We are a tight-knit diverse team who are passionate about bringing together the best of what science and technology can offer to help all people attain better health and happier lives.
Josh has more than 15 years of expertise in medical devices system design, product design, and development of both hardware and software solutions in the health industry. As a scientist and engineer, Josh is passionate about using sensors of all types from physiological personal health technology to environmental and passive sensing as a means to infer and improve the quality of life for everyonethrough solutions that anyone can afford.
Through ongoing engineering efforts, he has directly contributed to the continued improvement of Bluetooth technology while working with health device manufactures and standards bodies, to improve the technology's usefulness within the medical community. Early in his career, he developed Pulse Oximeter hardware/firmware to measure oxygenated blood found on oxygen bound to hemoglobin molecules in red blood cells. Some of his achievements include authorship of papers accepted into the IEEE, poster presentations at ATA, and several pending patents.
Josh has contributed to technological and scientific advancements at organizations including ContinuaHealth Alliance, Bluetooth SIG, USB I/F, the Institute of Electrical and Electronics Engineers (IEEE) and various societies within IEEE, Society of Behavioral Medicine (SBM), and American TelemedicineAssociation (ATA). Josh works with Vibrent’s medical partners to give back to the medical community by helping them adopt advancements and knowledge learned from Vibrent into their solutions while conforming to guidance set by international standards for medical devices (IEC 60601) and medical device software (IEC 62304).
Josh has contributed to technological and scientific advancements at organizations including ContinuaHealth Alliance, Bluetooth SIG, USB I/F, the Institute of Electrical and Electronics Engineers (IEEE) and various societies within IEEE, Society of Behavioral Medicine (SBM), and American TelemedicineAssociation (ATA). Josh works with Vibrent’s medical partners to give back to the medical community by helping them adopt advancements and knowledge learned from Vibrent into their solutions while conforming to guidance set by international standards for medical devices (IEC 60601) and medical device software (IEC 62304).
Josh has more than 15 years of expertise in medical devices system design, product design, and development of both hardware and software solutions in the health industry. As a scientist and engineer, Josh is passionate about using sensors of all types from physiological personal health technology to environmental and passive sensing as a means to infer and improve the quality of life for everyonethrough solutions that anyone can afford.
Through ongoing engineering efforts, he has directly contributed to the continued improvement of Bluetooth technology while working with health device manufactures and standards bodies, to improve the technology's usefulness within the medical community. Early in his career, he developed Pulse Oximeter hardware/firmware to measure oxygenated blood found on oxygen bound to hemoglobin molecules in red blood cells. Some of his achievements include authorship of papers accepted into the IEEE, poster presentations at ATA, and several pending patents.
Josh has contributed to technological and scientific advancements at organizations including ContinuaHealth Alliance, Bluetooth SIG, USB I/F, the Institute of Electrical and Electronics Engineers (IEEE) and various societies within IEEE, Society of Behavioral Medicine (SBM), and American TelemedicineAssociation (ATA). Josh works with Vibrent’s medical partners to give back to the medical community by helping them adopt advancements and knowledge learned from Vibrent into their solutions while conforming to guidance set by international standards for medical devices (IEC 60601) and medical device software (IEC 62304).
Josh has more than 15 years of expertise in medical devices system design, product design, and development of both hardware and software solutions in the health industry. As a scientist and engineer, Josh is passionate about using sensors of all types from physiological personal health technology to environmental and passive sensing as a means to infer and improve the quality of life for everyonethrough solutions that anyone can afford.
Through ongoing engineering efforts, he has directly contributed to the continued improvement of Bluetooth technology while working with health device manufactures and standards bodies, to improve the technology's usefulness within the medical community. Early in his career, he developed Pulse Oximeter hardware/firmware to measure oxygenated blood found on oxygen bound to hemoglobin molecules in red blood cells. Some of his achievements include authorship of papers accepted into the IEEE, poster presentations at ATA, and several pending patents.
Josh has contributed to technological and scientific advancements at organizations including ContinuaHealth Alliance, Bluetooth SIG, USB I/F, the Institute of Electrical and Electronics Engineers (IEEE) and various societies within IEEE, Society of Behavioral Medicine (SBM), and American TelemedicineAssociation (ATA). Josh works with Vibrent’s medical partners to give back to the medical community by helping them adopt advancements and knowledge learned from Vibrent into their solutions while conforming to guidance set by international standards for medical devices (IEC 60601) and medical device software (IEC 62304).
