Designing for Cinematic Experiences

Fluent/
By Microsoft

Microsoft Fluent DS
From
the zero speed in the making of
human interfaces to the
speed of thought in the making of UIs.

Microsoft
Fluent DS
From
the zero speed in the making of
human interfaces to the
speed of thought in the making of UIs.

Microsoft
Fluent DS
From
the zero speed in the making
of human interfaces to the speed
of thought in the making of UIs.

AI-driven plugins like Autoflow, Content Reel, and Magician expand creativity at every stage—generating text, images, flows, and logic snippets. Widgets empower teams to bring interactivity to ideation, with polls, timers, and feedback tools right inside FigJam or Figma. The ecosystem becomes a playground for rapid, intelligent iteration.

AI-driven plugins like Autoflow, Content Reel, and Magician expand creativity at every stage—generating text, images, flows, and logic snippets. Widgets empower teams to bring interactivity to ideation, with polls, timers, and feedback tools right inside FigJam or Figma. The ecosystem becomes a playground for rapid, intelligent iteration.

AI-driven plugins like Autoflow, Content Reel, and Magician expand creativity at every stage—generating text, images, flows, and logic snippets. Widgets empower teams to bring interactivity to ideation, with polls, timers, and feedback tools right inside FigJam or Figma. The ecosystem becomes a playground for rapid, intelligent iteration.

Microsoft

Microsoft

Microsoft

Why Atomic SDKs are the smarter way than ever with AI all combined? AI brings automation to early wireframes by suggesting layouts, grouping UI elements, and even generating low-fidelity structures code-based. It saves time while still encouraging exploration and scalability. SDKs becomes a conversation, not a chore—helping designers or developers validate ideas rapidly and experiment confidently with structural concepts while moving into higher fidelity and deployment, to deliver as fast as the quantum speed within any workflow.


Microsoft Fluent
Design System
(MFDS™) — The future is built collectively while keeping consistent UX/UI.

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.


Microsoft
Fluent DS

Design
System

(MFDS™)

Microsoft
Fluent DS

Design
System

(MFDS™)

Microsoft
Fluent DS

Design
System

(MFDS™)

Animations/Effects

Color Styles

Carousel

Link Styles

Overlays

Responsive Design

SEO & Performance

Text Styles

Sticky Scrolling

Parallax Scrolling

Content (CMS)

Custom Cursors

Forms

UAT

Workflow

Workflow

Workflow

User Acceptance Testing It’s the final phase of the software testing process, where real users (or client stakeholders) test the system to ensure it can handle required tasks in real-world scenarios, according to the business needs.


One of those behind-the-scenes terms that doesn’t always show up in creative workflows:


  • Validating final UI implementations against design specs.

  • Coordinating feedback loops w/ real users or stakeholders before launch.

  • Identifying design gaps during product release prep.

  • Signing off on design readiness based on real-world usage scenarios.

7S
Seven Stages

UAT Process in Seven Steps: A quick breakdown of how each step fits into the overall UAT workflow.

7S
Lightning Powers


SALESFORCE LIGHTNING DESIGN SYSTEM SUPERPOWERS BY CATEGORY Here are my seven best SLDS resources when building within the Salesforce ecosystem:

7S
Lightning Powers

SALESFORCE LIGHTNING DESIGN SYSTEM SUPERPOWERS BY CATEGORY Here are my seven best SLDS resources when building within the Salesforce ecosystem:

Business Requirements

This is essential for understanding what needs to be tested. UAT is driven by business needs, so analyzing requirements ensures tests align with expected outcomes.

01

Business Requirements

This is essential for understanding what needs to be tested. UAT is driven by business needs, so analyzing requirements ensures tests align with expected outcomes.

01

Business Requirements

This is essential for understanding what needs to be tested. UAT is driven by business needs, so analyzing requirements ensures tests align with expected outcomes.

01

Identify Test Scenarios

Test scenarios are high-level situations that will be tested during UAT. These scenarios derive from real business processes.

