RealNode by EmkayLabs

RealNode by EmkayLabs is a security platform designed to protect ticketing and flash sales websites from automated scalpers and malicious bots. The service implements a hardware-backed trust protocol using FIDO2 attestation, which provides a deterministic method for verifying that website interactions are being performed by legitimate human users rather than automated software. This approach is intended to secure inventory and prevent rapid depletion of stock by bots during high-demand events. The platform offers a scalable trust infrastructure that adapts to different security needs, ranging from passive, silent traffic analysis to strict API protection. Its passive behavioral engine operates in the background, detecting threats without disrupting the experience for most visitors, who typically remain unaware of the protection in place. When higher levels of verification are necessary, RealNode leverages biometric and hardware-based authentication methods, allowing users to confirm their identity using their device’s native security features such as FaceID, fingerprint, or pattern recognition. A key aspect of RealNode's design is its emphasis on privacy. The system does not store personal data; for example, user emails are immediately converted into unreadable hashes, ensuring that the identities of customers remain unknown to the platform. This privacy-centric approach is highlighted by its claim of full GDPR compliance and zero personal data storage. RealNode is delivered as a SaaS solution and is built to maintain high availability, with circuit breakers in place to ensure that client sites remain operational even if RealNode’s servers experience slowdowns. The platform also provides a real-time dashboard, referred to as a forensic console, which allows operators to monitor threats and gain visibility into security events as they occur. A free trial of up to 30 days is available for new users. The platform is particularly targeted at operators of ticketing and flash sales sites who require robust, privacy-preserving protection against automated threats.