TechLive is a software application intended to provide remote access for real-time image acquisition, assistance, review, monitoring and standardization of imaging devices across multiple locations. It is a vendor neutral solution allowing read-only or full access control to connected devices. TechLive is also intended for training of medical personnel working on medical imaging devices. TechLive is not intended for diagnostic use. Clinical users can remotely access imaging devices from a computer via a secure software connection that streams video and audio, including access to keyboard and mouse controls. This setup allows remote users to assist local in-suite assistants or other clinical users by means of audio/video connection or perform remote acquisitions themselves. Depending upon the device used to acquire the images, the remote access can allow for "view mode", to support the in-suite assistant, or "control mode", where the remote user controls the console software of the imaging device. Remote access to the local imaging device can only be granted by the local in-suite assistant and can be granted or revoked as needed using an on-premises computer installed with the assistance touch interface. “Control mode” access may be granted on-demand or prior to acquisition to access the scanner. TechLive offers a secure collaboration platform with live audio and video, enabling remote acquisition and seamless collaboration among healthcare professionals. TechLive is vendor-neutral and compatible with existing imaging devices, including Ultrasound (US), Magnetic Resonance Imaging (MRI), Computer Tomography (CT), and Positron Emission Tomography (PET/CT).
A software application intended to be used to receive, collect, store, and display a broad range of medical imaging and/or video data, and to distribute the data within or between healthcare facilities to facilitate data analysis, organization, reporting, and sharing (e.g., teaching). Also referred to as an operating room (OR) integration software, it might be designed for holographic viewing of three-dimensional (3-D) images in conjunction with an appropriate headset or for real-time communication of diagnostic/surgical images, and might also enable the control of light settings of a device (e.g., microscope) for image acquisition.