Two-stage AI pipelines represent the most significant structural shift in radiology since digital imaging. Fractify's diagnostic engine achieves up to 97.9% accuracy on Brain MRI and 97.7% on bone fracture detection by separating the detection task from the reporting task — a distinction that eliminates the interpretation variance inherent in free-text radiology dictation.
The first stage deploys a specialist detection model trained on tens of thousands of annotated scans for a specific modality: chest X-ray, CT brain, MRI brain, wrist fracture, or dental imaging. This model does one thing — find and quantify pathological signals — with the precision of a focused subspecialist. The second stage takes those structured findings and feeds them into a report engine alongside the patient's clinical context (demographics, history, medications, prior imaging), producing a schema-based output with condition, severity, confidence, differential diagnoses, urgency score, and treatment guidance.
Why Structure Beats Free Text for Clinical AI
Free-text AI outputs — where a language model simply describes what it sees — introduce interpretation variance between reads. Two identical scans processed on different days may yield reports using different terminology, different severity language, and different follow-up guidance. Schema-based outputs eliminate this: the fields are fixed, the vocabulary is controlled, and the output is auditable and EHR-ready every time.
Fractify's structured reports include: primary finding, secondary findings, per-finding confidence score, severity classification, urgency score (1–5), critical flag triggers (Tension Pneumothorax, Acute Hemorrhage, Aortic Dissection, Large PE, Herniation/Midline Shift, Acute Ischemic Stroke, Cardiac Tamponade), differential diagnoses, and treatment guidance. Every field is consistent across reads — independent of time of day, case volume, or geographic location.
The Urgency Layer: When Speed Saves Lives
Not all radiology findings are equal. A stable pleural effusion and a Tension Pneumothorax require radically different response times. Fractify's 5-level urgency scoring ensures the difference is never missed: at urgency level 4 or 5, a prominently displayed critical banner lists the mandatory flags and recommended immediate actions. This system processes 18+ pathologies on chest X-ray and 6 hemorrhage subtypes on CT brain — the conditions where minutes matter.
Databoost Sdn Bhd built Fractify to answer a structural problem: diagnostic quality has always been rationed by geography, staffing, and shift timing. The two-stage pipeline removes the assumption that every imaging read requires a dedicated specialist as a first-pass gatekeeper. The scan has always had the answer. Now it always gets one.
Frequently Asked Questions
What is a two-stage AI diagnostic pipeline?
A two-stage pipeline separates detection from reporting. Stage one runs a specialist detection model on the imaging data. Stage two combines those findings with clinical context and generates a structured report — producing consistent, auditable, EHR-ready outputs.
How accurate is Fractify's AI on Brain MRI?
Fractify achieves up to 97.9% accuracy on Brain MRI tumor detection. On bone fracture detection (wrist and upper limb), the system achieves up to 97.7% accuracy.
Does structured AI output replace the radiologist?
No. Fractify is clinical decision support. The AI surfaces findings and generates structured reports. A qualified clinician must review, confirm, and make all clinical decisions. The AI augments — it does not replace — the specialist.
Why Structure Beats Free Text for Clinical AI?
Free-text AI outputs — where a language model simply describes what it sees — introduce interpretation variance between reads. Two identical scans processed on different days may yield reports using different terminology, different severity language, and different follow-up guidance.
How does The Urgency Layer: When Speed Saves Lives work?
Not all radiology findings are equal. A stable pleural effusion and a Tension Pneumothorax require radically different response times.
Why is the future of ai important for healthcare facilities?
Two-stage AI pipelines represent the most significant structural shift in radiology since digital imaging. Fractify's diagnostic engine achieves up to 97.9% accuracy on Brain MRI and 97.7% on bone fracture detection by separating the detection task from the reporting task a...
How does the future of ai work in practice?
Fractify's structured reports include: primary finding, secondary findings, per-finding confidence score, severity classification, urgency score (1 5), critical flag triggers (Tension Pneumothorax, Acute Hemorrhage, Aortic Dissection, Large PE, Herniation/Midline Shift, Acute...
What diagnostic accuracy does Fractify achieve?
Fractify achieves up to 97.9% accuracy on Brain MRI tumor detection. On bone fracture detection (wrist and upper limb), the system achieves up to 97.7%
Ready to see Fractify in your institution? Contact the Fractify team at info@fractify.net or reach us via WhatsApp to request a demo.