Overview
Portfolio
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Reinforced Ventures
Pittsburgh, United States
First‑round, contrarian investments in founders working on autonomous systems, robotics, and biotechnology.
Portfolio
3+
Employees
3+
Founded
2019
AUM
N/A
Investment focus
Stages
No stages listed
Industries
No industries listedGeographic scope
North America
Reinforced Ventures
First‑round, contrarian investments in founders working on autonomous systems, robotics, and biotechnology.
Portfolio
3+
Employees
3+
Founded
2019
AUM
N/A
Stages
No stages listed
Industries
No industries listedGeographic scope
North America
Showing 3 of 3 matched portfolio companies
Biophysical Therapeutics develops new drugs for cancer and age-related diseases, including Alzheimer's, using a proprietary computational biology platform. This platform generates experimentally-validated preclinical and clinical-stage drug candidates based on biophysical modeling of biological systems. The company's pipeline also includes applications for cosmetic aging treatments derived from its fundamental biological discoveries.
<3
100+Approximate amount of employees
Funding: $140.0K
Rough estimate of the amount of funding raised
Funding: $140.0K
Rough estimate of the amount of funding raised
EKTO VR develops motorized robotic boots that enable natural locomotion in virtual reality environments, utilizing omnidirectional drive technology to allow users to walk freely without physical movement in their real surroundings. This technology effectively eliminates motion sickness and disorientation commonly experienced with traditional VR locomotion methods.
Funding: $465.0K
Rough estimate of the amount of funding raised
Funding: $465.0K
Rough estimate of the amount of funding raised
Velontra develops a hypersonic unmanned aerial vehicle that utilizes an air-breathing propulsion system to achieve speeds exceeding 3,500 mph, enabling efficient satellite launches and debris removal in Low Earth Orbit. This technology reduces launch costs by up to 90% and offers a lead time of less than one week, addressing the high expenses and long wait times associated with traditional space access methods.
Funding: $1.0M
Rough estimate of the amount of funding raised
Funding: $1.0M
Rough estimate of the amount of funding raised