Digital Pathology,

Digital Pathology,

Pathfinder Lab

Pathfinder Lab

's

's

Leading Precision

Leading Precision

Digital Pathology,

Leading Precision

Pathfinder Lab

Empowering pathologists
with the keys to a smooth workflow

Empowering pathologists
with the keys to a smooth workflow

Multimodal Pathology & Big Data

Advancing healthcare through integrated pathology data analytics

Multimodal Pathology & Big Data

Self-paced courses to grow your audience, build a business, and productize your expertise.

Multimodal Pathology & Big Data

Advancing healthcare through integrated pathology data analytics

Digital Healthcare Innovation

Pioneering AI-powered digital pathology solutions

Digital Healthcare Innovation

Pioneering AI-powered digital pathology solutions

Digital Healthcare Innovation

Pioneering AI-powered digital pathology solutions

Precision Diagnostics

Delivering accurate and reliable diagnostic solutions

Precision Diagnostics

Delivering accurate and reliable diagnostic solutions

Precision Diagnostics

Delivering accurate and reliable diagnostic solutions

Future Talent Development

Nurturing the next generation of digital pathology experts

Future Talent Development

Nurturing the next generation of digital pathology experts

Future Talent Development

Nurturing the next generation of digital pathology experts

Research

Research

Publications

Publications

Publications

Combining medical expertise to create the most 
relevant solutions, scientifically validated

Combining medical expertise to create the most 
relevant solutions, scientifically validated

At Pathfinder Lab, we bring together a diverse team of medical experts, researchers, and data scientists to develop

cutting-edge solutions that address the most pressing challenges in healthcare. 
Our interdisciplinary approach allows us to combine deep medical knowledge with advanced computational techniques,

ensuring that our solutions are not only relevant but also rigorously validated through scientific research

At Pathfinder Lab, we bring together a diverse team of medical experts, researchers, and data scientists to develop

cutting-edge solutions that address the most pressing challenges in healthcare. 
Our interdisciplinary approach allows us to combine deep medical knowledge with advanced computational techniques,

ensuring that our solutions are not only relevant but also rigorously validated through scientific research

At Pathfinder Lab, we bring together a diverse team of medical experts, researchers, and data scientists to develop cutting-edge solutions that address the most pressing challenges in healthcare.

Our interdisciplinary approach allows us to combine

deep medical knowledge with advanced computational techniques,

ensuring that our solutions are not only relevant

but also rigorously validated through scientific research

Featured Paper

Hong*,  Sangchul Yoon*, Kyu Won Shim†, Yu Rang Park†

Screening of moyamoya disease from retinal photographs: development and validation of deep learning algorithms. Stroke (accepted)

Hong*,  Sangchul Yoon*, Kyu Won Shim†, Yu Rang Park†

Screening of moyamoya disease from retinal photographs: development and validation of deep learning algorithms. Stroke (accepted)

Hong*,  Sangchul Yoon*, Kyu Won Shim†, Yu Rang Park†

Screening of moyamoya disease from retinal photographs: development and validation of deep learning algorithms. Stroke (accepted)

Hye Hyeon Kim*, Jin Hyuk Lee*, In Han Song† Yu Rang Park†

Characteristics and Risk Factors of Suicide among People who Attempted Self-harm in South Korea: A Longitudinal National Cohort Study in South Korea. Psychiatry research 330 (2023): 115613.​

Hye Hyeon Kim*, Jin Hyuk Lee*, In Han Song† Yu Rang Park†

Characteristics and Risk Factors of Suicide among People who Attempted Self-harm in South Korea: A Longitudinal National Cohort Study in South Korea. Psychiatry research 330 (2023): 115613.​

Hye Hyeon Kim*, Jin Hyuk Lee*, In Han Song† Yu Rang Park†

Characteristics and Risk Factors of Suicide among People who Attempted Self-harm in South Korea: A Longitudinal National Cohort Study in South Korea. Psychiatry research 330 (2023): 115613.​

Jae Han Kim†; JaeSeong Hong†; Hangnyoung Choi†; ⋯

Development of deep ensembles for screening and severity of autism using retinal photographs. JAMA Network Open 6.12 (2023): e2347692-e2347692.

