Cy4Data Labs, a leader in data-centric cybersecurity, today announced that its flagship Cy4Secure platform is the cybersecurity industry's only solution that natively identifies and profiles artificial intelligence agents as distinct digital personas. With this unique feature, Cy4Data enables organizations to detect, monitor, and stop malicious AI-driven data activity in real time before sensitive information leaves the enterprise. By learning the normal access patterns and permissions of approved AI systems, Cy4Secure can instantly identify anomalous behavior, contain rogue activity, and prevent large-scale data exfiltration.
Cy4Secure is the only solution profiling AI agents as distinct digital personas.
88% of security executives report confirmed or suspected attacks involving autonomous AI agents.
Recent breaches affected Canvas (9,000+ universities), Charter (40M customers), and RXNT.
Cy4Secure provides field and atomic-level encryption for data-in-processing.
Platform distinguishes normal patterns from high-risk deviations with microsecond speed.
Encrypted data remains unreadable and unusable outside authorized environments.
As AI-powered attacks accelerate across academia, government, and the private sector, Cy4Secure applies the same behavioral intelligence used to monitor employees, executives, contractors, and privileged users to AI agents. Lance Smith, CEO & Cofounder of Cy4Data Labs, stated: "With the number of known vulnerabilities at an all-time high, and massive attacks being orchestrated by increasingly autonomous means, the need to ensure personal information is safe at the data level has never been more pronounced. With unprecedented granularity, Cy4Data's native insider threat detection guarantees data visibility to instantly identify and neutralize threats, whether they come from an accidental loss of credentials, a malevolent actor, or agentic AI."
Across just a few weeks in May 2026, several major data breaches exposed personal identifying information (PII) of users in academia, enterprise, and government. Learning management system platform provider Canvas experienced a ransomware attack that affected 9,000 universities and colleges. Charter Communications reported a breach exposing records for up to 40 million consumer and business customers. An attack on RXNT, a medical software provider used by the federal government's Office of the Attending Physician, jeopardized lawmakers' personal information. Meanwhile, a new survey from AI agent management platform provider Gravitee found that security executives report 88 percent confirmed or suspected attacks involving autonomous AI agents.
Because Cy4Secure's field and atomic-level encryption protects data-in-processing, not just data-at-rest or data-in-transit, a credentialed insider with legitimate system access cannot exfiltrate plaintext data they are not explicitly authorized to decrypt. By continuously analyzing the way users access data across endpoints, networks, and cloud environments, the Cy4Secure platform distinguishes normal operational patterns from high-risk deviations with precision and microsecond speed. A compromised or manipulated AI agent has its own unique, identifiable behavior and functions as a malicious insider with machine-speed access—Cy4Secure can identify and deny these agentic AI-driven actors with the same instantaneous speed as a human actor.
Even if attackers succeed in stealing information, Cy4Secure's atomic-level encryption ensures the data remains unreadable and unusable outside authorized environments, dramatically reducing the impact of a breach. As agentic AI and emerging quantum capabilities reshape the cybersecurity landscape, Cy4Secure provides organizations with a critical new layer of defense, combining real-time insider threat detection with persistent, data-centric protection that secures information wherever it resides or travels.
About Cy4Data Labs
Cy4Data Labs is redefining data security by protecting information at its core. Its flagship platform Cy4Secure delivers continuous encryption and real-time access control at the data layer, ensuring sensitive information remains secure and unusable to unauthorized parties, regardless of where it resides or how it is accessed.
