Active Optics for the Next Generation of Imaging

Augmenteum is pioneering liquid crystal–based active optics, delivering smaller, lighter, and smarter optical systems. Our technology allows for dynamic aberration correction, increased FOV, jitter reduction and overall improved clarity – thus enabling applications ranging from AR/VR wearables to defense, drones, and advanced microscopy.

Contact

Static Optics

Augmenteum Active Optics

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Active Optics. Real-time Clarity

Applications

AR/VR Wearables

Augmenteum's technology offers major advances: ultra-wide field of view matching the human eye, active correction for image quality and jitter, and solutions for visual discomfort issues such as vergence-accommodation conflict.​

A key differentiator is Augmenteum’s active nano-optics system, which corrects aberrations and adapts dynamically to the user's eye movements, improving comfort, realism, and immersion, which are compromised in conventional display designs. The tech is compatible with a wide range of AR/VR hardware, including industry-standard waveguides and projectors. Augmenteum’s eyepiece designs leverage advanced liquid crystal cells for refined optical control, supporting high image quality and large aperture systems.​

wearables

AR/VR Wearables

Augmenteum's technology offers major advances: ultra-wide field of view matching the human eye, active correction for image quality and jitter, and solutions for visual discomfort issues such as vergence-accommodation conflict.​

A key differentiator is Augmenteum’s active nano-optics system, which corrects aberrations and adapts dynamically to the user's eye movements, improving comfort, realism, and immersion, which are compromised in conventional display designs. The tech is compatible with a wide range of AR/VR hardware, including industry-standard waveguides and projectors. Augmenteum’s eyepiece designs leverage advanced liquid crystal cells for refined optical control, supporting high image quality and large aperture systems.​

AR/VR Wearables

Microscopy & Imaging

Augmenteum's technology offers major advances:

microscopy

Microscopy & Imaging

Augmenteum's technology offers major advances:

Microscopy & Imaging

Defense & Industrial

Augmenteum's technology offers major advances:

defence-industrial

Defense & Industrial

Augmenteum's technology offers major advances: ultra-wide field of view matching the human eye, active correction for image quality and jitter, and solutions for visual discomfort issues such as vergence-accommodation conflict.​

A key differentiator is Augmenteum’s active nano-optics system, which corrects aberrations and adapts dynamically to the user's eye movements, improving comfort, realism, and immersion, which are compromised in conventional display designs. The tech is compatible with a wide range of AR/VR hardware, including industry-standard waveguides and projectors. Augmenteum’s eyepiece designs leverage advanced liquid crystal cells for refined optical control, supporting high image quality and large aperture systems.​

Defense & Industrial

Cameras & Sensors

Augmenteum's technology offers major advances:

cameras-sensors

Cameras & Sensors

Augmenteum's technology offers major advances: ultra-wide field of view matching the human eye, active correction for image quality and jitter, and solutions for visual discomfort issues such as vergence-accommodation conflict.​

A key differentiator is Augmenteum’s active nano-optics system, which corrects aberrations and adapts dynamically to the user's eye movements, improving comfort, realism, and immersion, which are compromised in conventional display designs. The tech is compatible with a wide range of AR/VR hardware, including industry-standard waveguides and projectors. Augmenteum’s eyepiece designs leverage advanced liquid crystal cells for refined optical control, supporting high image quality and large aperture systems.​

Cameras & Sensors

Drones & UAVs

Augmenteum's technology offers major advances in key elements such as field of view and aberration correction that can potentially be transformative to a drone’s optical system performance.​

Augmenteum's solid-state adaptive optics layer can enhance the performance of compact drone cameras without requiring changes to a manufacturer’s core architecture. Our thin, transmissive liquid-crystal elements integrate directly into the optical path and dynamically correct low-order aberrations—defocus, tip/tilt, astigmatism, and thermally induced distortions—in milliseconds. This provides sharper imagery, higher effective resolution, and more consistent visual performance across wide fields of view and demanding flight conditions. By reducing reliance on mechanical focus systems and compensating for gimbal vibration, temperature drift, and lens-tolerance variations, our technology could enable lighter payloads, improved autonomy inputs, and more reliable data for imaging, navigation, and analytics. Whether for inspection, mapping, public safety, defense, or high-precision industrial applications, Augmenteum’s adaptive optics layer offers a path to higher fidelity and lower complexity in next-generation drone camera systems - wherever they have to fly.

drones

Drones & UAVs

Augmenteum's technology offers major advances in key elements such as field of view and aberration correction that can potentially be transformative to a drone’s optical system performance.​

