ENGINEERING & RESEARCH OFFSHOOT

Precision Hardware, Embedded Software
& Optics Research

XOR Technology Inc. designs and builds high-quality electronics and embedded systems while actively exploring early-stage research in optics, photonics, and quantum technologies.

Core Capabilities Explore Optics R&D

// What We Do

Engineering Capabilities

We deliver end-to-end hardware design, firmware development, and specialized engineering solutions across electronics, robotics, and intelligent systems.

Hardware & Embedded Engineering

Full-stack electronics: from FPGA firmware and PCB layout to custom drivers, firmware simulation, real-time operating systems, and hardware-software integration.

FPGA firmware & microcontroller programming
PCB prototyping, breadboarding & testing
Embedded drivers, HALs & real-time firmware
Front-end dashboards & technical documentation

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Optics & Photonics R&D

An active early-stage research initiative exploring silicon photonics simulation, optical fiber coupling, and photonic quantum computing concepts — bridging our electronics expertise into the physics of light.

Silicon photonics computational modeling
Fiber-to-chip coupling alignment research
Photonic quantum computing concepts

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Specialized Solutions

Advanced interdisciplinary systems combining mechatronics, robotics, IoT, machine learning, and image processing to solve complex real-world engineering challenges.

Mechatronics & robotics control systems
IoT & wireless telemetry networks
Edge AI inference & on-device processing
Image processing & sensor readouts

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// Research Initiative

Venturing Into Light-Based Technology

XOR Technology Inc. is actively investing in early-stage research at the intersection of optics, photonics, and quantum technologies. We are building foundational knowledge and simulation frameworks to position ourselves at the frontier of light-based hardware — without yet having commercial products in this space.

Our electronics background gives us a strong foundation for interfacing precisely with photonic systems — particularly in driver design, alignment control, and sensor readout — areas where hardware and light converge.