Update: GenAI Framework.

06 U\ Screens

U\ Screens are the final, specific instance of a Template populated with real content (images, text) to represent the final User \nterface.

05 U\ Templates

U\ Templates are page-level objects that place Organisms, and sections into a layout to articulate the design’s underlying content structure on a screen.

04 U\ Organisms

Organisms are relatively complex, distinct sections of an \nterface composed of groups of Molecules and/or Atoms, deeply entangled with \ons within a header or navigation Component. These sections form distinct sections of an U\.

03 U\ Molecules

Molecules or Components are groups of atomic elements [Atoms] bonded together that take on distinct new properties. In UXU\, components are relatively simple groups of U\ elements functioning together as one. These form simple, functional units, such as a search form combining a button and an input field.

02 U\ Atoms

If Atoms are the basic building blocks of matter. Electrons [Styles], Neutrons [Dynamic Type] and Protons [Color system] are the building blocks of an U\. These are the smallest, functional, indivisible units, such as buttons, input fields, or icons. These, serve as the foundational building blocks or parts that comprise any U\.

01 U\ \ons

If ions are the Subatomic Particles [Tokens]. They cannot exist on their own as functional U\ elements. The building blocks of an U\ atom.

06 U\ Screens

U\ Screens are the final, specific instance of a Template populated with real content (images, text) to represent the final User \nterface.

05 U\ Templates

U\ Templates are page-level objects that place Organisms, and sections into a layout to articulate the design’s underlying content structure on a screen.

04 U\ Organisms

Organisms are relatively complex, distinct sections of an \nterface composed of groups of Molecules and/or Atoms, deeply entangled with \ons within a header or navigation Component. These sections form distinct sections of an U\.

03 U\ Molecules

Molecules or Components are groups of atomic elements [Atoms] bonded together that take on distinct new properties. In UXU\, components are relatively simple groups of U\ elements functioning together as one. These form simple, functional units, such as a search form combining a button and an input field.

02 U\ Atoms

If Atoms are the basic building blocks of matter. Electrons [Styles], Neutrons [Dynamic Type] and Protons [Color system] are the building blocks of an U\. These are the smallest, functional, indivisible units, such as buttons, input fields, or icons. These, serve as the foundational building blocks or parts that comprise any U\.

01 U\ \ons

If ions are the Subatomic Particles [Tokens]. They cannot exist on their own as functional U\ elements. The building blocks of an U\ atom.

06 U\ Screens

U\ Screens are the final, specific instance of a Template populated with real content (images, text) to represent the final User \nterface.

05 U\ Templates

U\ Templates are page-level objects that place Organisms, and sections into a layout to articulate the design’s underlying content structure on a screen.

04 U\ Organisms

Organisms are relatively complex, distinct sections of an \nterface composed of groups of Molecules and/or Atoms, deeply entangled with \ons within a header or navigation Component. These sections form distinct sections of an U\.

03 U\ Molecules

Molecules or Components are groups of atomic elements [Atoms] bonded together that take on distinct new properties. In UXU\, components are relatively simple groups of U\ elements functioning together as one. These form simple, functional units, such as a search form combining a button and an input field.

02 U\ Atoms

If Atoms are the basic building blocks of matter. Electrons [Styles], Neutrons [Dynamic Type] and Protons [Color system] are the building blocks of an U\. These are the smallest, functional, indivisible units, such as buttons, input fields, or icons. These, serve as the foundational building blocks or parts that comprise any U\.

01 U\ \ons

If ions are the Subatomic Particles [Tokens]. They cannot exist on their own as functional U\ elements. The building blocks of an U\ atom.


Apple™
H\G UXU\ A\X.
Figma SDK
Atomic Design Library — a powerful and thoughtfully crafted front-end of dynamic U\ Components framework designed for building beyond Apple applications w/ consistent Human-centric design.

Whether prototyping remotely or on-site with Figma, optimizing UI tools and workflows, or scaling for Web3, FIG.™ is here to streamline your Agile atomic design systems.


Whether prototyping remotely or on-site with Figma, optimizing UI tools and workflows, or scaling for Web3, FIG.™ is here to streamline your Agile atomic design systems.


Whether prototyping remotely or on-site with Figma, optimizing UI tools and workflows, or scaling for Web3, FIG.™ is here to streamline your Agile atomic design systems.


