LCP
Largest Contentful Paint
13.1s
Poor
Good: < 2.5s
Measures how long it takes for the main content to appear on screen
Eliminate Render-Blocking Font Resources
How to optimize hex.tech
Generic SiteScore: 42/100Analyzed January 2026
Eliminate Render-Blocking Font Resources
High Impact+15 points estimated
Why It Matters
Font CSS files block initial page render for 790ms, severely delaying First Contentful Paint.
How to Fix
Add preload links for critical fonts in the HTML head: <link rel='preload' href='/fonts/GT-Cinetype-Bold.woff2' as='font' crossorigin>. Inline critical font CSS directly in the HTML. Use font-display: swap for all custom fonts to prevent invisible text during font load.
0Poor
What This Score Means
A score of 42 falls in the "Poor" range (50-89). While it is better than poor (0-49), you should aim for 90+ to provide an optimal user experience and maximize SEO benefits.
This site is slower than approximately 35% of similar sites. The main issues affecting performance are image optimization, JavaScript execution time, and layout stability.
Addressing these issues could improve your conversion rate by 15-20% and boost your search engine rankings.
Core Web Vitals Analysis
INP
Interaction to Next Paint
368ms
Needs Improvement
Good: < 200ms
Measures how quickly the page responds to user interactions
CLS
Cumulative Layout Shift
0.00
Good
Good: < 0.1
Measures visual stability - how much content shifts during page load
AI Performance Analysis
This website has severe performance issues with a score of just 42/100, making it significantly slower than recommended. The biggest problem is extremely slow loading times - it takes 6.8 seconds for users to see any content (First Contentful Paint) and a devastating 13.1 seconds for the main content to fully load (Largest Contentful Paint). The site is bloated with 204 KiB of unused JavaScript code that's unnecessarily slowing down the page, plus an additional 52 KiB of outdated JavaScript polyfills that modern browsers don't need. Removing this excess code, optimizing the large 218 KiB background image, and fixing the render-blocking CSS files could potentially save over 2 seconds of load time and dramatically improve user experience.
Other Optimization Recommendations
Optimize Image Delivery and Compression
High Impact+12 points estimatedWhy It Matters:
The 260KB background texture image severely impacts LCP with an estimated 800ms delay.
How to Fix:
Compress the light-bkg-noise.webp file using tools like Squoosh or ImageOptim to reduce its 216KB waste. Convert the PNG noise texture to WebP format for better compression. Consider using CSS gradients or smaller tiled patterns instead of large background images.
Remove Unused JavaScript Code
High Impact+10 points estimatedWhy It Matters:
204KB of unused JavaScript delays page load by 1050ms and wastes bandwidth unnecessarily.
How to Fix:
Use webpack-bundle-analyzer to identify unused code in your bundles. Implement code splitting to load only required JavaScript per page. Remove or defer third-party scripts like HubSpot analytics that aren't critical for initial page load. Configure tree-shaking in your build process to eliminate dead code.
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Related Performance Analyses
More Generic Speed Tests
Generic Performance Resources
Add Image Dimensions and Cache Headers
Missing image dimensions cause layout shifts affecting CLS, while poor caching forces unnecessary re-downloads.
Optimize Image Dimensions and Delivery
Oversized images waste 310 KiB of bandwidth and slow down page loading, particularly impacting mobile users.
Eliminate Render Blocking Resources
Critical CSS and JavaScript files are blocking initial render, delaying LCP and FCP by 950ms.
Eliminate Render-Blocking Resources and Forced Reflows
Render-blocking CSS delays initial paint by 1,890ms and forced reflows cause 87ms of layout thrashing.
Frequently Asked Questions
Keep Your Site Fast After Optimization
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