PFP Cybersecurity provides a physics-based, next-generation endpoint security solution with AC, DC and EMI sensors. By utilizing IoT monitors, machine learning and data analytics, PFP detects tiny anomalies in power patterns to catch zero-day attacks on day zero providing an early warning system.
PFP’s unique approach enables the detection of zero-day attacks, even if the device is behaving normally from the user’s perspective.
PFP provides a user friendly interface with point-and-click simplicity. Monitoring parameters, sensitivity, and metrics are fully customizable by the user.
P2Scan utilizes off-the-shelf data acquisition systems. The PFP Solution includes all of the necessary components and software to immediately begin using PFP capability.
Our patent pending PFP technology is based on taking fine-grained measurement of a processor’s power consumption and performing anomaly detection using base references from trusted software. PFP allows an external device to monitor the internal execution status of a processor and identify any deviations from the authorized execution.
The PFP solution includes distributed sensors at or in the IoT, cloud or on premise machine. It provides machine learning and data analytics and a web based endpoint software for managing, monitoring, recording and remediation. The distributed architecture enables continuous and simultaneous monitoring of millions of devices, as well as detection and remediation in machine time. The PFP capabilities can be embedded in IoT with ARM CPU.
eMon acquires and monitors AC, DC, and EMI signals from endpoint devices. It can be FPGA based or embedded in third-party IoT platforms. More information...
The P3Scan, on premise or cloud-based, platform provides a dashboard, device management, continuous monitoring, ongoing recording, and automatic responses. More information...