing speeds to handle the exponentially growing data volumes of global enterprises.

For C-suite executives, the message from the 2025 conference circuit is clear: backup is no longer enough. The validation of data integrity through forensic AI is becoming the baseline for doing business in a high-threat digital environment.

Ricardo Souza

Brazilian reviewer covering mobile apps, digital tools, and SaaS innovation.

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