TECHNOLOGY THAT
POWERS EVERY STEP

AI-powered fit technology merges 3D scanning, biomechanics, and comfort to engineer shoes for lasting performance.

THE SCIENCE
BEHIND POOR FIT

“Most people have fairly unique foot shapes,” says Dr. Hylton Menz, the world’s leading foot researcher, “yet shoes are designed for a hypothetical average foot.” This outdated model ignores natural variations in arch height, volume, and pressure distribution, forcing most people to compromise on comfort.

THE REALITY
FOOT COMPLEXITY

26 bones, 33 joints, and 100+ muscles that adapt with every step, age, and lifestyle shift.

SIZING FLAW

Standard sizes use flat, 2D measurements that miss the 3D shape needed for true comfort.

FIT BREAKDOWN TODAY

33% get a good fit, 40% settle for tolerable, 27% live with discomfort.

Foot X-ray Illustration
THE COST OF POOR FIT

Until now, true custom-fit shoes have required handmade wooden models (shoe lasts) costing $3,000 to $10,000, leaving most people with “close enough.” Poor fit drives fatigue, joint stress, and alignment issues that limit performance. Science shows the deep health impact of shoes that don’t fit.

Consequences of poor shoe fit — health impacts
IAMBIC logo

OUR VISION:
BREAKING THE MOLD

We believe everyone deserves shoes designed for their unique body and lifestyle, not just those who can afford traditional bespoke.

WHAT DRIVES OUR SYSTEM

  • 5+ years of research, including 4 years of R&D backed by the U.S. National Science Foundation and Stony Brook University’s Center for Biotechnology.
  • Led by Co-founder & CTO Dr. Raza Hassan with 14+ years in 3D modeling, computational biomechanics, and AI.
  • Advanced smartphone scanning combined with heritage craftsmanship delivers artisan-level fit at a fraction of traditional costs.

OUR INNOVATIONS

  • Proprietary AI models trained on a private dataset of 50,000+ foot scans collected across the U.S.
  • 98% correlation with bespoke measurement standards.
  • 12 patent-pending technologies covering fit prediction, scan processing, and last design.

PRECISION FIT ENGINEERING

Research Driven visual

RESEARCH DRIVEN

Grounded in NSF-backed research and world-leading foot health expertise, we bridge cutting-edge science with artisanal craftsmanship.

AI-Powered visual

AI-POWERED

Our 12 patent-pending innovations power advanced smartphone scanning, transforming raw data into your perfect fit.

Science-Optimized visual

SCIENCE-OPTIMIZED

Leveraging our Sole Print™ technology, we refine each pair using insights from thousands of biomechanical data points for unparalleled fit and performance.

NASA-GRADE TECHNOLOGY

We bring aerospace-level engineering to footwear. Our smartphone scanning foundation is NASA-grade, tested and validated against the same technology used on the International Space Station.

Captures detail down to 0.05 mm, mapping fine lines, contours, and pressure zones.

Benchmarked against mission-critical engineering standards.

Designs for your unique movement and structure, never a generic mold.

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HOW IAMBIC TECHNOLOGY WORKS

From aerospace-grade scanning to AI-driven engineering, every layer of our stack is built for precision fit and lasting performance.

SCAN & FIT ANALYSIS

Captures 20+ dimensions per foot (e.g., ball girth, heel diagonal).

Merges fit preferences (e.g., cushioning, snugness) with footwear history (e.g., past pain points, injuries).

Creates a personalized fit blueprint that goes beyond raw dimensions.

Foot scan analysis

AI & DIGITAL ENGINEERING

Proprietary AI trained on 50,000+ U.S. foot scans and biomechanical datasets.

Predicts support curves, cushioning zones, and flexibility with 2 mm accuracy.

Builds a custom digital last and sole architecture from your data.

AI and digital engineering

CRAFTSMANSHIP & EVOLUTION

Your digital last is translated into built-to-order shoes in Portugal.

Sole Print™ mapping tracks real-world wear patterns anticipating long-term wear patterns.

Feedback data provided to AI to refine future pairs, creating a fit that evolves with you over time.

Craftsmanship and evolution
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MOTORSPORT ENGINEERING

Labeled shoe components
Sole with scan visualization

THE SOLE PRINT™ SYSTEM

Triple-layered construction has a carbon-infused base for grip, durable mid-layer for durability and absorption, adaptive top layer for contouring.

Wear bars with tread indicators and data-driven patterns refine alignment and future designs without the need for sensors.

Upper and heel design chassis rendering

UPPER AND HEEL DESIGN AS CHASSIS

Monocoque chassis custom-molded from your scan for structure and containment.

Precision fit heel locks your foot’s anchor point, minimizing slippage and maximizing motion transfer.

Leather swatches and materials

PERFORMANCE MATERIALS

Advanced foams for energy return and impact absorption, paired with reinforced components for lightweight strength.

Full-grain Italian leathers that are responsibly sourced, breathable, and naturally molding, with made-to-order manufacturing to reduce waste.

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YOUR FIT,
PERFECTED
OVER TIME

Fit is never static.
Every step, mile, and year
changes how your feet move.

Changes in foot measurements chart

YOUR FEET NEVER STOP CHANGING.

The Precision Fit Program keeps your footwear adapting, improving alignment,
extending comfort, and optimizing performance year after year.

YOUR FEET NEVER
STOP CHANGING.

The Precision Fit Program keeps your
footwear adapting, improving
alignment, extending comfort, and
optimizing performance
year after year.

HOW IT WORKS

Your scan and preferences shape your first bespoke pair.

Our triple layer sole records wear patterns, step count, and mileage.

Sole Print™ images and data are reviewed by biomechanics trained specialists.

AI refines cushioning, structure, and fit for each future pair.

Pressure areas visualization

Precision Fit turns
each step into data
that perfects your
next pair.

DISCOVER THE PRECISION FIT PROGRAM
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