Medalytics | AI-Powered Spine Imaging & Surgical Planning

AI-Powered Spine Care

Medalytics AI

Revolutionizing Spine SurgeryOne intelligent platform guiding the entire care pathway - from precise diagnostics to personalized surgical planning and custom implants.

From diagnostics to surgical planning—one platform for the full care pathway.

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Why Partner With Us

Clinically Focused Innovation

We build technology around real clinical needs - not theoretical use cases. Our solutions are developed in collaboration with surgeons, radiologists, and researchers to ensure meaningful impact across the care pathway.

End-to-End Care

From AI based diagnostics to personalized surgical planning and patient-specific implants, our platform supports the complete treatment journey - improving precision, efficiency, and outcomes.

Evidence-Driven Development

We prioritize validation, data integrity, and measurable performance. Our AI models are built on structured clinical data and designed to support transparent, reproducible results.

Seamless Workflow Integration

We understand hospital environments. Our platform is designed to integrate with existing imaging systems, PACS, and clinical workflows - reducing disruption and accelerating adoption.

Medryx™

Medryx™ by Medalytics: The First Agentic AI Enabled spine platform. First of its kind, Agentic AI, platform that connects diagnostics, analysis, and surgical planning in one place. Medryx helps clinicians move from imaging to treatment decisions faster and with greater confidence. Features Anterior and Posterior Correction simulation, Sagittal and Coronal alignment visualization, and detailed quantitative angle tables.

BoneSight™

BoneSight™ by Medalytics: Advanced bone quality analysis that automatically analyzes bone density, strength, and fracture risk directly from imaging studies. Helps clinicians evaluate implant safety and osteoporosis risk before surgery. Features include quantitative bone density scoring, implant pressure capacity analysis, and trajectory safety assessment.

SpineVision™

SpineVision™ by Medalytics: AI-powered spine diagnosis that quickly identifies spinal abnormalities from X-rays and provides quantitative measurements for more accurate diagnosis and faster treatment planning. Automatically detects scoliosis, lordosis, kyphosis, and spondylolisthesis with severity classification.

MRI-Vision™

MRI-Vision™ by Medalytics: Comprehensive MRI spine analysis that automatically analyzes MRI scans to detect nerve compression, stenosis, and disc problems - helping clinicians identify the source of pain faster. Provides level-specific grading, bilateral assessment, and severity heatmap overlays.

ClinIQ™

ClinIQ™ by Medalytics: Automated clinical reports with AI that generates structured diagnostic reports from imaging and patient data, helping clinicians save time and improve documentation. Integrates imaging data with patient history to deliver clinical insights, differential diagnoses, and treatment recommendations.

SurgiVision™

SurgiVision™ by Medalytics: AI-powered 3D segmentation and surgical planning with advanced tools that enable surgeons to prepare personalized surgical strategies based on patient anatomy. Features interactive 3D viewer, multi-planar visualization, implant placement simulation, and screw trajectory planning.

MotionVision™

MotionVision™ by Medalytics: Dynamic spine stability analysis that analyzes movement between vertebrae using motion-vision imaging to detect instability. Calculates AOMSI metrics, segmental motion, and translation measurements. Features side-by-side comparison, motion visualization, and instability grading.

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Who It's For

Built for Every Role in Spine Care

From radiology to the OR—our platform supports each step of the care pathway with role-specific insights.

Radiologists

See More Than Images—Gain Actionable Insights

Precise, quantitative insights into bone diseases such as osteoporosis for more informed diagnoses.

PACS & Imaging Systems

Seamless Integration. Smarter Workflows

Integrates with your imaging ecosystem, enriching patient records with contextual intelligence without disrupting workflow.

Researchers

Accelerate Discovery with Advanced AI Tools

High-precision segmentation and landmark detection to support faster, more reliable studies.

Clinicians

Identify Risk Faster, Act Earlier

At-a-glance identification of patients at risk, enhancing care and decision-making.

Surgeons

Critical Insights When It Matters Most

Real-time, level-specific insights on bone quality for surgical planning and intraoperative decisions.

Our Solutions Are Built to Deliver Real Impact

From clinician workflows to surgical planning—every feature is designed for measurable outcomes.

Explore full solutions framework

CLINICIAN-FRIENDLY

Designed by Clinicians, for Clinicians

Built with real clinical workflows in mind, our platform helps make everyday tasks faster and easier - from the bedside to the radiology suite and beyond.

Key Outcomes

Workflow-native design
Faster team handoffs
Lower daily friction

DIAGNOSTICALLY POWERFUL

Better Insights. Better Decisions.

Advanced detection and quantitative analysis support more accurate diagnoses, improved follow-up care, and fewer false positives.

Key Outcomes

Stronger diagnostic confidence
Clearer follow-up
Reduced false positives

PATIENT-FOCUSED

Improving Care When It Matters Most

By enabling rapid triage, smarter decision support, and faster access to critical interventions, we help clinicians deliver better outcomes for patients.

Key Outcomes

Rapid triage
Smarter prioritization
Better outcomes

COST-EFFECTIVE

Efficiency That Saves Time and Resources

Helping clinicians make faster, more confident decisions reduces unnecessary delays, optimizes workflows, and lowers operational costs.

