Proven
neurotechnology
built for the
real world
Control Bionics delivers objective, non-invasive neural-signal technology, proven in clinical environments, and built to scale across performance, rehabilitation, medical, research, and assistive communication.
Proven
neurotechnology
built for the
real world
Control Bionics delivers objective, non-invasive neural-signal technology, proven in clinical environments, and built to scale across performance, rehabilitation, medical, research, and assistive communication.
Capability
From signal to actionable insight
The Control Bionics neural-signal platform captures physiological data with medical-grade precision and converts it into measurable, decision-ready outcomes. Built for deployment across clinical, research, and performance environments — and validated where it counts.
Signal acquisition and processing
Real-time analysis and validation
Clinical integration and reporting
Technology
The platform serves distinct markets with precision and measurable outcomes. One underlying technology - four applications.
A platform built for clinical deployment
Medical-grade signal processing meets real-world clinical environments. Designed for integration, validation, and measurable outcomes.
Non-invasive neural signal capture
Physiological data without surgical intervention or implantation. Validated for use in complex clinical environments.
Regulatory pathway established
Cleared for clinical use with ongoing validation across multiple applications — FDA, TGA, and CE registered.
Outcome-focused architecture
Platform designed to deliver decision-ready insights, not only raw data. Built to integrate into clinical and research workflows.
Evidence from clinical and research deployment
Control Bionics technology is validated through research, clinical trials, and real-world deployment across rehabilitation, performance, and research settings.
1,000s of users
Trusted by individuals, clinicians, and organisations across four markets
Government and privately funded
Approved for funding through Medicare, Medicaid, NDIS, and private insurance pathways.
100%
Non-invasive signal acquisition
3 Regulatory clearances
(FDA, TGA, CE)
Latest from our platform
Research, clinical validation and platform developments.
How we Communicate Without Eye Gaze: an ALS Caregiver’s Tips for Backup AAC
At night. He still needs help repositioning or grabbing an extra blanket, even in the dark. During transfers. You can’t aim a device when you’re flying through the air in a lift! In the car. We haven’t tried, but the motion and tight space would make setup difficult....
A Day in the Life with Eye Gaze
We are thankful to have a guest author, Elizabeth Stricker, for this blog post! A typical day with eye gaze involves flexibility and mixing up communication methods. While it can be hard to get a good eye gaze calibration in some situations — in bright sunlight, or on...
How iOS Works With an Eye Gaze System
We are thankful to have a guest author, Elizabeth Stricker, for this blog post! Apple (iOS) devices are built with a host of accessibility features. For my PALS (person with ALS), these features have been a lifeline. Once we learned how to use them, we could adapt his...
Medical Fundraising with Help Hope Live in the USA
So often a medical situation is also a financial situation. Help Hope Live is a non-profit organization that partners with patients and their communities to start medical fundraising campaigns. They offer community-based fundraising for people with unmet medical...
Select your path to neural-signal insights and outcomes
Explore how the platform integrates into clinical workflows and delivers decision-ready outcomes.
Learn more
Discover how researchers are using real-time neural data to power breakthrough studies.
LearnNDIS-registered provider
Control Bionics is a registered NDIS provider. Eligible participants can access our assistive communication devices and neurotechnology solutions through their NDIS plan.