Loading...
Network deception tool deploying lures to detect & analyze advanced threats.

Network deception tool deploying lures to detect & analyze advanced threats.
LOKI: Threat Deception is a network deception product developed by Sesame IT (Jizô AI), currently in R&D phase. It is designed to detect and analyze advanced cyber threats by deploying deceptive lures within an organization's network. The product works by placing decoy assets (lures) across the network environment to attract and misdirect attackers away from real assets. When adversaries interact with these lures, LOKI captures behavioral data that security teams can use to analyze attacker tactics and improve defensive strategies. Key operational characteristics: - Lure deployment is automated, reducing the manual overhead for security teams. - The deception-based detection model does not generate false-positive alerts, since any interaction with a lure is inherently suspicious. - Captured attacker behavior data is intended to help security teams build strategic knowledge about adversary techniques and prepare for future threats. LOKI is positioned as an advanced threat detection layer, complementing existing security controls by adding deception capabilities to the network. As the product is still in R&D, detailed technical specifications and integration information have not yet been publicly released.
Common questions about Sesame IT LOKI: Threat Deception including features, pricing, alternatives, and user reviews.
Sesame IT LOKI: Threat Deception is Network deception tool deploying lures to detect & analyze advanced threats. developed by Sesame IT (Jizô AI). It is a Security Operations solution designed to help security teams with Attack Detection.
Deception platform using external-facing decoys for threat intel & recon detection
Cyber deception platform for early threat detection, attacker engagement & response.
TANNER is a remote data analysis service that evaluates HTTP requests and generates responses for SNARE honeypots while emulating application vulnerabilities.
Get strategic cybersecurity insights in your inbox