Jae Han Kim†; JaeSeong Hong†; Hangnyoung Choi†; ⋯

Development of deep ensembles for screening and severity of autism using retinal photographs. JAMA Network Open 6.12 (2023): e2347692-e2347692.

Jae Han Kim†; JaeSeong Hong†; Hangnyoung Choi†; ⋯

Development of deep ensembles for screening and severity of autism using retinal photographs. JAMA Network Open 6.12 (2023): e2347692-e2347692.

MinDong Sung*, Jong Hyun Kim*, Hyun-Seok Min* ⋯

Three-dimensional label-free morphology of CD8+ T cells as a sepsis biomarker. Light: Science & Applications.12.1 (2023): 265.​

MinDong Sung*, Jong Hyun Kim*, Hyun-Seok Min* ⋯

Three-dimensional label-free morphology of CD8+ T cells as a sepsis biomarker. Light: Science & Applications.12.1 (2023): 265.​

MinDong Sung*, Jong Hyun Kim*, Hyun-Seok Min* ⋯

Three-dimensional label-free morphology of CD8+ T cells as a sepsis biomarker. Light: Science & Applications.12.1 (2023): 265.​

More Publications

More

Resources

Resources

Resources

Check our tools

More

Events

Events

Stay updated on the latest events in the field

Stay updated on the latest events in the field

AI Revolution in Cancer Diagnostics

At Pathfinder Lab, we’re not just following the path—we’re forging it. True to our name, we are dedicated to finding new ways in pathology, leveraging the power of digital pathology and artificial intelligence (AI) to revolutionize cancer diagnostics.

Collaborative Innovation Network

Pathfinder Lab has been at the forefront of developing AI-powered software for analyzing digital pathology images, with a particular focus on cancer detection. Pathfinder Lab has been at the forefront of developing AI-powered software for analyzing digital pathology images.

Supporting Mid-Sized Hospitals

Our strength lies in our partnerships. By collaborating with leading university hospitals, such as the University Hospital Zurich and Women’s Hospital, we’ve built a robust network that combines academic expertise with clinical insights.

Empowering Mid-Sized Hospitals and Government Institutions

One of our core goals is to democratize access to advanced diagnostic tools. We’re proud to announce that our software has been adopted by over 50 mid-sized hospitals across North America and Europe, enabling them to provide high-quality pathology services without the need for in-house expertise. Additionally, we’ve partnered with government health agencies in Canada and the UK to integrate our AI-driven diagnostics into national healthcare systems, improving diagnostic accuracy for unders

Looking Ahead: Upcoming Events and Research

We’re excited to continue sharing our work with the global pathology community. Next month, Pathfinder Lab will be presenting at the International Conference on Medical Image Computing and Computer-Assisted Intervention (MICCAI) 2025, where we’ll introduce a new computational framework for kidney transplant outcome prediction.A

Our Vision for the Future

As we continue to innovate, our slogan—“Pioneering the Field of Digital Pathology with Challenge and Expertise”—remains at the heart of everything we do.

View all

Partner with Us to Advance Precision Medicine

Partner with Us to Advance Precision Medicine

Partner with Us to Advance Precision Medicine

Collaborate with our team to drive innovation

in AI-powered digital pathology and genomics.

Together, we can shape the future of healthcare.

Collaborate with our team to drive innovation

in AI-powered digital pathology and genomics.

Together, we can shape the future of healthcare.

Collaborate with our team to drive innovation

in AI-powered digital pathology and genomics.

Together, we can shape the future of healthcare.

Contact

Contact

Contact

© 2025 Pathfinder Lab. All rights reserved.

© 2025 Pathfinder Lab. All rights reserved.

© 2025 Pathfinder Lab. All rights reserved.

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