UXIFY

Introduction to Experience

Georgi

Vasil Dachev

Tihomir

Identify ways to boost conversions through great user experience

Experience insights

Using Uxify AI in Experience

Delegate tasks to the Uxify AI assistant and save up to 99% of your time

Finding slowest pages

Popular use cases of Uxify AI in Experience

Popular prompts

Identify conversion blockers

Proactive alerting for conversion blockers

Get passing Core Web Vitals

Increase organic search traffic

Lower acquisition cost in paid ads

Copy the Ray-Ban conversion boost

Improve website user experience

Use cases

Learn more about the metrics used in the Experience dashboard

Features

Monitor LCP on Safari

Monitor INP on Safari

Monitor PLS on Safari

Monitor TTFB on Safari

Monitor web vitals on Safari mobile and desktop

User monitoring (including Safari users)

Click to Uxify button

One button to instantly reveal how to improve your user experience

Ask Uxi button

Introduction to Simulation

Project how website changes affect your metrics

Simulation

Introduction to Filters

Experience Filters: A Deep Dive into Your Options

Filtering

Introduction to Alerts

Setting up an alert

Set and forget alerting for any metric and value

Alerting

Introduction to Data sources

Data sourcing

Design your Experience dashboard

Dashboard customization

Precision performance insights, no noise.

Using Lenses in Experience

Lenses to zoom into experience perspectives

Lenses

LCP distribution

LCP by checkpoint

LCP breakdown

LCP by page

LCP by country

LCP by device

LCP by user type

LCP by operating system

LCP by UTM Source

LCP by UTM Campaign

LCP by UTM Medium

LCP by acquisition channel

LCP by browser

LCP by navigation type

LCP by device memory

LCP by device CPU cores

LCP by connection type

LCP by screen resolution

LCP by server distance

LCP by Chrome version

LCP by screen orientation

LCP by browser timezone

LCP by color depth

LCP by browser language

LCP by device pixel ratio

LCP with cookies on/off

LCP by US state

LCP with ad blocker on/off

LCP by Navigation AI impact without noise

LCP by Navigation AI impact

LCP by Navigation AI speed

LCP by pageview type

LCP by user pageviews

LCP by data save mode

LCP by tab navigations

LCP by HTTP status code

LCP by scroll behavior

LCP by click behavior

LCP by URL sample

LCP by element

LCP by browser auto-translate without noise

LCP by browser auto-translate

LCP by shopping cart

LCP by CPU performance

LCP by page zoom

LCP by browser search

LCP by on-page errors

LCP by PLS

LCP by INP

LCP by CLS

LCP by TTFB

LCP by FCP

LCP by device brand

LCP by redirects

LCP by persona

LCP by navigation method

LCP by landing page

LCP by exit page

LCP by cookie name

LCP by bounce page

LCP by competitor

LCP by user spending power

LCP by third party

LCP by App Referrer

LCP by LLM Engine

LCP by Search Engine

LCP by bounce type

LCP Lenses

CLS distribution

CLS by checkpoint

CLS breakdown

Teodor Tsvetkov

CLS Lenses

INP by page

INP by country

INP by device

INP by user type

INP by operating system

INP by UTM Source

INP by UTM Campaign

INP by UTM Medium

INP by acquisition channel

INP by browser

INP by navigation type

INP by device memory

INP by device CPU cores

INP by connection type

INP by screen resolution

INP by server distance

INP by Chrome version

INP by screen orientation

INP by browser timezone

INP by color depth

INP by browser language

INP by device pixel ratio

INP by cookies on/off

INP by US state

INP with adblocker on/off

INP by Navigation AI impact without noise

INP by Navigation AI impact

INP by Navigation AI speed

INP by pageview type

INP by session pageviews

INP by data save mode

INP Lenses

TTFB by page

TTFB by country

TTFB by device

TTFB by user type

TTFB by operating system

TTFB by UTM Source

TTFB by UTM Campaign

TTFB by UTM Medium

TTFB by acquisition channel without noise

TTFB by acquisition channel

TTFB by browser

TTFB by navigation type

TTFB by device memory

TTFB by device CPU cores

TTFB by connection type

TTFB by screen resolution

TTFB by server distance

TTFB by Chrome version

TTFB by screen orientation

TTFB by browser timezone

TTFB by color depth

TTFB by browser language

TTFB by device pixel ratio

TTFB by cookies on/off

TTFB by US state

TTFB with adblocker on/off

TTFB by Navigation AI impact without noise

TTFB by Navigation AI impact

TTFB by Navigation AI speed without noise

TTFB by Navigation AI speed

TTFB by pageview type

TTFB by session pageviews

TTFB by data save mode

TTFB Lenses

Metrics

A cross-browser metric for real-world speed

Perceived Load Speed (PLS)

Frontline metric for real-world page speed

Largest Contentful Paint (LCP)

Time to First Byte (TTFB)

User loading experience

Interaction to Next Paint (INP)

User interaction experience

Cumulative Layout Shift (CLS)

User visual stability experience

The simplest way to compare your website user experience

What is Experience Score?

Overall user experience