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CFB Client, IAMBIC has been awarded approximately $1M in grant funding from the National Science Foundation Small Business Innovation Research program. IAMBIC is an innovative shoe company disrupting the centuries-old footwear industry with their sizeless, precision-fit footwear driven by proprietary AI algorithms. This substantial funding from NSF enables IAMBIC to scale its cutting-edge precision-fit shoe design and manufacturing.
The Center for Biotechnology and its accelerator programs have been instrumental in assisting IAMBIC with their SBIR pursuits and commercialization development.
Read more about IAMBIC and their recent funding here.
[post_title] => CFB Client IAMBIC Receives $1 Million NSF SBIR Phase II Grant
[post_excerpt] => This substantial funding from NSF enables IAMBIC to scale its operations.
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[post_date] => 2015-04-08 19:48:55
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[post_content] => Gaurav Lalwani, PhD, Biomedical Engineering department at Stony brook University and Center for Biotechnology Fundamentals Program alumnus, has Co-founded Millennial Materials and Devices, a company which was recently awarded second place in the Stony Brook Entrepreneurs Challenge 2015, with a cash reward of $10,000 and $3000 prize in 'DARE to RISK' Business Plan Competition at Farmingdale State University, Long Island Regional Affiliate of the New York State Business Plan.
Millennial Materials will now be presenting at the Finals of New York Business Plan Competition (NYBPC) in Albany on April 24, 2015 in the Nanotechnology/Advanced Technology category. The NYBPC is the only leading collegiate business competition that is a regionally coordinated, collaborative statewide program representing over 75 colleges and universities, which sets it apart from all other competitions in the nation. Millennial Materials and Devices is working towards the commercialization of a novel proprietary formulation and method to fabricate large-area transparent conductive films for applications ranging from the fabrication of flexible unbreakable displays to electromagnetic shielding and biomedical coatings.
[post_title] => Millennial Materials and Devices Presenting at NY Business Plan Competition Finals
[post_excerpt] => Millennial Materials and Devices, co-founded by BME and FOBIP Alumnus, will be presenting in the finals of New York Business Plan Competition (NYBPC) after placing in the Stony Brook Entrepreneurs Challenge 2015.
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[post_content] => Seven companies were chosen by the NIH to receive funding for new technologies to boost their testing capacities and help them ramp up production of millions of coronavirus rapid tests to be made available by September 2020. A total of $248.7 million will be invested and shared by Mesa Biotech, Quidel, Talis Biomedical, Fluidigm, Ginkgo Bioworks, Helix OpCo and Mammoth Biosciences. Read more. (Via BIO Smart Brief/Reuters)
[post_title] => 7 Dx firms to share $249M from NIH for COVID-19 testing
[post_excerpt] => Seven companies were chosen by the NIH to receive funding for new technologies to boost their testing capacities.
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BARDA DRIVe is seeking information on technologies that are relevant to AI for automated biomedical image acquisition and AI for automated biomedical image interpretation, with a focus on reducing the burden on clinical, technician, and care staff in any setting. If you can provide insight on any of the items listed below, please contact Phuong Nguyen (phuong.t.nguyen@stonybrook.edu) by June 8, 2021.
This request encompass all stages of development from early research/academic labs through start up and late commercialization: They are more interested in technical rather than any particular stage of development, thus the focus is not just on the commercial sector but also on the work being conducted at academic/research/medical/FFRDC organizations. This can be an AI solution applied to existing imaging infrastructure, or new imaging devices. This AI and imaging combination should provide new value propositions, form factors, or use cases that are only possible with integration of AI.
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- Approaches to automated interpretation of optical and x-ray images are of interest, but of secondary priority.
- AI-based diagnostic image acquisition and image interpretation in emergency medical services (EMSs) and in surgical settings to accurately assess the severity of a patient’s medical condition, e.g. the location of an internal hemorrhage or the location of a broken bone, torn ligament or other injury.
- AI-based automated image reconstruction.
- AI-based automated analysis of cancer screening images (e.g. mammograms)
- AI-assisted image guidance for placement of medical devices, e.g. catheterization
- AI-assisted fluoroscopy
[post_title] => BARDA RFI/CALL for Technologies
[post_excerpt] => BARDA DRIVe is seeking information on technologies that are relevant to AI for automated biomedical image acquisition and AI for automated biomedical image interpretation, with a focus on reducing the burden on clinical, technician, and care staff in any setting.
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CFB Client, IAMBIC has been awarded approximately $1M in grant funding from the National Science Foundation Small Business Innovation Research program. IAMBIC is an innovative shoe company disrupting the centuries-old footwear industry with their sizeless, precision-fit footwear driven by proprietary AI algorithms. This substantial funding from NSF enables IAMBIC to scale its cutting-edge precision-fit shoe design and manufacturing.
The Center for Biotechnology and its accelerator programs have been instrumental in assisting IAMBIC with their SBIR pursuits and commercialization development.
Read more about IAMBIC and their recent funding here.
[post_title] => CFB Client IAMBIC Receives $1 Million NSF SBIR Phase II Grant
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