GTC is looking for a new team member!

We’re on the lookout for a dynamic Nuclear Engineer to join our forward-thinking team, someone who is not only passionate about nuclear engineering but also has a solid grounding in Bayesian inference, ideally with particle filtering. If you’re someone who dabbles in machine learning and are excited about applying these skills in the nuclear engineering … Read more

GTC and Univ. of Michigan Partner to Secure US Army Vehicles with an Innovative Cybersecurity Solution

We are pleased to announce that Global Technology Connection, Inc., in partnership with Prof. Kang Shin of the University of Michigan, has been selected for a US Army contract to develop a ground vehicle cybersecurity solution. This project involves developing a hardware solution that automatically creates distinct fingerprints of devices on a vehicle CAN bus … Read more

GTC Begins Model-Based Enterprise Workflow for NAVAIR

GTC is thrilled to share that our team, in collaboration with the University of Georgia and Metrologic Group, has been honored with a Navy Award for a groundbreaking project! We’re set to develop a Model-Based Enterprise Workflow (MBEW) aligned with QIF MBD standards, including measurement uncertainty quantification for point cloud inspection. This innovative solution will … Read more

GTC Secures Key GSA MAS Government Contract: Expanding Federal Procurement Opportunities

We are proud to announce that GTC has has successfully secured the GSA Multiple Award Schedule (MAS) government contract, a significant recognition of our commitment to excellence in federal procurement and our ability to meet the comprehensive requirements of federal agencies. Contract Details: The GSA MAS contract is a long-term agreement with the U.S. federal … Read more

🌟GTC is attending CyberPhysical Systems Symposium 2023 @ UGA🌟

We’re thrilled to announce that GTC will be participating in the upcoming Cyber-Physical Systems Symposium 2023, where we’ll be presenting a talk on “Unsupervised and Adaptive Cyberphysical Anomaly Detection in Sensored Systems.” This event brings together researchers, entrepreneurs, and industry leaders to discuss the latest advancements in Cyber-Physical Systems (CPS) and Internet of Things (IoT), … Read more

New Publication! “A Reusable Framework for Fault Detection and Isolation in Small Satellites,” at Small Satellites Conference, 2023

GTC researchers and our collaborators at the University of Colorado Denver and NASA JPL, published the paper “A Reusable Framework for Fault Detection and Isolation in Small Satellites,” at this year’s Small Satellite Conference in Logan, UT. GTC’s Jubilee Prasad Rao presented the poster at the conference on August 8th. This paper is an outcome of NASA … Read more

GTC Contributes Chapter to Smart Energy Systems Handbook

We are proud to announce GTC with its collaborators at Georgia Tech have written a chapter for the upcoming Handbook of Smart Energy Systems. The chapter, titled “Smart Buildings in the IoT Era – Necessity, Challenges, and Opportunities,” which addresses how IoT-enabled smart buildings can help mitigate some of our most pressing urbanization and climate … Read more

New Publication: “Predicting Attrition Risk and Aircraft Suitability in U.S. Navy Pilot Training with Machine Learning”

We’re excited to share the results of our latest research project in collaboration with the U.S. Navy on attrition risk and aircraft suitability prediction in pilot training using machine learning. In this study, we developed models that accurately predict attrition risk and recommend suitable training aircraft types for student aviators, potentially saving millions of dollars … Read more

Graph-Based Fault Detection and Isolation in Cyberphysical Systems

Cyberphysical systems refer to systems that have both software and hardware components, such as simple robots, unmanned aerial vehicles, and satellites. As they operate, these systems may experience faults or anomalies due to hardware degradation, erroneous software, or unexpected interactions with their environment. Detecting and identifying these issues is challenging, and it is difficult to … Read more