As more and more of our world is becoming connected to the internet, from data stored in the cloud, through connected mobile devices, and now our critical infrastructure, we are becoming more open to internet based anonymous cyber-attacks that threaten both financial and national security. From just the public security breaches that hit the news daily, it is clear that the current security protection mechanisms are not working effectively in combating the new cyber threats.

Lynx Software Technologies offers unique security solutions to help detect and protect against potent cyber threats. Offering unique detection capabilities for advanced persistent threats (APT) such as rootkits and bootkits, our Rootkit Detection System (RDS5201) offers real-time detection of these notoriously stealthy cyber threats and reduces the typical detection time from months to minutes. The RDS5201 appliance is based on the LynxSecure hypervisor, which offers military-grade protection and isolation against cyber threats on devices ranging from servers through endpoints to embedded systems. The latest version of the LynxSecure hypervisor brings in unique technology that is fundamental to detecting stealthy APTs as they attack a device, and provides this functionality as foundational technology for the RDS5201.


  • Rootkit Detection System (RDS5201) - A high interaction client honeypot based on our proprietary secure hypervisor, which offers unique detection capabilities for stealthy APTS such as rootkits and bootkits, and reduces the typical detection time from months to minutes.
  • LynxSecure Hypervisor - Built from the ground up to offer military grade isolation for virtual machines, LynxSecure can be used to protect devices from cyber-attacks by containing them in a secure partition, and not allowing their spread either to other virtual machines or other devices on the network. LynxSecure can help protect servers, endpoints, embedded systems and mobile devices, and offers a foundational building block to easily and effectively add security to devices.