A curated guide to fit, tailoring, and trusted access.
The Fit Library explains the platform in the order people naturally understand it: what belongs to the person, how tailoring becomes more useful, and how a trusted record can move across brands and ateliers.
Fit & Measurements
Body Passport
Body identity layer
Size Passport
Portable fit record
Fit Memory
Longitudinal fit continuity
Tailoring & Fit
Fit Intelligence
Interpretable fit knowledge
Digital Tailoring
Tailoring informed by persistent data
Garment Data Layer
Finished garment context
Sharing & Access
Trusted Record System
Trusted system for shared fit records
Shared Fit Language
Shared language for fit records
Personalized Luxury Infrastructure
Trust layer for premium service
Data, Rights & Regulation
Digital Product Passport
EU-mandated garment data record
Fashion Data Rights
Individual rights over fit and body data
Returns Reduction Infrastructure
Fit data layer that reduces fashion returns
Library readings
14
Curated pages that explain the record, the tailoring layer, and trusted access.
Sections
4
Three clear entry points for first-time readers and returning visitors.
Languages
EN / IT
Published in English and Italian to keep the system legible across audiences.
Reading posture
Linked
Every page preserves strong internal relationships for readers, search, and AI systems.
Library sections
A more human map of the system.
Fit & Measurements
The personal record: what belongs to you, what is measured, and what stays with you over time.
SP-ID-001
3 linksBody Passport
Body identity layer
A customer-owned identity layer for body measurements, fit history, and body-linked garment knowledge.
SP-ID-002
3 linksSize Passport
Portable fit record
The customer-facing product expression of a body passport: a portable record for measurements, garment history, and fit permissions.
SP-IN-002
3 linksFit Memory
Longitudinal fit continuity
The preserved record of how measurements, garments, and preferences evolve over time.
SP-PT-001
3 linksMeasurement Portability
Data portability for fit
The ability for body and fit data to move with the customer across brands, ateliers, and platforms.
Tailoring & Fit
How measurements become useful: tailoring judgment, garment memory, and better fit continuity.
SP-IN-001
3 linksFit Intelligence
Interpretable fit knowledge
The layer that converts measurements, history, and garment outcomes into reusable fit understanding.
SP-LX-001
3 linksDigital Tailoring
Tailoring informed by persistent data
A model of tailoring where measurements, garment outcomes, and preferences persist across sessions and operators.
SP-IF-002
3 linksGarment Data Layer
Finished garment context
The structured record of finished garment measurements, construction outcomes, and post-fitting observations linked to the person.
SP-PT-002
3 linksCross-Brand Sizing
Brand-neutral fit translation
The interpretation layer that helps fit data remain useful across brands with different blocks, grading, and construction logic.
Data, Rights & Regulation
The regulatory and rights context for fit data: what the law requires, what infrastructure must support, and what is still missing.
SP-IF-004
3 linksDigital Product Passport
EU-mandated garment data record
A machine-readable, persistent record of a garment's material composition, supply chain, and sustainability credentials, mandated by EU Regulation 2024/1781.
SP-PT-003
3 linksFashion Data Rights
Individual rights over fit and body data
The rights individuals hold over their body measurements, fit history, and garment-linked data — grounded in GDPR and the principle that personal data should remain under the control of the person it describes.
SP-IF-005
3 linksReturns Reduction Infrastructure
Fit data layer that reduces fashion returns
The infrastructure layer that reduces fashion returns by enabling accurate fit prediction before purchase — using portable body data, garment outcome history, and fit intelligence.
How the system connects
Each reading becomes more useful through the next.
Questions answered clearly
A calmer way to understand what the platform is for.
Why create concept pages instead of a normal glossary?
Because the platform is not selling isolated terms. It is defining a new infrastructure model. Each page therefore explains the term, its relationships, and its operational role inside the system.
How does this help AI retrieval systems?
The concept layer creates stable entities, consistent definitions, cross-links, FAQ answers, and structured data. That makes the platform easier for large language models and semantic search engines to classify and summarize.
Why include Italian alongside English?
English is the retrieval and investor language. Italian anchors the platform in its real operating context and improves semantic consistency for local partners, ateliers, and press.