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Oxaliz Technologies is a New York, NY-based company in the Computers and Electronics sector.
CalypsoIT is a San Jose, CA-based company in the Computers and Electronics sector.
IdentifySensors is a leading developer of digital diagnostic technologies on graphene-based biosensors. The company is principally focused on developing real-time pathogen detection capabilities for direct diagnosis and remote monitoring. The company`s technology has expanded into multiple industries and applications, such as pathogen diagnostics and testing for food contamination. Check4® by IdentifySensors Biologics® is a next-generation digital diagnostic platform intended to detect multiple pathogens within 5 minutes at the molecular gene level. The platform is intended to eliminates the need for enzymatic amplification and reagents. Graphene sensor technology has moved diagnostics beyond chemical testing into a rapid digital platform intended to be as accurate as a PCR test but significantly more sensitive and cost effective. Printed graphene sensors isolate targeted viruses and bacteria from saliva and other bodily fluids within a handheld, Bluetooth device. The platform is intended to detect the genetic material of dozens of pathogens for over-the-counter and point-of-care use. With a target price at a fraction of current molecular tests, Check4® is intended to disrupt the PCR market for many infections. The Check4® testing platform comes is two main parts: 1) A reader, which connects to a user`s cell phone or to a clinical database; and 2) Single-use test cartridges, which can contain multiple graphene sensors to detect multiple infections. The reader, which can be reused thousands of times, serves as the base of the platform, accepting any number of test cartridges. Disposable test cartridges, which require the reader to work, will be sold separately.
Dreyev offers an in-vehicle digital copilot device that evaluates drivers for risky behavior. Through Computer Vision and Machine Learning, the Dreyev system analyzes driver conditions such as head pose and eyelid closure to detect distracted or drowsy driving and issues real-time alerts in the case of dangerous conditions. Telematics devices have been on the rise within the auto insurance industry. However, in-vehicle driver coaching is only just emerging. Most insurers use in-car sensors to collect driver data to incentivize certain behaviors or curate an insurance product. A system to monitor and correct driver behavior like the one Dreyev offers can present carriers with the opportunity to take telematics into the realm of loss prevention and risk mitigation. IoT and sensors go beyond helping insurers reduce claims; they also provide opportunities for new forms of consumer engagement and ways of broadening the insurance product experience beyond covering losses.