Clinical Beta Soon

Outcomes.
Predicted.

The multimodal AI engine simulating complex spine surgeries and predicting outcomes before the first incision.

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A $50 Billion Blind Spot

In the US, over 1.5 million instrumented spine surgeries are performed annually.

20%
Structural Failure Rate (5-year span)

Surgeries fail structurally due to unforeseen mechanical fatigue and stress.

40%
Clinical Failure Rate (5-year span)

Surgeries fail clinically when mechanics ignore holistic biological reality.

Synthromic Architecture

Fusing structural mechanics with dynamic patient biology.

01

Spatial Reconstruction

Translating imaging into dynamic datasets.

02

Biomechanical Simulation

Simulate stress distributions across spinal structure.

03

Probabilistic Modeling

Algorithmic mapping for surgical execution variance.

04

Outcome Synthesis

Fusing parameters to predict best approach.

Conceptual Demo

Experience Synthromic, input mock patient variables below to conceptually simulate data and predict optimal approach and outcomes.

For demonstrative purposes only. Results are conceptual and do not constitute clinical advice or definitive surgical recommendations.

The Founders

Created by multidisciplinary executives.

Ahmet Hatipoglu

Ahmet Hatipoglu

Chief Medical Officer

Neurosurgery resident and healthcare executive.

Mustafa Alwani

Mustafa Alwani

Chief Engineering Officer

Architect, projects manager and creative designer.

Husam Bitar

Husam Bitar

Chief Data Officer

Clinician, healthcare data and AI expert.

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Stop Reacting.
Start Predicting.

Our retrospective clinical validation model is underway. Join the waitlist for prospective shadow beta access.

© 2026 Synthromic. Any information or prediction generated in this website is for demonstrative purposes only.