Josh has more than 15 years of expertise in medical devices system design, product design, and development of both hardware and software solutions in the health industry. As a scientist and engineer, Josh is passionate about using sensors of all types from physiological personal health technology to environmental and passive sensing as a means to infer and improve the quality of life for everyonethrough solutions that anyone can afford.
Through ongoing engineering efforts, he has directly contributed to the continued improvement of Bluetooth technology while working with health device manufactures and standards bodies, to improve the technology's usefulness within the medical community. Early in his career, he developed Pulse Oximeter hardware/firmware to measure oxygenated blood found on oxygen bound to hemoglobin molecules in red blood cells. Some of his achievements include authorship of papers accepted into the IEEE, poster presentations at ATA, and several pending patents.
Josh has contributed to technological and scientific advancements at organizations including ContinuaHealth Alliance, Bluetooth SIG, USB I/F, the Institute of Electrical and Electronics Engineers (IEEE) and various societies within IEEE, Society of Behavioral Medicine (SBM), and American TelemedicineAssociation (ATA). Josh works with Vibrent’s medical partners to give back to the medical community by helping them adopt advancements and knowledge learned from Vibrent into their solutions while conforming to guidance set by international standards for medical devices (IEC 60601) and medical device software (IEC 62304).
Josh has more than 15 years of expertise in medical devices system design, product design, and development of both hardware and software solutions in the health industry. As a scientist and engineer, Josh is passionate about using sensors of all types from physiological personal health technology to environmental and passive sensing as a means to infer and improve the quality of life for everyonethrough solutions that anyone can afford.
Through ongoing engineering efforts, he has directly contributed to the continued improvement of Bluetooth technology while working with health device manufactures and standards bodies, to improve the technology's usefulness within the medical community. Early in his career, he developed Pulse Oximeter hardware/firmware to measure oxygenated blood found on oxygen bound to hemoglobin molecules in red blood cells. Some of his achievements include authorship of papers accepted into the IEEE, poster presentations at ATA, and several pending patents.
Josh has contributed to technological and scientific advancements at organizations including ContinuaHealth Alliance, Bluetooth SIG, USB I/F, the Institute of Electrical and Electronics Engineers (IEEE) and various societies within IEEE, Society of Behavioral Medicine (SBM), and American TelemedicineAssociation (ATA). Josh works with Vibrent’s medical partners to give back to the medical community by helping them adopt advancements and knowledge learned from Vibrent into their solutions while conforming to guidance set by international standards for medical devices (IEC 60601) and medical device software (IEC 62304).
Josh has more than 15 years of expertise in medical devices system design, product design, and development of both hardware and software solutions in the health industry. As a scientist and engineer, Josh is passionate about using sensors of all types from physiological personal health technology to environmental and passive sensing as a means to infer and improve the quality of life for everyonethrough solutions that anyone can afford.
Through ongoing engineering efforts, he has directly contributed to the continued improvement of Bluetooth technology while working with health device manufactures and standards bodies, to improve the technology's usefulness within the medical community. Early in his career, he developed Pulse Oximeter hardware/firmware to measure oxygenated blood found on oxygen bound to hemoglobin molecules in red blood cells. Some of his achievements include authorship of papers accepted into the IEEE, poster presentations at ATA, and several pending patents.
Josh has contributed to technological and scientific advancements at organizations including ContinuaHealth Alliance, Bluetooth SIG, USB I/F, the Institute of Electrical and Electronics Engineers (IEEE) and various societies within IEEE, Society of Behavioral Medicine (SBM), and American TelemedicineAssociation (ATA). Josh works with Vibrent’s medical partners to give back to the medical community by helping them adopt advancements and knowledge learned from Vibrent into their solutions while conforming to guidance set by international standards for medical devices (IEC 60601) and medical device software (IEC 62304).
Josh has more than 15 years of expertise in medical devices system design, product design, and development of both hardware and software solutions in the health industry. As a scientist and engineer, Josh is passionate about using sensors of all types from physiological personal health technology to environmental and passive sensing as a means to infer and improve the quality of life for everyonethrough solutions that anyone can afford.
Through ongoing engineering efforts, he has directly contributed to the continued improvement of Bluetooth technology while working with health device manufactures and standards bodies, to improve the technology's usefulness within the medical community. Early in his career, he developed Pulse Oximeter hardware/firmware to measure oxygenated blood found on oxygen bound to hemoglobin molecules in red blood cells. Some of his achievements include authorship of papers accepted into the IEEE, poster presentations at ATA, and several pending patents.