03

Identify Test Scenarios

Test scenarios are high-level situations that will be tested during UAT. These scenarios derive from real business processes.

03

Identify Test Scenarios

Test scenarios are high-level situations that will be tested during UAT. These scenarios derive from real business processes.

03

UAT Test Plan Creation

A UAT test plan outlines the scope, objectives, timelines, responsibilities, and criteria for success. It’s a foundational document in the process.

02

UAT Test Plan Creation

A UAT test plan outlines the scope, objectives, timelines, responsibilities, and criteria for success. It’s a foundational document in the process.

02

UAT Test Plan Creation

A UAT test plan outlines the scope, objectives, timelines, responsibilities, and criteria for success. It’s a foundational document in the process.

02

Create UAT Test Cases

These are the detailed steps to validate each scenario. They include inputs, actions, and expected results.

04

Create UAT Test Cases

These are the detailed steps to validate each scenario. They include inputs, actions, and expected results.

04

Create UAT Test Cases

These are the detailed steps to validate each scenario. They include inputs, actions, and expected results.

04

Prepare Test Data

Accurate test data is needed to simulate real-world usage and validate functionality properly.

05

Prepare Test Data

Accurate test data is needed to simulate real-world usage and validate functionality properly.

05

Prepare Test Data

Accurate test data is needed to simulate real-world usage and validate functionality properly.

05

Run the UATs (Alpha Testing)

This is the execution phase where end users carry out the test cases to validate the system.

06

Run the UATs (Alpha Testing)

This is the execution phase where end users carry out the test cases to validate the system.

06

Run the UATs (Alpha Testing)

This is the execution phase where end users carry out the test cases to validate the system.

06

Confirm Compliance (Beta Testing)

This involves verifying that the application meets business requirements and is ready for production. It often leads to a formal sign-off.

07

Confirm Compliance (Beta Testing)

This involves verifying that the application meets business requirements and is ready for production. It often leads to a formal sign-off.

07

Confirm Compliance (Beta Testing)

This involves verifying that the application meets business requirements and is ready for production. It often leads to a formal sign-off.

07

Alpha Testing

Alpha Testing

Alpha Testing

Alpha Testing is an internal quality check performed before a product is released to external users. Conducted in a controlled environment—often by the design, QA, or development team—Alpha Testing helps identify functional gaps, usability flaws, and design inconsistencies early on. In UX, it’s a critical moment to validate that design intent translates into real behavior. It’s also when edge cases, accessibility concerns, and responsive performance are examined under realistic but supervised use.

Beta Testing

Beta Testing

Beta Testing

Beta Testing happens after Alpha, involving real users outside the core product team. It’s the product’s first exposure to live feedback in authentic environments. For UX, Beta Testing offers essential insights into user satisfaction, behavioral trends, and overlooked pain points. It allows you to measure if design decisions resonate with users at scale—and whether adoption flows, interaction patterns, or copy choices need refining before the full launch.

Think it,
Build it,
Ship it,
and Tweak it. — Agile

Think it,
Build it,
Ship it,
and Tweak it. — Agile

Think it,
Build it,
Ship it,
and Tweak it. — Agile

Microsoft DS

Microsoft Fluent Design System — a methodology that breaks interfaces into fundamental components. Create scalable systems by starting small and thinking big.

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Microsoft DS

Microsoft Fluent Design System — a methodology that breaks interfaces into fundamental components. Create scalable systems by starting small and thinking big.

Adobe DS

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Apple DS/SDK

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02

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Google DS

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03

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Salesforce DS

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04

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Meta DS

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05

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Microsoft DS

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Microsoft DS

Microsoft Fluent Design System — a methodology that breaks interfaces into fundamental components. Create scalable systems by starting small and thinking big.

Adobe DS

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01

}

Apple DS/SDK

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02

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Google DS

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03

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Salesforce DS

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Meta DS

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Microsoft DS

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