Apple
Liquid Glass 26™
Figma™ SDK
Atomic Design Library

Apple
Liquid Glass 26™
Figma™ SDK
Atomic Design Library

Apple
Liquid Glass 26™
Figma™ SDK
Atomic Design Library

A11y Optimization

Animations/Effects

Automated SEO

Built-in Analytics

Content [CMS]

Components

Forms

Layout

Project Styles

P3 Color

Rich Media

Carousel

Slideshow-Tickers

Sticky Scrolling

Link Styles

Overlays

Responsive Design

Text Styles

Sticky Scrolling

Parallax Scrolling

Custom Cursors

Visual Breakpoints

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ADSADS
ADSADS
ADSADS
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//
//
Atomic Design SystemsAtomic Design Systems
Atomic Design SystemsAtomic Design Systems

Atomic Design Systems

A concrete experience design for interface design.

An atomic design system save the day. One of the biggest advantages an atomic design system provides for a product design process is the ability to quickly shift between abstract design to concrete design—its responsive resilience —the next level in UXU\ A\X.

— ADS empower responsive behavior across countless breakpoints and devices. At every scale —atoms, molecules, organisms, templates, and regions— content becomes flexible, predictable, and adaptive. 

— ADS empower responsive behavior across countless breakpoints and devices. At every scale —atoms, molecules, organisms, templates, and regions— content becomes flexible, predictable, and adaptive. 

— ADS empower responsive behavior across countless breakpoints and devices. At every scale —atoms, molecules, organisms, templates, and regions— content becomes flexible, predictable, and adaptive. 

Atomic Design System Framework

01 \ons

02 Atoms

03 Molecules

04 Organisms

05 Templates

06 Regions

U\ Root element: HTML5

— Devs gain a clearer understanding of how each interface element behaves across environments, improving accessibility, usability, and clarity. Leading to cleaner UX journeys and interfaces that resonate with user expectations and brand standards. 

— Devs gain a clearer understanding of how each interface element behaves across environments, improving accessibility, usability, and clarity. Leading to cleaner UX journeys and interfaces that resonate with user expectations and brand standards. 

— Devs gain a clearer understanding of how each interface element behaves across environments, improving accessibility, usability, and clarity. Leading to cleaner UX journeys and interfaces that resonate with user expectations and brand standards. 

Periodic table of the HTML5 elements:

1

1

2

2

2

2

2

2

3

3

3

4

4

4

4

4

5

5

6

6

6

Periodic table of the HTML5 elements:

1

1

2

2

2

2

2

2

3

3

3

4

4

4

4

4

5

5

6

6

6

— Ions = Html5 Code. From hierarchical semantics, to elements for code as tokens for algorithms, while mirroring chemistry. 

— Ions = Html5 Code. From hierarchical semantics, to elements for code as tokens for algorithms, while mirroring chemistry. 

— Ions = Html5 Code. From hierarchical semantics, to elements for code as tokens for algorithms, while mirroring chemistry. 

\ons [scripting]

1

HTML5

head

span

title

a

meta

rt

dfn

base

rp

abbr

link

noscript

q

style

script

cite

Root element: HTML5

Metadata and scripting

— Atoms = Design Elements. HTML5 based elements from tags to styles, to build UI interactive components: 

Atoms [Elements]

2

span

a

rt

dfn

em

i

small

ins

s

br

rp

abbr

time

b

strong

del

kbd

hr

noscript

q

var

sub

mark

bdi

wbr

figcaption

script

cite

samp

sup

ruby

bdo

code

figure

Text-level semantics

— Molecules = Components. Groups of atoms functioning together: 

— Molecules = Components. Groups of atoms functioning together: 

— Molecules = Components. Groups of atoms functioning together: 

Molecules [Components]

3

div

fieldset

pre

meter

br

p

blockquote

legend

hr

ol

dl

label

figcaption

ul

dt

input

figure

li

dd

textarea

Grouping content

— Organisms = Sections [Forms] Collections of molecules and/or atoms forming distinct sections: 

— Organisms = Sections [Forms] Collections of molecules and/or atoms forming distinct sections: 

— Organisms = Sections [Forms] Collections of molecules and/or atoms forming distinct sections: 

Organisms [Sections]

4

div

fieldset

form

body

pre

meter

select

aside

blockqoute

legend

optgroup

address

dl

label

option

datalist

dt

input

output

keygen

dd

textarea

button

progress

Forms

— Organisms = Sections. The building blocks of document layout hierarchy: 

