InnerProduct Partners

Eridan is a Norway-based company headquartered in Aust-Agder that specializes in advanced radio frequency communication equipment. The company is developing a digital sampling radio designed for 4G, 5G, and future cellular networks. Its innovative transceiver architecture generates all sub-6GHz cellular signals at full transmit power, significantly reducing the need for traditional linear power amplifiers. This fully digital approach to wireless signal generation is energy-efficient, consuming 5-10 times less power while transmitting the same amount of data. Eridan's technology is capable of operating at any cellular frequency and supports fast data rates across various signal types, enabling customers to achieve single radio capabilities or combine multiple radios to enhance bandwidth and power efficiency.

Koya Medical, Inc., founded in 2018 and based in Oakland, California, specializes in developing innovative therapeutic devices aimed at treating cancer-related chronic lymphedema and various venous diseases. The company focuses on creating wearable technology that delivers active compression therapy, which is designed to enhance movement and mobility for patients. Koya Medical's approach offers a personalized alternative to traditional compression methods, utilizing a sensor-based closed-loop system to provide tailored compression patterns. This technology addresses the needs of patients suffering from conditions such as lymphedema, chronic edema, and chronic venous insufficiency, thereby improving their quality of care and overall treatment outcomes.

FirstHand Hygiene focuses on enhancing hand hygiene compliance through its innovative wearable technology, the SmartBand. This patented wristband solution monitors hand washing techniques in real-time and delivers immediate feedback, promoting better hygiene practices in various sectors, including healthcare, food services, childcare, and aged care facilities. By providing actionable intelligence at the point of engagement, FirstHand Hygiene aims to improve overall hand hygiene standards and reduce the risk of infection. Founded in 2015, the company is headquartered in San Francisco, California.

SenSanna, Inc. specializes in developing wireless sensor solutions designed for use in harsh environments, catering to the needs of both industrial and government clients. The company focuses on creating customized physical, chemical, and biological sensors that operate effectively under challenging conditions. Its technology enables real-time monitoring and analysis of environmental parameters, allowing operators to gain insights into system performance and address measurement challenges. By providing distributed wireless monitoring, SenSanna empowers utility workers and local officials to better understand grid conditions, analyze stresses from fluctuations, and devise local energy storage and control strategies. Founded in 2014 and headquartered in Hanover, Maryland, SenSanna was previously known as Applied Sensor Research & Development Corporation before rebranding in November 2014.

SonicCloud is a telecommunications company focused on enhancing communication for individuals with hearing difficulties through advanced digital signal processing technology. The company has developed a cloud telephony platform that features a speech intelligibility algorithm, which improves sound clarity while preserving natural audio quality. SonicCloud's proprietary signal processing and patented self-tuning capabilities provide personalized speech understanding across various levels of hearing ability. By leveraging these innovations, SonicCloud aims to enable users to take phone calls and engage in conversations with greater clarity and effectiveness.

BlackPak is a startup based in the Bay Area that focuses on developing innovative natural gas storage systems aimed at providing more affordable and cleaner fuel options for both off-road and passenger vehicles. Utilizing activated carbon, the company’s technology allows for the storage of natural gas at lower pressures compared to traditional compressed natural gas systems. This advancement facilitates greater flexibility in the design of refueling and compressed gas tanks, supporting the adoption of renewable energy solutions in automotive and commercial applications.