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By incorporating AI into existing imaging workflows, LifeVoxel is changing how the healthcare industry is connected, improving current processes and opening up entirely new possibilities for treatment.

What does AImagine enable?

Zero latency visualization

Our powerful AI-enabled platform renders medical images instantly

Automatic diagnosis

Advanced AI-assisted diagnostics provide more certainty for clinicians

Imersive telepresense

Our multi-camera set up paves the way for remote surgeries & consultations

How does AImagine achieve this?

ZERO latency visualization

Enabling better care and patient empowerment by enabling remote access to complex medical scans

Predictive movement alogrithms

Advanced compression techniques

Optimised graphical processing

Existing visulization systems for mediacl scans either rely on expensive on-site equipment, or a cloud systems that has serious speed limitations or can only display low resolution images for a radiologist to perform a diagnosis. The combination of fast image viewing, diagnostic quality and working form a remote location has never been possible, until now. AImagine uses patented AI algorithms to predict how user will move or manupilate an image, with the rendered images being transmitted to the devise before it’s even been requested. Our system if fully optmised to run on the latest graphical processors ensuring the user has all the information the moment they need it.

ZERO latency visualization

Enabling better care and patient empowerment by enabling remote access to complex medical scans

Trained on 100,000 scans per year

Human and AI collobration for better outcomes

Integrated into normal workflows

Existing visulization systems for mediacl scans either rely on expensive on-site equipment, or a cloud systems that has serious speed limitations or can only display low resolution images for a radiologist to perform a diagnosis. The combination of fast image viewing, diagnostic quality and working form a remote location has never been possible, until now. AImagine uses patented AI algorithms to predict how user will move or manupilate an image, with the rendered images being transmitted to the devise before it’s even been requested. Our system if fully optmised to run on the latest graphical processors ensuring the user has all the information the moment they need it.

ZERO latency visualization

Enabling better care and patient empowerment by enabling remote access to complex medical scans

Movement enabled telepresence

Low-cost edge processing for zero-latency

Optimized graphical overlays

Existing visulization systems for mediacl scans either rely on expensive on-site equipment, or a cloud systems that has serious speed limitations or can only display low resolution images for a radiologist to perform a diagnosis. The combination of fast image viewing, diagnostic quality and working form a remote location has never been possible, until now. AImagine uses patented AI algorithms to predict how user will move or manupilate an image, with the rendered images being transmitted to the devise before it’s even been requested. Our system if fully optmised to run on the latest graphical processors ensuring the user has all the information the moment they need it.

Backed by 13 patents

With 13 patents granted and 10+ pending, our advanced AI medical technology is at the forefront of healthcare. AImagine promises process and workflow improvements for providers as well as improved health outcomes for patients.

Distributed Cloud Computing Platform for Streaming (for Blockchain)

Issued Sep 25, 2018 | us US10084846B2 A system with distributed data processing capabilities for viewing at a client device at a remote location a series of virtual views over the Internet.

AI Automated Classification (Japan)

Issued May 25, 2016 | jp JP5926728B2 A method for modifying a three-dimensional (3D) volume visualisation image of the anatomy to separate the desired portion of the anatomy in real time.

Cloud Computing Platform for 3D Streaming (Japan)

Issued Mar 11, 2015 | jp JP5681706B2 A series of three-dimensional virtual view volume visualisation data set is included in at least one centralised database to a method for displaying at a client device on the Internet.

Cloud Computing Platform for 3D Streaming (Europe)

Issued Jul 31, 2017 | eu ES2627762 A system for viewing at a client device a series of three-dimensional virtual views over the Internet

AI Automated Classification (Europe)

Issued Jun 24, 2015 | eu EP2598034 A method of modifying a three dimensional (3D) volume visualization image of an anatomical structure in real time to separate desired portions thereof.

Cloud Computing Platform for Medical Imaging (All Modalities)

Issued Aug 29, 2017 | us US9749389B2
A system for viewing at a client device at a remote location a series of virtual views over the Internet of a medical imaging dataset.

Cloud Computing Platform for 3D Streaming (System)

Issued Aug 11, 2015 | us US9106609B2
A system for viewing at a client device at a remote location a series of three-dimensional virtual views over the Internet.

AI Automated Classification

Issued Jan 20, 2015 | us US8938113B2 A method of modifying a three dimensional (3D) volume visualisation image of an anatomical structure in real time to separate desired portions thereof.

Cloud Computing Platform for 3D Streaming (Method)

Issued Apr 15, 2014 | us US8701167B2 A method for viewing at a client device a series of three-dimensional virtual views over Internet.

Cloud Computing Platform for Streaming

Issued Sep 6, 2016 | us US9438667B2 A system for viewing at a client device at a remote location a series of virtual views over the Internet.

The hardware

AImagine is designed to run on any modern GPU server, including cloud providers such as AWS, GCP or Azure. This means data can be processed anywhere in the world, without any interruption to your existing system set up. For a seamless experience, LifeVoxel also owns three dedicated servers within the USA which allows us to provide hosting services at a radically reduced monthly cost.

Advantages of hosting with LifeVoxel

Zero latency visualization

Access via the app on your device

Radically reduced monthly costs

Save on CapEx and equipment costs

Automatic diagnosis

Data always stays on the cloud

Imersive telepresense

Edge processing reduces usage cost

Zero latency visulization

Ensure uptime & enable redundancy

Zero latency visualization

Enjoy secure access to critical data

Automatic diagnosis

No need for dedicated IT staff

Imersive telepresense

Benefit from fast edge processing

Our Products

Empower patients & improve outcomes with remote access to complex medical scans
Utilize multiple angles and data overlays to take telepresence to the next level

Coming soon

Foster innovation and integration with our medical AI application marketplace

Coming soon

Enable remote emergency telepresence assistance wherever you’re located

Coming soon