Josh has contributed to technological and scientific advancements at organizations including ContinuaHealth Alliance, Bluetooth SIG, USB I/F, the Institute of Electrical and Electronics Engineers (IEEE) and various societies within IEEE, Society of Behavioral Medicine (SBM), and American TelemedicineAssociation (ATA). Josh works with Vibrent’s medical partners to give back to the medical community by helping them adopt advancements and knowledge learned from Vibrent into their solutions while conforming to guidance set by international standards for medical devices (IEC 60601) and medical device software (IEC 62304).
Josh has more than 15 years of expertise in medical devices system design, product design, and development of both hardware and software solutions in the health industry. As a scientist and engineer, Josh is passionate about using sensors of all types from physiological personal health technology to environmental and passive sensing as a means to infer and improve the quality of life for everyonethrough solutions that anyone can afford.
Through ongoing engineering efforts, he has directly contributed to the continued improvement of Bluetooth technology while working with health device manufactures and standards bodies, to improve the technology's usefulness within the medical community. Early in his career, he developed Pulse Oximeter hardware/firmware to measure oxygenated blood found on oxygen bound to hemoglobin molecules in red blood cells. Some of his achievements include authorship of papers accepted into the IEEE, poster presentations at ATA, and several pending patents.
Josh has contributed to technological and scientific advancements at organizations including ContinuaHealth Alliance, Bluetooth SIG, USB I/F, the Institute of Electrical and Electronics Engineers (IEEE) and various societies within IEEE, Society of Behavioral Medicine (SBM), and American TelemedicineAssociation (ATA). Josh works with Vibrent’s medical partners to give back to the medical community by helping them adopt advancements and knowledge learned from Vibrent into their solutions while conforming to guidance set by international standards for medical devices (IEC 60601) and medical device software (IEC 62304).
Josh has more than 15 years of expertise in medical devices system design, product design, and development of both hardware and software solutions in the health industry. As a scientist and engineer, Josh is passionate about using sensors of all types from physiological personal health technology to environmental and passive sensing as a means to infer and improve the quality of life for everyonethrough solutions that anyone can afford.
Through ongoing engineering efforts, he has directly contributed to the continued improvement of Bluetooth technology while working with health device manufactures and standards bodies, to improve the technology's usefulness within the medical community. Early in his career, he developed Pulse Oximeter hardware/firmware to measure oxygenated blood found on oxygen bound to hemoglobin molecules in red blood cells. Some of his achievements include authorship of papers accepted into the IEEE, poster presentations at ATA, and several pending patents.
Josh has contributed to technological and scientific advancements at organizations including ContinuaHealth Alliance, Bluetooth SIG, USB I/F, the Institute of Electrical and Electronics Engineers (IEEE) and various societies within IEEE, Society of Behavioral Medicine (SBM), and American TelemedicineAssociation (ATA). Josh works with Vibrent’s medical partners to give back to the medical community by helping them adopt advancements and knowledge learned from Vibrent into their solutions while conforming to guidance set by international standards for medical devices (IEC 60601) and medical device software (IEC 62304).
Josh has more than 15 years of expertise in medical devices system design, product design, and development of both hardware and software solutions in the health industry. As a scientist and engineer, Josh is passionate about using sensors of all types from physiological personal health technology to environmental and passive sensing as a means to infer and improve the quality of life for everyonethrough solutions that anyone can afford.
Through ongoing engineering efforts, he has directly contributed to the continued improvement of Bluetooth technology while working with health device manufactures and standards bodies, to improve the technology's usefulness within the medical community. Early in his career, he developed Pulse Oximeter hardware/firmware to measure oxygenated blood found on oxygen bound to hemoglobin molecules in red blood cells. Some of his achievements include authorship of papers accepted into the IEEE, poster presentations at ATA, and several pending patents.
Josh has contributed to technological and scientific advancements at organizations including ContinuaHealth Alliance, Bluetooth SIG, USB I/F, the Institute of Electrical and Electronics Engineers (IEEE) and various societies within IEEE, Society of Behavioral Medicine (SBM), and American TelemedicineAssociation (ATA). Josh works with Vibrent’s medical partners to give back to the medical community by helping them adopt advancements and knowledge learned from Vibrent into their solutions while conforming to guidance set by international standards for medical devices (IEC 60601) and medical device software (IEC 62304).
