Engineering Analysis

At Reliant Technologies we have an established history providing engineering analysis capabilities such as Design and Analysis of Experiments, Geospatial Analysis, and Engineering Core Discipline Modeling and Analysis to our customers. Our analysts support significant programs including Mobile Detection and Response System (MDARS) Unmanned Ground Vehicle (UGV), Entry Control Point (ECP), and Advanced Layered Missile Defense. By keeping up with the latest open-source, commercial and government software, our analysts can employ the very latest and greatest solutions across our solutions.

Core Principles Modeling

Using our diverse knowledge of Physics and Engineering, our team provides the very latest computational solutions to advanced modeling problems. Some of our core modeling competencies include: Seismic/Acoustic propagation, Radar/RF Effects, Chemical/Biological Dispersion, and Radiation Exposure/Dose Distribution.

6DOF Trajectory/Telemetry

Our team has a very broad, domain knowledge of trajectory analysis. Using common engineering packages, as well as creating our own, Reliant Technologies has many years of experience architecting, developing and deploying solutions aimed at simplifying the complex nature of trajectory and telemetry information.

Advanced Data. Advanced Solution.

With our data analytics we can remove ambiguities from complex situations to allow an organization to make key decisions. The output of our data analytics process provides actionable insights to our customers, allowing them to make the optimal decision quickly. The key capability to the product we provide is the ability to take raw data and develop meaningful actions with support from our data analytics.

Geospatial Solutions

By employing the latest machine learning techniques, we are able to make current solutions fast and autonomous. Applying these techniques to the latest photogrammetry algorithms, post-processing and rendering 3D terrain has become commonplace. Extending beyond terrain generation, utilizing the latest optimization routines and AI allows us to perform advanced analysis on our geospatial outputs. This can include route planning, RF prediction, and even developing sophisticated mission planning exercises.