Core Projects
Selected engineering directions from ETROYL covering real-time radar processing, embedded vision, ground-penetrating radar, and reusable open-source engineering tools. These projects illustrate how scientific understanding and engineering experience can be developed into potential products and deployable technologies.
Selected Work
Radar · FPGA & Digital Design · Signal Processing
A potential real-time radar signal-processing platform built around FPGA and GPU acceleration, deterministic data movement and hardware/software co-design for advanced sensing applications.
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Embedded Systems · FPGA & Digital Design · Computer Vision
A potential low-latency embedded video architecture combining hardware acceleration, efficient data movement and neural-network inference for detection, recognition and identification.
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Radar & GPR · Electromagnetic Modeling · Signal Processing
An engineering and potential product direction spanning antenna design, near-field electromagnetic modeling, radar signal processing, inversion and soil characterization.
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Open Source · HDL · Embedded Systems · Engineering Tools
Reusable HDL cores, drivers, utilities and engineering tools that can reduce repeated implementation effort and accelerate future digital and embedded systems development.
View project →How Projects Fit ETROYL
The projects presented here are engineering directions rather than a catalogue of products already deployed by ETROYL. They build on technical expertise and experience that can be applied to demanding real-world problems, while showing where that capability could be developed into reusable platforms, technologies or client-specific solutions.
They complement ETROYL's services and selected insights: services describe the capabilities available to clients, insights explain technical reasoning and methods, while projects illustrate how those capabilities can be brought together around concrete engineering challenges and potential product concepts.
Let's discuss the science, architecture and engineering path toward a solution that can work in the real world.
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