Let Your Data Take Your Business to Higher Grounds
Aerodynamics data is a critical factor in numerous areas and key to contributing to technological advancements, energy efficiency, environmental sustainability, and safety in various industries.
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Aerodynamics data gathering tools continue to face limitations including high costs, difficulties in accurately replicating real-world conditions, sensitivity to external factors, a need for higher data resolution, and complex data interpretation.
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Leaning into biomimicry and nature's mastery of aerodynamics is the source of our innovation and solving a lot of the above challenges.
Take a quantum leap and fly into the future now with Hyve's Peregrine solution,inspired by the fastest bird on Earth - a true queen of perfected air mastery.
Data as a Service Offering
By moving beyond conventional sensors, we offer you the essential data you require and handle the rest, allowing you to concentrate on your core business.
Hyve's Peregrine
On the back of 4 international patents, our Peregrine has taken flight.
Flexible, stretchable, ultra-thin membrane packed with tiny modular sensors for mapping bi-directional aerodynamic pressure, temperature and strain data.
Our Science
We started in Cranfield University and since then we have spent last 7 years developing a ‘skin’ that replicates the sensory perception of complex living organisms.This has led to creating our technology, which can capture bi-directional pressure, strain and temperature.
The Journey
Our connection with customers is truly symbiotic, to the point that we evolve into genuine partners in their journey.Our partners currently have access to Peregrine Beta program.
Quantum Leap
The technology's direct value is exemplified by its capacity to collect intricate data matrices, specifically composed of temperature, in-plane strain, and pressure data. These two-dimensional matrices, dedicated to each parameter, serve as a powerful tool for visualizing and comprehending the nuances of these key parameters in the area of application.
The result is a dynamic representation that evolves over time, portraying contour plots of pressure, temperature, and strain. This dynamic visualization not only provides a comprehensive view of the evolving conditions but also serves as a foundation for a multitude of analytical pursuits.
Researchers and analysts can leverage these contour plots to conduct diverse analyses, ranging from trend identification to performance optimization and anomaly detection, thereby unlocking a wealth of valuable insights.
We Take Pride in Our Numbers
7
Years of Reseach
4
Granted patents
15
Applicable Industries
111
Combined Leadership Experience
2
PhDs on our Board
