The glucose monitor you keep

The glucose monitor you keep

The glucose monitor you keep

MOGLU®
MOGLU®
MOGLU®

Wearable concept · In development

Glucose, measured with light.

No needles. No adhesive patches. No disposable sensors to replace.
Powered by Raman spectroscopy.

Glucose, measured with light.

No needles. No adhesive patches. No disposable sensors to replace.
Powered by Raman spectroscopy.

Glucose, measured
with light.

No needles. No adhesive patches.

No disposable sensors to replace.
Powered by Raman spectroscopy.

The signal is real.

Current phone-size prototype

Prototype Specifications: 80x90x30mm

Current phone-size prototype

Prototype Specifications: 80x90x30mm

11.34% MARD, measured side by side

Six participants wore Moglu alongside two commercial CGMs in the same sessions. Moglu 's accuracy fell between the two, with the narrowest spread of the three.

11.34% MARD, measured side by side

Six participants wore Moglu alongside two commercial CGMs in the same sessions. Moglu 's accuracy fell between the two, with the narrowest spread of the three.

100% in Parkes Zones A and B

Of 279 paired readings, 82% fell in Zone A and the rest in Zone B. None fell in zones linked to clinical risk.

100% in Parkes Zones A and B

Of 279 paired readings, 82% fell in Zone A and the rest in Zone B. None fell in zones linked to clinical risk.

The signal is real.

Current phone-size prototype

Prototype Specifications: 80x90x30mm

11.34% MARD, measured side by side

Six participants wore Moglu alongside two commercial CGMs in the same sessions. Moglu 's accuracy fell between the two, with the narrowest spread of the three.

100% in Parkes Zones A and B

Of 279 paired readings, 82% fell in Zone A and the rest in Zone B. None fell in zones linked to clinical risk.

The signal is real.

11.34% MARD, measured
side by side

Six participants wore Moglu alongside two commercial CGMs in the same sessions.
Moglu 's accuracy fell between the two, with the narrowest spread of the three.

100% in Parkes Zones A and B

Of 279 paired readings, 82% fell in Zone A and the rest in Zone B.
None fell in zones linked to clinical risk.

Current phone-size prototype

Prototype Specifications: 80x90x30mm

Our Team

Our team

Our Team

We build needle-free continuous glucose monitors powered by Raman spectroscopy. Our teams in Boston and Seoul blend deep expertise in optics, engineering, and healthcare to deliver precision solutions for diabetes care.

Aram Hong

Aram Hong

CEO & Co-founder

CEO & Co-founder

Aram Hong

CEO & Co-founder

Aram Hong

CEO & Co-founder

Miyeon Jue, PhD

Miyeon Jue, PhD

CTO & Co-founder

CTO & Co-founder

Miyeon Jue, PhD

CTO & Co-founder

Miyeon Jue, PhD

CTO & Co-founder

Advisors & Research Collaborators

Advisors & Research Collaborators

Advisors & Research Collaborators

Advisors & Research Collaborators

Medha Munshi, MD

Medha Munshi, MD

Director of the Joslin
Geriatric Diabetes Program
and a Professor of Medicine
at Harvard Medical School

Director of the Joslin
Geriatric Diabetes Program and a Professor of Medicine at Harvard Medical School

Medha Munshi, MD

Director of the Joslin
Geriatric Diabetes Program
and a Professor of Medicine
at Harvard Medical School

Medha Munshi, MD

Director of the Joslin
Geriatric Diabetes Program
and a Professor of Medicine
at Harvard Medical School

Laurence Alberts, MBA

Laurence Alberts, MBA

Co-founder & CEO,
Qlibrium; former Partner
& Managing Director, BCG

Co-founder & CEO,
Qlibrium; former Partner & Managing Director, BCG

Laurence Alberts, MBA

Co-founder & CEO,
Qlibrium; former Partner
& Managing Director, BCG

Laurence Alberts, MBA

Co-founder & CEO,
Qlibrium; former Partner
& Managing Director, BCG

Peter So, PhD

Peter So, PhD

Professor of Mechanical
Engineering and Biological
Engineeringat MIT

Professor of Mechanical
Engineering and Biological Engineeringat MIT

Peter So, PhD

Professor of Mechanical
Engineering and Biological
Engineeringat MIT

Peter So, PhD

Professor of Mechanical
Engineering and Biological
Engineeringat MIT

Jeon Woong Kang, PhD

Jeon Woong Kang, PhD

Research Scientist
at MIT Laser Biomedical
Research Center

Research Scientist
at MIT Laser Biomedical
Research Center

Jeon Woong Kang, PhD

Research Scientist
at MIT Laser Biomedical
Research Center

Jeon Woong Kang, PhD

Research Scientist
at MIT Laser Biomedical
Research Center

Jun Ki Kim, PhD

Jun Ki Kim, PhD

Co-founder & Associate
Professor at Asan Medical
Center

Co-founder & Associate Professor at Asan Medical Center

Jun Ki Kim, PhD

Co-founder & Associate
Professor at Asan Medical
Center

Jun Ki Kim, PhD

Co-founder & Associate
Professor at Asan Medical
Center

Help bring needle-free CGM
to the wrist.
Help bring needle-free CGM
to the wrist.
Help bring needle-free CGM to the wrist.

Investors

Investors

Investors

Investors

Programs & Recognition

Programs & Recognition

Programs & Recognition

Programs & Recognition

In the Press

In the Press

In the Press

In the Press