Josh has more than 15 years of expertise in medical devices system design, product design, and development of both hardware and software solutions in the health industry. As a scientist and engineer, Josh is passionate about using sensors of all types from physiological personal health technology to environmental and passive sensing as a means to infer and improve the quality of life for everyonethrough solutions that anyone can afford.
Through ongoing engineering efforts, he has directly contributed to the continued improvement of Bluetooth technology while working with health device manufactures and standards bodies, to improve the technology's usefulness within the medical community. Early in his career, he developed Pulse Oximeter hardware/firmware to measure oxygenated blood found on oxygen bound to hemoglobin molecules in red blood cells. Some of his achievements include authorship of papers accepted into the IEEE, poster presentations at ATA, and several pending patents.
Josh has contributed to technological and scientific advancements at organizations including ContinuaHealth Alliance, Bluetooth SIG, USB I/F, the Institute of Electrical and Electronics Engineers (IEEE) and various societies within IEEE, Society of Behavioral Medicine (SBM), and American TelemedicineAssociation (ATA). Josh works with Vibrent’s medical partners to give back to the medical community by helping them adopt advancements and knowledge learned from Vibrent into their solutions while conforming to guidance set by international standards for medical devices (IEC 60601) and medical device software (IEC 62304).
Josh has more than 15 years of expertise in medical devices system design, product design, and development of both hardware and software solutions in the health industry. As a scientist and engineer, Josh is passionate about using sensors of all types from physiological personal health technology to environmental and passive sensing as a means to infer and improve the quality of life for everyonethrough solutions that anyone can afford.
Through ongoing engineering efforts, he has directly contributed to the continued improvement of Bluetooth technology while working with health device manufactures and standards bodies, to improve the technology's usefulness within the medical community. Early in his career, he developed Pulse Oximeter hardware/firmware to measure oxygenated blood found on oxygen bound to hemoglobin molecules in red blood cells. Some of his achievements include authorship of papers accepted into the IEEE, poster presentations at ATA, and several pending patents.
Josh has contributed to technological and scientific advancements at organizations including ContinuaHealth Alliance, Bluetooth SIG, USB I/F, the Institute of Electrical and Electronics Engineers (IEEE) and various societies within IEEE, Society of Behavioral Medicine (SBM), and American TelemedicineAssociation (ATA). Josh works with Vibrent’s medical partners to give back to the medical community by helping them adopt advancements and knowledge learned from Vibrent into their solutions while conforming to guidance set by international standards for medical devices (IEC 60601) and medical device software (IEC 62304).
Josh has more than 15 years of expertise in medical devices system design, product design, and development of both hardware and software solutions in the health industry. As a scientist and engineer, Josh is passionate about using sensors of all types from physiological personal health technology to environmental and passive sensing as a means to infer and improve the quality of life for everyonethrough solutions that anyone can afford.
Through ongoing engineering efforts, he has directly contributed to the continued improvement of Bluetooth technology while working with health device manufactures and standards bodies, to improve the technology's usefulness within the medical community. Early in his career, he developed Pulse Oximeter hardware/firmware to measure oxygenated blood found on oxygen bound to hemoglobin molecules in red blood cells. Some of his achievements include authorship of papers accepted into the IEEE, poster presentations at ATA, and several pending patents.
Josh has contributed to technological and scientific advancements at organizations including ContinuaHealth Alliance, Bluetooth SIG, USB I/F, the Institute of Electrical and Electronics Engineers (IEEE) and various societies within IEEE, Society of Behavioral Medicine (SBM), and American TelemedicineAssociation (ATA). Josh works with Vibrent’s medical partners to give back to the medical community by helping them adopt advancements and knowledge learned from Vibrent into their solutions while conforming to guidance set by international standards for medical devices (IEC 60601) and medical device software (IEC 62304).
Josh has more than 15 years of expertise in medical devices system design, product design, and development of both hardware and software solutions in the health industry. As a scientist and engineer, Josh is passionate about using sensors of all types from physiological personal health technology to environmental and passive sensing as a means to infer and improve the quality of life for everyonethrough solutions that anyone can afford.
Through ongoing engineering efforts, he has directly contributed to the continued improvement of Bluetooth technology while working with health device manufactures and standards bodies, to improve the technology's usefulness within the medical community. Early in his career, he developed Pulse Oximeter hardware/firmware to measure oxygenated blood found on oxygen bound to hemoglobin molecules in red blood cells. Some of his achievements include authorship of papers accepted into the IEEE, poster presentations at ATA, and several pending patents.