— Organisms = Sections. The building blocks of document layout hierarchy: 

— Organisms = Sections. The building blocks of document layout hierarchy: 

Organisms [Sections]

4

col

body

h1

section

colgroup

aside

h2

header

caption

address

h3

nav

menu

datalist

h4

article

command

keygen

h5

footer

summary

progress

h6

hgroup

details

Document structure

— Templates = Modules. Page-level structures that place organisms into a layout, often with placeholder content: 

— Templates = Modules. Page-level structures that place organisms into a layout, often with placeholder content: 

— Templates = Modules. Page-level structures that place organisms into a layout, often with placeholder content: 

Templates [Modules]

5

col

table

section

colgroup

tr

header

caption

td

nav

menu

th

article

command

tbody

footer

summary

thead

hgroup

details

tfoot

Tabular data

IxD: Interactive elements

— Regions = Screens [Pages] Specific instances of source code transformed into regions w/ real content, showing the UI in its final state: 

— Regions = Screens [Pages] Specific instances of source code transformed into regions w/ real content, showing the UI in its final state: 

— Regions = Screens [Pages] Specific instances of source code transformed into regions w/ real content, showing the UI in its final state: 

Regions as Screens [Pages]

6

img

area

map

embed

object

param

source

iframe

canvas

track*

audio

video

device*

VR/AR 3D

HTML6

Embedding content

(*) Hardware-based. Not an element.

Future-driven functionality

— Agile MVPs and MDPs = Expressed within SDKs to create Dynamic Libraries. When the magic happens for real content, showing the UI in its WYSIWYG state wether will be for app or web development: 

— Agile MVPs and MDPs = Expressed within SDKs to create Dynamic Libraries. When the magic happens for real content, showing the UI in its WYSIWYG state wether will be for app or web development: 

— Agile MVPs and MDPs = Expressed within SDKs to create Dynamic Libraries. When the magic happens for real content, showing the UI in its WYSIWYG state wether will be for app or web development: 

.

1

3

H\G
Guides

H\G
Guides

Instead of debating visual interpretations, teams build intentional experiences grounded in transparency and shared structure. This leads to meticulous UX journeys with Human Interface Guidelines expectations & SDK' standards.

H\G Guides

H\G
Guides

Instead of debating visual interpretations, teams build intentional experiences grounded in transparency and shared structure. This leads to meticulous UX journeys with Human Interface Guidelines expectations & SDK' standards.

H\G Guides

Design
Systems

Design
Systems

Design
Systems

Design Systems cultivate cohesion across multidisciplinary teams. Developers, designers, product managers, and stakeholders communicate more effectively because the system itself acts as documentation, reference, & guide.

Design Systems

Style
Guides

Style
Guides

Instead of debating visual interpretations, teams build intentional experiences grounded in transparency and shared structure. This leads to meticulous UX journeys and interfaces that resonate with U\ expectations, and W3C standards.

Style Guides

Style
Guides

Instead of debating visual interpretations, teams build intentional experiences grounded in transparency and shared structure. This leads to meticulous UX journeys and interfaces that resonate with U\ expectations, and W3C standards.

Style Guides

Brand
Guides

Brand
Guides

Brand
Guides

Instead of debating visual interpretations, teams build intentional experiences grounded in transparency and shared structure. This leads to meticulous UXU\ A\X journeys that resonate with brand standards, promise, & core values.

Brand Guides

Read more

Liquid Glass™

v26 | Figma™ SDK

Apple™ Design System

Why Harbour Molds Lines

by Masterworks yet

Sessions

Read more

Why Group Streamlining

Onboarding and Saved

With the Brightway

Read more

How Market.org Raisedup

these RATE as 2x from

Pathguide

Read more

Read more

Liquid Glass™

v26 | Figma™ SDK

Apple™ Design System

Why Harbour Molds Lines

by Masterworks yet

Sessions

Read more

Why Group Streamlining

Onboarding and Saved

With the Brightway

Read more

How Market.org Raisedup

these RATE as 2x from

Pathguide

Read more

Atomic design systemS uXU\ a\X UXU\ A\x ads [ions / atoms / molecules / organisms / modules / regions]

Atomic design systemS uXU\ a\X UXU\ A\x ads [ions / atoms / molecules / organisms / modules / regions]

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