
and beyond
and beyond

WHY WE EXIST
I believe that we all stand to benefit from the development of technology that improves mobility. Some people are born with mobility challenges, others experience it through injury or disease, but ultimately through aging, we will all experience the loss of freedom that can arise when navigating a world built for bipedal locomotion. As an advanced and innovative society, we have both a moral and an economic imperative to leverage technology to enhance quality of life, increase productivity, and protect people from harm.
Humotech seeks to uplift innovators of all kinds, with the tools and the support necessary to unlock the next generation of wearable machines. Whether you have been chasing a breakthrough for years, or you’re new to this field, we’d love to provide the foundation for you to build upon. For too long, innovators have had to endlessly prototype towards mass-marketable products, only to realize the disconnect between biomechanical feasibility and the market’s appetite for the solution. Now, you can design, test, and then build with our platforms to generate the individualized data you need to unlock design insights and articulate the value of your concept.
Let’s work together to build a future where everyone can achieve their mobility goals!

Josh Caputo, PhD
Founder, President & CEOWHY WE EXIST
I believe that we all stand to benefit from the development of technology that improves mobility. Some people are born with mobility challenges, others experience it through injury or disease, but ultimately through aging, we will all experience the loss of freedom that can arise when navigating a world built for bipedal locomotion. As an advanced and innovative society, we have both a moral and an economic imperative to leverage technology to enhance quality of life, increase productivity, and protect people from harm.
Humotech seeks to uplift innovators of all kinds, with the tools and the support necessary to unlock the next generation of wearable machines. Whether you have been chasing a breakthrough for years, or you’re new to this field, we’d love to provide the foundation for you to build upon. For too long, innovators have had to endlessly prototype towards mass-marketable products, only to realize the disconnect between biomechanical feasibility and the market’s appetite for the solution. Now, you can design, test, and then build with our platforms to generate the individualized data you need to unlock design insights and articulate the value of your concept.
Let’s work together to build a future where everyone can achieve their mobility goals!

Josh Caputo, PhD
Founder, President & CEOWhat we do
Ideas to Applications
Why Choose Humotech
Domain Expertise
Ethos of Collaboration
Emulation Paradigm

Steve CollinsAssociate Professor, Stanford University

Inseung KangDoctoral Student, Georgia Institute of Technology

Kota TakahashiAssistant Professor, University of Utah

Stefan KleinDoctoral Student, Georgia Institute of Technology

Pratik KunapulPhD Student, Georgia Institute of Technology

David M. ZiemnickiPhD Research Candidate, Vanderbilt University

Dawit LeePostdoctoral Scholar, Stanford University

Jared LiProject Manager and Wearable Robotics Engineer, IHMC

Philippe MalcolmAssociate Professor, University of Nebraska at Omaha

Megan McAllisterDoctoral Student, Queens University

Luis RosaDoctoral Student, Georgia Institute of Technology

Lindsey Trejo Senior Research Engineer, Georgia Institute of Technology
Our Latest News
Enhanced Muscle Activation Using Robotic Assistance Within the Electromechanical Delay: Implications for Rehabilitation?
Dzewaltowski AC, Malcolm P. (2024) IEEE Transactions on Neural Systems and Rehabilitation Engineering
A Two-Degree-of-Freedom Ankle Exoskeleton With Control of Plantarflexion and Inversion–Eversion
M. Jacobson, P. Kantharaju, S. S. Vakacherla and M. Kim, “A Two-Degree-of-Freedom Ankle Exoskeleton With Control of Plantarflexion and Inversion–Eversion,” in IEEE/ASME Transactions on Mechatronics, doi: 10.1109/TMECH.2025.3532211.
A novel ‘test-drive’ strategy for prosthetic foot prescription using a robotic prosthetic foot emulator.
Morgenroth, DC, Halsne, EG, Hansen AH, Childers, LW, Caputo JM, Lloyd, AM, Hafner, BJ. (2024) Medical Rehabilitation Research Resource Network (MR3) Annual Scientific Retreat, “Catalyzing Transdisciplinary Research to Develop Innovative Rehabilitation Approaches with Lasting Impacts.”