Josh has contributed to technological and scientific advancements at organizations including ContinuaHealth Alliance, Bluetooth SIG, USB I/F, the Institute of Electrical and Electronics Engineers (IEEE) and various societies within IEEE, Society of Behavioral Medicine (SBM), and American TelemedicineAssociation (ATA). Josh works with Vibrent’s medical partners to give back to the medical community by helping them adopt advancements and knowledge learned from Vibrent into their solutions while conforming to guidance set by international standards for medical devices (IEC 60601) and medical device software (IEC 62304).
Josh has more than 15 years of expertise in medical devices system design, product design, and development of both hardware and software solutions in the health industry. As a scientist and engineer, Josh is passionate about using sensors of all types from physiological personal health technology to environmental and passive sensing as a means to infer and improve the quality of life for everyonethrough solutions that anyone can afford.
Through ongoing engineering efforts, he has directly contributed to the continued improvement of Bluetooth technology while working with health device manufactures and standards bodies, to improve the technology's usefulness within the medical community. Early in his career, he developed Pulse Oximeter hardware/firmware to measure oxygenated blood found on oxygen bound to hemoglobin molecules in red blood cells. Some of his achievements include authorship of papers accepted into the IEEE, poster presentations at ATA, and several pending patents.
Josh has contributed to technological and scientific advancements at organizations including ContinuaHealth Alliance, Bluetooth SIG, USB I/F, the Institute of Electrical and Electronics Engineers (IEEE) and various societies within IEEE, Society of Behavioral Medicine (SBM), and American TelemedicineAssociation (ATA). Josh works with Vibrent’s medical partners to give back to the medical community by helping them adopt advancements and knowledge learned from Vibrent into their solutions while conforming to guidance set by international standards for medical devices (IEC 60601) and medical device software (IEC 62304).
Josh has more than 15 years of expertise in medical devices system design, product design, and development of both hardware and software solutions in the health industry. As a scientist and engineer, Josh is passionate about using sensors of all types from physiological personal health technology to environmental and passive sensing as a means to infer and improve the quality of life for everyonethrough solutions that anyone can afford.
Through ongoing engineering efforts, he has directly contributed to the continued improvement of Bluetooth technology while working with health device manufactures and standards bodies, to improve the technology's usefulness within the medical community. Early in his career, he developed Pulse Oximeter hardware/firmware to measure oxygenated blood found on oxygen bound to hemoglobin molecules in red blood cells. Some of his achievements include authorship of papers accepted into the IEEE, poster presentations at ATA, and several pending patents.
Josh has contributed to technological and scientific advancements at organizations including ContinuaHealth Alliance, Bluetooth SIG, USB I/F, the Institute of Electrical and Electronics Engineers (IEEE) and various societies within IEEE, Society of Behavioral Medicine (SBM), and American TelemedicineAssociation (ATA). Josh works with Vibrent’s medical partners to give back to the medical community by helping them adopt advancements and knowledge learned from Vibrent into their solutions while conforming to guidance set by international standards for medical devices (IEC 60601) and medical device software (IEC 62304).
Josh has more than 15 years of expertise in medical devices system design, product design, and development of both hardware and software solutions in the health industry. As a scientist and engineer, Josh is passionate about using sensors of all types from physiological personal health technology to environmental and passive sensing as a means to infer and improve the quality of life for everyonethrough solutions that anyone can afford.
Through ongoing engineering efforts, he has directly contributed to the continued improvement of Bluetooth technology while working with health device manufactures and standards bodies, to improve the technology's usefulness within the medical community. Early in his career, he developed Pulse Oximeter hardware/firmware to measure oxygenated blood found on oxygen bound to hemoglobin molecules in red blood cells. Some of his achievements include authorship of papers accepted into the IEEE, poster presentations at ATA, and several pending patents.
Josh has contributed to technological and scientific advancements at organizations including ContinuaHealth Alliance, Bluetooth SIG, USB I/F, the Institute of Electrical and Electronics Engineers (IEEE) and various societies within IEEE, Society of Behavioral Medicine (SBM), and American TelemedicineAssociation (ATA). Josh works with Vibrent’s medical partners to give back to the medical community by helping them adopt advancements and knowledge learned from Vibrent into their solutions while conforming to guidance set by international standards for medical devices (IEC 60601) and medical device software (IEC 62304).