AI R&D — Bio & Medical

Bio & Medical
AI Solutions

Mechanism-driven AI for diagnostics and laboratory automation — multi-modal sensing and full process automation built for the field.

Overview
From Diagnosis to Automation

We bring the same mechanism-first discipline to medicine and biotech. Thermal and visible-light fusion turns subjective examination into objective measurement, and a fully self-contained PCR system runs the entire workflow without specialist staff.

// G — Bio · Medical AI
Dry Eye Diagnostics
Thermal + Visible Fusion

A dual-modality AI combining a LWIR thermal camera and visible-light camera on a coaxial optical path. Quantitatively analyzes ocular surface temperature distribution and tear film condition — a new standard for non-invasive, objective ophthalmic diagnostics.

G-01
Thermal + Visible Fusion Analysis

LWIR + visible-light ensemble for maximum diagnostic accuracy of ocular surface condition.

Thermal FusionLWIR
G-02
AI Colony Counter

Automated detection and counting of cell colonies. Cluster separation, size classification, and auto-report generation.

Colony DetectionInstance Seg
Dry eye diagnostics AI

Thermal + Visible Fusion — Ocular Surface Analysis

Real Software
Ocular Surface
Thermography

Our diagnostic software maps ocular surface temperature in real time, fusing thermal and visible channels to quantify tear film stability — the actual operating screen used in clinical settings.

Ocular surface thermography software

Ocular Surface Thermography — Live Diagnostic Screen

// H — Bio · Full Automation
Fully Automated
PCR Device

Load a sample into the cartridge and insert — nucleic acid extraction, thermal cycling, result analysis, and report generation all complete automatically. A fully self-contained PCR system operable without specialist staff.

01Sample Loading — Insert cartridge with sample
02Nucleic Acid Extraction — Automated lysis and purification
03Thermal Cycling PCR — Precision temperature-controlled amplification
04AI Result Analysis — Real-time fluorescence signal detection
05Automated Report — Ct value, interpretation, confidence score
PCR automation process

Automated Workflow — Sample to Result

Real Hardware
In-House
PCR System

Engineered and manufactured in-house — cartridge inlet, control panel, biohazard disposal, and negative-pressure exhaust integrated into a single self-contained device built for field operation.

In-house PCR system components

Fully Automated PCR Device — In-House Engineered

Our Approach
How We Build
Differently

We understand the mechanism first. Then we build AI on top of it.

01
Mechanism-First Design

We model the mechanism of a problem before feeding any data. Structure is designed first, then AI is built on top.

02
Multi-Modal Sensing

Thermal + visible, multi-channel optics — we overcome single-sensor limitations with complementary modalities.

03
Product, Not Tool

We build finished products that work in the field immediately — not research papers or tech demos.

Get in Touch
Objective Diagnostics,
Automated Workflows
Contact Us

#601, 1-dong, Pangyo Seven Venture Valley II, 17, Pangyo-ro 228beon-gil 

Bundang-gu, Seongnam-si, Gyeonggi-do, 13487, Republic of Korea


Copyright © 2026 Miru Systems co., Ltd. All Rights Reserved.

1 Dong-601 Ho, (Sampyeong-dong, Pangyo sevenventure valley 2 dangi) 17 Pangyo-ro 

228 beon-gil, Bundang-gu, Seongnam-si, Gyeonggi-do, Republic of Korea 

13487

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Copyright © 2026 Miru Systems co., Ltd. 

All Rights Reserved.