GigHz Precision AI - 2026 Pricing, Features, Reviews & Alternatives

GigHz Precision AI is an artificial intelligence software platform that integrates clinical scoring frameworks and natural language processing into the radiology report generation workflow. The platform is intended for practicing radiologists, interventional radiologists and radiology trainees who require consistent application of classification guidelines such as LI-RADS, Lung-RADS, Bosniak and other evidence based scoring systems. The software addresses the cognitive load and variation that arise when clinicians manually recall and apply multiple frameworks during high-volume reads. The system supports diagnostic radiology practices, hospital departments, teleradiology groups and academic programs that demand defensible documentation and standardized reporting across distributed environments.

The software uses natural language processing to structure dictation into standard sections labeled Technique, Findings and Impression while detecting when clinical scoring frameworks apply. Embedded frameworks include the current version of LI-RADS for liver lesions with mapping of major and ancillary features, Lung-RADS and Fleischner Society criteria for pulmonary nodules with follow-up guidance, Bosniak version two thousand nineteen classification for renal cysts and adrenal washout calculations based on pre-contrast, portal-venous and delayed Hounsfield unit values to generate absolute and relative washout values. Additional integrated frameworks comprise TI-RADS for thyroid nodules, BI-RADS for breast imaging and PI-RADS for prostate MRI. The system operates in a semi-automatic workflow in which the AI proposes classification popups with pre-filled data derived from dictation and allows the radiologist to confirm or adjust each assignment before finalizing the report. Each classification assignment is linked to the specific criteria to support audit trails for quality review and medico-legal documentation.

The platform is deployed within existing practice environments with protected health information handling configured to align with institutional data security requirements and prevent unnecessary transmission of sensitive information. The software does not perform image analysis or pixel-level interpretation but focuses exclusively on the report creation layer. The radiologist remains the responsible interpreter and finalizes the report content.

Access is provided through a Validation Partner program that offers three months of full platform access in exchange for structured feedback from real-world clinical reads and through a trainee program that grants residents and fellows free access for at least three months in exchange for feedback on the scoring and structured reporting functionality. The platform serves department directors seeking consistency across reporting practices and teleradiology organizations aiming for uniform report quality across distributed readers and diverse templates.