Third-Person Overly-Serious Bio

Dr. Jason Reeves is an experienced programmer and researcher who specializes in protecting mission-critical systems.

Dr. Reeves earned his PhD from Dartmouth College in 2016. During his time at Dartmouth, he worked with the "Trustworthy Cyber Infrastructure for the Power Grid" (TCIPG) research group to produce practical security solutions for embedded devices on grid networks. His work has been productized by power hardware manufacturers and has made a practical, positive impact in the mission to secure the nation's critical infrastructure. In addition, he is a skilled communicator whose guest lectures and research presentations have garnered positive reviews from his audience.

After graduating, Dr. Reeves joined the NFS team at Oracle and spent a year enhancing the debugging tools of the company’s ZFS Storage Appliance, helping to better identify problems and reduce triage time.

Research Projects

TEDDI (Tamper Event Detection on Distributed Infrastructure)

TEDDI is a sensor-based tamper protection system for distributed devices. It fuses data from all of the devices to determine the state of both individual devices and the overall network. Voted a 'Best Cyber Security Solution' for 2015 by the ACSC!

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Autoscopy Jr.

Autoscopy Jr. is a lightweight intrusion detection system for embedded devices. It operates within the kernel of the host OS, and leverages the system's native data structures to look for anomalous behavior.

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