
FPGA / SoC design
High-speed systems for signal processing, camera interfaces, and memory integration.
RadScope builds on ZEROM’s experience in FPGA/SoC design, embedded systems, and algorithm acceleration.
Founded in 2010, ZEROM develops and produces systems that accelerate algorithms and optimize signal processing. Its expertise spans ARM-based embedded platforms, FPGA/SoC hardware, and high-speed signal control.
RadScope applies this engineering foundation to radiation detection and radionuclide identification, connecting SiPM sensing with signal conditioning and FPGA-based processing.
Explore RadScope →
Sensing, signal processing, and spectrum analysis.

High-speed systems for signal processing, camera interfaces, and memory integration.

ARM-based hardware, Linux kernel and BSP development, and complete embedded-system integration.

Hardware-oriented acceleration and optimization for compact systems and real-time processing.
RadScope draws on ZEROM’s work in FPGA platforms, image analysis, high-speed interfaces, and measurement systems.

Zynq-based image processing for relative navigation and position-and-attitude estimation.
Zynq XC7Z020 · CMV4000 sensor
Star detection, recognition, and attitude-estimation algorithms on a compact FPGA imaging platform.
Zynq XC7Z020 · FPGA imaging
A signal-processing module developed for blood-analysis instrumentation, combining embedded control and FPGA interfaces.
Zynq XC7Z010 · Embedded Linux
Foundation / 2010ZEROM was founded with a focus on algorithm acceleration, signal processing, and embedded-system development.
Engineering portfolioProjects span optical image processing, precise motion control, high-speed SerDes and PCIe, and optical signal transmission.
Today / RadScopeSiPM front-ends and FPGA-based spectrum processing bring this experience into radionuclide-identification instruments.
Selected national R&D participation and major engineering development projects across sensing, computation, and measurement.

Development of an image-based relative-navigation system for autonomous aerial refueling.
Explore our FPGA engineering experience →Selected ZEROM development projects complement the national aerospace R&D program above.

FPGA-based image processing for star detection, recognition, and attitude-estimation algorithms.

An embedded processing module for blood-analysis instrumentation, bringing FPGA interfaces and software into a compact platform.

A Kintex-7 platform for high-speed serial links and PCIe-based integration.

ZEROM was designated as a KAERI-Family Company by the Korea Atomic Energy Research Institute.
ZEROM’s ZEROPUTT brand was recognized as a Best Brand for the second consecutive year in the golf putting equipment category.
A company-brand achievement for ZEROPUTT, separate from RadScope’s radiation instrumentation.
View original award plaque ↗ZEROM’s ZEROPUTT brand was selected as a Best Brand in the golf putting equipment category at the 2025 Korea Consumer Brand Awards.
A company-brand achievement for ZEROPUTT, separate from RadScope’s radiation instrumentation.
View original award plaque ↗Talk to our team about products, integration, and your application.