Carbon Visibility Index™ Standard (CVI™)
OOF™ Origin Open Foundation™
Independent Methodological Authority
OriginID: OOF-OID-ECO-CVI-2026-03-09-0017
Category: Environmental Integrity Standards (ECO)
Subcategory: Carbon Lifecycle Transparency
Version: 1.0
Status: Canonical · Open Standard
Effective Date: 9 March 2026
Compatibility: Carbon Lifecycle Integrity™ · Carbon Integrity™ · Supply
Chain Transparency Systems · Environmental Integrity Standards
Authority: OOF™ Origin Open Foundation™
Protection: MIP™ — Methodological Intellectual Property
Canonical Language: English
A. Standard Abstract
The Carbon Visibility Index™ Standard (CVI™) establishes a structured measurementframework for expressing lifecycle carbon exposure per product.
The standard converts lifecycle carbon transparency into a measurable and comparable
carbon-per-product value.
CVI™ does not regulate emissions and does not impose environmental targets.
It provides the measurement architecture required to quantify carbon exposure associated
with the lifecycle of a defined product unit.
By introducing a consistent carbon-per-product reference, CVI™ enables objective comparison
across products, production systems, and supply chains.
B. Canonical Definition
Carbon Visibility Index™ (CVI™) is a product-level carbon measurement framework that convertslifecycle carbon exposure into a measurable value expressed per defined functional product unit.
The Carbon Visibility Index becomes structurally valid when lifecycle boundaries, production
energy sources, material origin, packaging impact, and logistics pathways are transparently
documented.
CVI™ defines the measurement architecture for carbon per product.
C. Purpose
The purpose of Carbon Visibility Index™ is to:- establish measurable carbon-per-product visibility
- enable transparent comparison between products
- support lifecycle carbon accountability
- provide a structural foundation for future carbon-per-product reporting systems
D. Measurement Principle
The Carbon Visibility Index is expressed as:Total lifecycle carbon exposure per defined product unit
Examples of functional units may include:
- kg CO₂e per product
- kg CO₂e per kilogram of product
- kg CO₂e per liter of product
- kg CO₂e per defined service unit
E. Structural Requirements
A Carbon Visibility Index declaration is structurally valid only when:- lifecycle boundaries are clearly defined
- material origin and processing stages are documented
- production energy sources are declared
- packaging systems are disclosed
- transport modes and distribution pathways are identified
- the carbon calculation methodology is transparently stated
- a responsible entity accepts accountability for the declared carbon index
F. Carbon Measurement Principle
Carbon Visibility Index™ is based on the principle that:carbon exposure becomes measurable when lifecycle transparency exists.
When production origin, energy inputs, packaging systems, and logistics pathways are documented,
carbon exposure per product can be quantified.
Quantification enables comparison.
Comparison enables optimization.
G. Strategic Role
Carbon Visibility Index™ functions as:- a product-level carbon measurement unit
- a comparability instrument for supply chain optimization
- a structural bridge between carbon transparency and economic evaluation
- a foundation for potential future product-level carbon reporting systems
H. Long-Term Role
Carbon Visibility Index™ establishes the canonical measurement architecture required for:- carbon-per-product disclosure
- transparent product comparison
- lifecycle carbon accountability
- future carbon pricing readiness
Canonical Closing Statement
Lifecycle transparency reveals carbon exposure.Carbon Visibility Index™ quantifies it per product.