GigHz Precision AI Precision AI

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What Precision AI is

Applies to GigHz Precision AI v13.35.6 · Last reviewed 2026-10-13 · Questions: signal@gighz.com

GigHz Precision AI is a web application for radiologists that turns a natural, spoken description of a study into a complete, structured radiology report. You name the study, describe the findings in whatever order you notice them, and the report assembles itself, section by section, as you speak. When you stop, the impression is composed from what you dictated, ordered by clinical priority, and the whole report is ready to review, edit and sign.

It is built by GigHz LLC and used by attending radiologists, fellows and residents. This page is the orientation; the rest of the documentation goes section by section.

The problem it solves

Conventional dictation produces prose that someone, usually the radiologist, has to reorganise into the structured format most departments require. Templated reporting solves the structure problem but makes the radiologist navigate fields, which breaks concentration on the images. GigHz Precision AI keeps the radiologist looking at the images and speaking naturally, while the structure is handled by the software.

How it works, in one paragraph

Speech is transcribed live. Each sentence is handed to a placement engine that understands the template for the named study and files the finding on the correct line, replacing the template's default normal for that organ. Findings that fit no line are kept under an "Additional findings" heading so nothing dictated is ever lost. When dictation stops, an impression composer reads the dictated findings and the clinical indication, writes a numbered impression that answers the clinical question first, and a deterministic ordering layer makes sure emergencies always lead and incidental findings never do. The report is then a draft for the radiologist to review.

Every report is a draft. GigHz Precision AI is clinical decision support for the reading radiologist; it does not make a diagnosis and nothing it produces is final until the radiologist has reviewed and signed it.

What is in the box

CapabilityWhat it doesDocumentation
Live report fillFindings land on the correct template lines as you dictateLive report fill
Structured templatesACR-style templates for CT, MRI, ultrasound, radiography, fluoroscopy, nuclear medicine, breast imaging and interventional procedures; each can be made your ownTemplates
Impression compositionA numbered impression that answers the indication first, ordered by clinical priority, with incidental findings kept outImpression policy
Clinical decision supportLI-RADS, Bosniak, Fleischner, TI-RADS, PI-RADS, Lung-RADS, O-RADS and PECARN applied from the dictated findingsClinical decision support
Voice commandsEditing, undo, template switching and report control by voiceVoice commands
Output optionsPatient-education paragraph, billing suggestions, signature blockOutput options
Reference toolsImaging protocol lookup and ACR Appropriateness Criteria lookup inside the appReference tools

Who builds it

GigHz Precision AI is built by GigHz LLC, a California company founded by a practising radiologist. GigHz is a member of NVIDIA Inception, NVIDIA's program for AI startups. The parent site is gighz.com.

Who it is for

Practicing radiologists who want structured reports without field-by-field navigation; residents and fellows, who get a trainee price; and groups evaluating AI-assisted reporting. It runs in a web browser with a microphone and needs no installation, no PACS integration and no IT project.

What it is not

It is not a PACS, a RIS or a dictation system that integrates with your worklist; reports are copied into your reporting system. It is not an image-reading AI: the product works from what you dictate, not from the pixels. And it is not a substitute for the radiologist's judgment, which is why the Terms require review of every report.

Where to go next

This page is generated from documentation that ships with the application (docs v1.2.2). Version numbers, prices and trial lengths on this page are read from the running system, not typed by hand.