Augmenteum's solid-state adaptive optics layer can enhance the performance of compact drone cameras without requiring changes to a manufacturer’s core architecture. Our thin, transmissive liquid-crystal elements integrate directly into the optical path and dynamically correct low-order aberrations—defocus, tip/tilt, astigmatism, and thermally induced distortions—in milliseconds. This provides sharper imagery, higher effective resolution, and more consistent visual performance across wide fields of view and demanding flight conditions. By reducing reliance on mechanical focus systems and compensating for gimbal vibration, temperature drift, and lens-tolerance variations, our technology could enable lighter payloads, improved autonomy inputs, and more reliable data for imaging, navigation, and analytics. Whether for inspection, mapping, public safety, defense, or high-precision industrial applications, Augmenteum’s adaptive optics layer offers a path to higher fidelity and lower complexity in next-generation drone camera systems - wherever they have to fly.

Drones & UAVs

AR/VR Wearables

Augmenteum's technology offers major advances: ultra-wide field of view matching the human eye, active correction for image quality and jitter, and solutions for visual discomfort issues such as vergence-accommodation conflict.​

A key differentiator is Augmenteum’s active nano-optics system, which corrects aberrations and adapts dynamically to the user's eye movements, improving comfort, realism, and immersion, which are compromised in conventional display designs. The tech is compatible with a wide range of AR/VR hardware, including industry-standard waveguides and projectors. Augmenteum’s eyepiece designs leverage advanced liquid crystal cells for refined optical control, supporting high image quality and large aperture systems.​

wearables

AR/VR Wearables

Augmenteum's technology offers major advances: ultra-wide field of view matching the human eye, active correction for image quality and jitter, and solutions for visual discomfort issues such as vergence-accommodation conflict.​

A key differentiator is Augmenteum’s active nano-optics system, which corrects aberrations and adapts dynamically to the user's eye movements, improving comfort, realism, and immersion, which are compromised in conventional display designs. The tech is compatible with a wide range of AR/VR hardware, including industry-standard waveguides and projectors. Augmenteum’s eyepiece designs leverage advanced liquid crystal cells for refined optical control, supporting high image quality and large aperture systems.​

AR/VR Wearables

Microscopy & Imaging

Augmenteum's technology offers major advances:

microscopy

Microscopy & Imaging

Augmenteum's technology offers major advances:

Microscopy & Imaging

Defense & Industrial

Augmenteum's technology offers major advances:

defence-industrial

Defense & Industrial

Augmenteum's technology offers major advances:

Defense & Industrial

Cameras & Sensors

Augmenteum's technology offers major advances:

cameras-sensors

Cameras & Sensors

Augmenteum's technology offers major advances:

Cameras & Sensors

Drones & UAVs

Augmenteum's technology offers major advances in key elements such as field of view and aberration correction that can potentially be transformative to a drone’s optical system performance.​

Augmenteum's solid-state adaptive optics layer can enhance the performance of compact drone cameras without requiring changes to a manufacturer’s core architecture. Our thin, transmissive liquid-crystal elements integrate directly into the optical path and dynamically correct low-order aberrations—defocus, tip/tilt, astigmatism, and thermally induced distortions—in milliseconds. This provides sharper imagery, higher effective resolution, and more consistent visual performance across wide fields of view and demanding flight conditions. By reducing reliance on mechanical focus systems and compensating for gimbal vibration, temperature drift, and lens-tolerance variations, our technology could enable lighter payloads, improved autonomy inputs, and more reliable data for imaging, navigation, and analytics. Whether for inspection, mapping, public safety, defense, or high-precision industrial applications, Augmenteum’s adaptive optics layer offers a path to higher fidelity and lower complexity in next-generation drone camera systems - wherever they have to fly.

drones

Drones & UAVs

Augmenteum's technology offers major advances in key elements such as field of view and aberration correction that can potentially be transformative to a drone’s optical system performance.​

Augmenteum's solid-state adaptive optics layer can enhance the performance of compact drone cameras without requiring changes to a manufacturer’s core architecture. Our thin, transmissive liquid-crystal elements integrate directly into the optical path and dynamically correct low-order aberrations—defocus, tip/tilt, astigmatism, and thermally induced distortions—in milliseconds. This provides sharper imagery, higher effective resolution, and more consistent visual performance across wide fields of view and demanding flight conditions. By reducing reliance on mechanical focus systems and compensating for gimbal vibration, temperature drift, and lens-tolerance variations, our technology could enable lighter payloads, improved autonomy inputs, and more reliable data for imaging, navigation, and analytics. Whether for inspection, mapping, public safety, defense, or high-precision industrial applications, Augmenteum’s adaptive optics layer offers a path to higher fidelity and lower complexity in next-generation drone camera systems - wherever they have to fly.

Drones & UAVs