AIOMEGA wins three Australian patents for oral-airway tech

AIOMEGA founder Raghavendra V. Ghuge announced three granted Australian patents covering oral-airway devices, including systems aimed at physical activity. The company says the portfolio could support future work on sensing, adaptive control and intelligent oral devices.

Why it matters: - The three Australian patent grants expand AIOMEGA’s intellectual-property base in oral-airway technology. - The portfolio reaches beyond sleep-focused devices into physical-activity applications, opening a new research path for airway-oriented oral devices. - AIOMEGA is positioning the patents as a foundation for future sensing, adaptive control and machine-learning research in oral-device systems.

What happened: - AIOMEGA founder and inventor Raghavendra V. Ghuge announced three granted Australian patents on Oct. 18, 2026. - The patents cover dynamic mandibular and lingual repositioning, maxillary and mandibular device systems, and technology directed toward physical-activity use. - Australian Patent 2020381572, titled “Dynamic mandibular and lingual repositioning devices, controller station, and methods of treating and/or diagnosing medical disorders,” is recorded by IP Australia as granted. - Australian Patent 2021379935, titled “MAXILLARY AND MANDIBULAR DEVICES, CONTROLLER STATION,” is also part of the portfolio. - Australian Patent 2022303524, titled “MAXILLARY AND MANDIBULAR DEVICES THAT INCREASE THE SMALLEST CONCENTRIC AIRWAY CROSS-SECTIONAL AREA OF A USER FOR IMPROVEMENTS DURING PHYSICAL ACTIVITIES,” is recorded by IP Australia as granted.

The details: - The public record identifies Ghuge as inventor and applicant for Patent 2020381572. - IP Australia’s record shows a Standard Patent Certificate and Notice of Grant dated Oct. 8, 2026 for Patent 2020381572. - The public record identifies Ghuge as inventor and Sleep Solutions of Texas, LLC as applicant for Patent 2022303524. - IP Australia’s record shows a Standard Patent Certificate dated Sept. 24, 2026 for Patent 2022303524. - AIOMEGA says the physical-activity grant highlights a direction beyond conventional oral appliances and toward airway-oriented device architectures during changing ventilatory demand. - The company says design concepts in the broader program include posterior-leaning curvilinear, or PLL, and posterior-leaning linear, or PLC, geometries. - Ghuge said the portfolio reflects a broader effort to connect mandibular and lingual positioning, airway geometry and intelligent control technologies.

Between the lines: - The patents do not mean AIOMEGA has proven athletic-performance benefits from its devices. - AIOMEGA is framing the work as a research platform, not a finished consumer or clinical performance product. - The mention of high-performance athletes signals a possible future research collaboration focus, especially in Australia’s sports-science environment. - The company is also signaling a shift from static mechanical oral appliances toward responsive systems that could use sensors and data to adjust behavior. - AIOMEGA’s long-term concept combines sensing, receptor technologies, data acquisition and robotic or adaptive control with airway-focused device architecture.

What’s next: - AIOMEGA said it wants to investigate oral-device geometry, airway behavior and physiological or performance-related measurements during physical activity. - The company plans to explore whether sensors and machine-learning models could link oral-device data with airway and performance signals. - Future work could examine whether electronically controlled or robotic mechanisms can modify device configuration in response to defined inputs. - Ghuge described the long-term goal as a closed-loop research platform that can “sense, learn, respond and measure.” - AIOMEGA said it may seek future research collaborations in Australia around athletics and sports science.

The bottom line: - The patent wins give AIOMEGA a stronger legal footing for a broader oral-device roadmap that now includes physical-activity use, sensing and adaptive oral-airway systems.