Making the Future

At Awayr AI (pronounced “aware”), our mission is to enable designs of the future, with a relentless focus on end-user well-being and system performance.

Our Focus
Increasing safety, usability, and reliability of human machine interfaces (HMI) is key to improving products for the end-user. With Awayr AI, manufacturers can bring their next-generation technologies and futuristic product visions to market faster and at less cost.
Fundamental Technology
Awayr AI has developed a new form of artificial intelligence that can model and predict how people will interact with technology, in ways not previously possible.

HMI Optimization Process
We saw an area of systems engineering that would be greatly impacted by our fundamental technology – the development of HMI.
See how it works →
An HMI is designed
An HMI is designed, utilizing industry design tools.
Awayr AI software analyzes the design
The HMI design is tested with our proprietary technology, embedded into the engineer’s native interface.
Feedback is generated
The embedded HMI optimization software produces a report, based on the engineer’s design.
Designers iterate
Awayr AI’s recommendations empower agile design, giving HMI designers rapid feedback that helps them design HMI that is more responsive, less distracting and easier to operate for users.
The Automotive Industry: A Real-World Proof of Concept
In a proof of concept, Awayr AI’s technology was compared head-to-head with the existing state-of-the-art methodology, human safety and usability testing with eye tracking. Awayr AI was proven to be orders of magnitude faster and less cost.




CONCLUSION:
The Awayr AI HMI Optimization Process is 5,700 times faster at a fraction of the cost.
The Awayr AI HMI Optimization Process has gained traction in the following industries:
Air
Cockpit design optimization and pilot training
Industrial
Optimally designing industrial machine controls
Space
Ground control modifications and situational awareness
Sea
Bridge optimization and maritime safety
Automotive
Improving the safety and usability of vehicle controls and systems