Intelligent cyber deception for early threat detection.

Labyrinth Security Solutions is a European company specializing in cyber deception solutions, a technology designed to detect attackers in the early stages of an intrusion by creating an environment of digital decoys (decoys and honeypots) within the corporate network that tricks them into revealing their presence. Founded in 2019 and now headquartered in Zabrze, Poland, the company develops a platform designed to help SOCs, MSSPs, critical infrastructure operators, manufacturing companies, and government organizations detect malicious activity with very few false positives and minimal impact on existing infrastructure.

The Labyrinth Platform solution is based on the concept of deception technology: it deploys fictitious but extremely realistic hosts, services, devices, and data across the network, designed to lure attackers during reconnaissance and lateral movement. Any interaction with these assets is considered highly suspicious and triggers a highly reliable alert, enabling the security team to quickly identify the presence of an attacker before they reach critical systems. The platform also integrates network monitoring capabilities, attack intelligence collection and analysis, the generation of indicators of compromise (IoC), and automated response, with the ability to isolate compromised hosts or trigger workflows via SIEM, SOAR, and EDR solutions already present in the infrastructure.

One of Labyrinth’s key strengths is its preemptive security approach, which shifts the focus from simply detecting events to the ability to deceive the attacker and intercept their actions in the early stages of the kill chain. The platform is designed to be easy to implement, supports traditional IT environments, industrial OT/SCADA networks, and air-gapped infrastructures, and offers high scalability with low operating costs. Thanks to the high accuracy of its alerts and the reduction in false positives generated by traditional monitoring systems, Labyrinth enables Security Operations Centers to decrease the mean time to detection (MTTD) and mean time to response (MTTR), thereby improving the overall effectiveness of cybersecurity operations.

 

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