Key Outcomes

Lower delays
Higher throughput
Cost efficiency

TIME-SAVING

More Time for What Matters - Patients

Automated insights and faster reporting free clinicians to focus on complex cases and patient care instead of time-consuming processes.

Key Outcomes

Faster reporting
Less manual work
More patient time

FEWER REVISIONS

Preventing Revision Surgeries

AI-optimized surgical plans reduce the risk of post-operative complications, minimizing the need for costly and invasive revision surgeries.

Key Outcomes

Lower complications
More robust planning
Fewer revisions

OPTIMIZED PLANNING

Faster, Smarter Pre-Op Surgical Planning

Our planning software analyzes patient anatomy and generates optimized surgical strategies, reducing preparation time and improving surgical outcomes.

Key Outcomes

Patient-specific planning
Reduced prep time
Improved outcomes

CUSTOM IMPLANTS

Better Bone-to-Implant Contact with Custom Fit

Patient-specific customized implants designed for superior bone contact, ensuring stronger fixation and long-term stability.

Key Outcomes

Custom fit
Better fixation
Long-term stability

OSSEOINTEGRATION

Enhanced In-Growth via Porous Structure Design

Porous implant architecture promotes natural bone in-growth and out-growth, accelerating osseointegration for faster patient recovery.

Key Outcomes

Enhanced integration
Faster recovery
Improved biological anchoring

BIOMECHANICS

Biomechanically Compatible Implant Design

Implants engineered to match patient-specific anatomy and natural load-bearing patterns, delivering superior biomechanical performance.

Key Outcomes

Load-balanced mechanics
Anatomical compatibility
Performance reliability

Trusted by Industry Leaders

Join the leading healthcare institutions that trust our innovative solutions

Law Society

Certified Medical Technology Provider

Google Reviews

Trusted by Healthcare Professionals

MHRA

Medical Device Certified

Trustpilot

Excellence in Healthcare Solutions

Badge Review

Industry Leading Technology

Founding team

Minds Behind the Innovation

Bringing together expertise across AI, machine learning, and biomedical engineering—dedicated to building intelligent solutions that improve clinical care.

Usama Naseer

Founder & Lead AI Engineer

Medalytics

Seasoned AI engineer with expertise in Agentic AI and end-to-end ML product development. Lead architect of high-impact AI solutions across healthcare and marketing, focused on building scalable, real-world intelligent systems.

AIAgentic AIMachine LearningGenerative AIMedical ImagingMLOpsSoftware Architecture

Key Achievements

Launched Morpheous Project (GenAI Platform) in under 3 months
Deployed 90%+ accurate CT segmentation pipelines
Architected scalable cloud-native AI infrastructure

Professional Experience

GenAI Engineer

Inovient.io (Morpheous Project) · Jun 2024 - Mar 2025

Artificial Intelligence Engineer

Nextbridge Ltd · Dec 2022 - Dec 2024

Senior Machine Learning Engineer

Farmdar · Apr 2023 - Apr 2024

Education

Master's degree, Data Science - University of Hertfordshire (Jan 2025 - Apr 2026)
BS Computer Science - Government college university lahore(GCU) (2017 - 2021)

Aiza Asif

Co-Founder & Biomedical Engineer

Medalytics

Biomedical Engineering student at Imperial College London with experience in Regulatory Affairs and Data Science, focused on advancing healthcare through innovative medical technologies.

Biomedical EngineeringRegulatory AffairsData ScienceClinical ResearchMedical Technology

Key Achievements

Student Shaper at Imperial College London
Regulatory Affairs at Johnson & Johnson
Bronze II Award - British Physics Olympiad

Professional Experience

Regulatory Affairs Student Placement

Johnson & Johnson · Jun 2025 - Present

Student Shaper

Imperial College London · Oct 2024 - Jun 2025

Data Science Intern

OESON · Sep 2023 - Jan 2024

Education

MEng Biomedical Engineering - Imperial College London (2022 - 2027)
A Levels (Physics, Maths, Chemistry) - Cardinal Newman College (2020 - 2022)

Advisory board

Our Advisors

Expert clinicians and industry leaders guiding our innovation and clinical direction.

Prof. Nasir Raza Awan

CEO & Medical Director

SpinaCure

Board-certified neurosurgeon and healthcare leader with extensive experience in spinal surgery, clinical operations, and medical innovation. FCPS Neurosurgery from College of Physicians & Surgeons Pakistan, MBBS from King Edward Medical University.

NeurosurgerySpinal SurgeryClinical LeadershipHealthcare InnovationMedical Technology

Key Achievements

CEO and Medical Director at SpinaCure
FCPS Neurosurgery (1994-2001)
MBBS from King Edward Medical University (1985-1990)

Muhammad Qasim

Biomechanical Systems Engineer

Martin-Baker Aircraft

Expert in spine biomechanics, computational modeling, and patient-specific FE analyses. PhD in Biomedical Engineering from University of Illinois Chicago. Specializes in disc degeneration, cervical/lumbar fusion, and biomechanical testing.

Spine BiomechanicsFinite Element AnalysisComputational ModelingMedical DevicesBiomechanical Testing

Key Achievements

Senior Biomechanics Engineer at Martin-Baker Aircraft
PhD in Biomedical Engineering, University of Illinois Chicago
Expert in patient-specific computational models and QCT imaging