We are proud to recognize that Babson Diagnostics has been named then 2024 Medtech Company of the Year by MD+DI, the primary resource for manufacturers of medical devices and in vitro diagnostic products. This was awarded due to the launch of BetterWay, a blood scanning system that relies on hardware designed by Odic.
Odic Inc. is proud to announce Blakeman et al. evaluating our inhaled nitric oxide (INO) generation system. The study found our device delivered a reliable INO dose at ground level and 8,000ft, showing the potential for our prototype system to create INO during aeromedical transport without pressurized cylinders.
Odic Inc. is thrilled to announce our Heat Illness Prevention System’s selection as R&D 100 Awards winner in 2024! We are excited to showcase our groundbreaking work among the best in research and development at this esteemed event.
We are excited to see the vision of a finger-prick blood test come to life in our work for Babson Diagnostics. Their innovative approach enables patients to undergo routine medical evaluations using just drops of blood from their fingertips, offering a less invasive alternative to traditional needle draws.
We’re proud of the military’s adoption of the Heat Injury Prevention System (HIPS), a groundbreaking wearable technology designed to detect early signs of heat-related injuries in soldiers. By combining our innovative torso sensor utilizing licensed Army-developed algorithms, HIPS monitors help prevent serious health incidents during training.
Our Heat Illness Prevention System was highlighted in the Army Times as a critical tool in combatting the effects that global warming is having on military training. Following a huge increase in red and black flag days, additional care and monitoring is needed to keep warfighters safe while keeping their edge.
At the Army Heat Forum at Fort Moore, we presented the Heat Injury Prevention System (HIPS) and how it’s helping reduce heat injuries in real time. Our wearable device tracks heart rate, skin temperature, and gait, allowing leaders to identify when soldiers are at risk of heatstroke and adjust training accordingly. HIPS is proving essential for preventing severe incidents, saving lives and enhancing decision-making for military leaders.
Z1 announces the Hotbox, a cutting-edge tuning device designed for the latest Nissan Z models developed by Odic! This tool takes your Z’s performance to the next level by enhancing horsepower, torque, and efficiency.
A paper written by our partners at Georgia Institute of Technology and USARIEM using data drawn from our HIPS units. They were able to show the efficacy of the algorithms used within our devices, detecting events of exertional heat stroke 30 minutes to an hour before the acute events.
The US Army Research Institute of Environmental Medicine released a detailed report on 5 years of HIPS usage, showing how effective the system is when rolled out to over 500 concurrent end users for over 2 days of constant use. The added benefit of physiological data on the same scale and time reinforces the conclusions and additionally shows the utility of the data itself!
Our partners at the Georgia Tech Research Institute detail the potential of deeper communications networks in expanding the capabilities of the Heat Illness Prevention System. Our excellent system has the potential to integrate into larger communication networks to both expand and fine-tune.
Vaask’s smart hand sanitizer dispensers are now deployed in Chicago! While this system was on the simpler end in terms of electronics design, it was a lot of fun to work with a highly motivated customer and get to a salable product quickly!
The British Journal of Sports Medicine investigated the validity of HIPS as a predictive tool, focused entirely on heart rate and accelerometry data. This data is utilized as just one of several licensed algorithms within HIPS.
HIPS
