How well does your website really perform?
Free 30-second check. Find out if Google can find you, how you look on social media, and what's costing you customers.
Free · 69 checks · 30 seconds · No registration
What does the scan check?
In 30 seconds you get insight into four areas that determine whether your website wins or loses customers.
Google visibility
We check title, description, H1, heading structure, hreflang, sitemap, robots.txt, alt texts and structured data. Everything Google needs to properly understand your page.
Social media appearance
We test how your link looks when shared on Facebook, LinkedIn or WhatsApp and on Twitter/X. A professional preview increases the chance people click through.
Technical performance
Load speed, HTTPS, gzip/brotli compression, page size, favicon and lazy loading. Everything that determines how fast your site loads and how professional it feels.
Security
We check your server's security headers: Content-Security-Policy, X-Frame-Options, HSTS and Referrer-Policy. Missing headers leave your site vulnerable to attacks.
How does it work?
Enter your website
Type your domain name and click "Check my site". No account needed, no registration.
Wait 30 seconds
We fetch your page, simulate how Google sees it, and test your social media previews.
Read your report
You get a score from 0–100, your three biggest improvement points, and a preview of how you look on Facebook and Google.
Why a SPA hurts your website
A SPA (React, Vue, Angular) is powerful for web apps, but a poor choice for a business website. If the scan detects a SPA framework, the maximum score is 50.
Poor Google visibility
A SPA sends an empty HTML page to the browser and loads content via JavaScript. Google indexes it slower and less reliably than a page that delivers content directly.
Slow initial load
The browser must download and execute a large JavaScript bundle before anything is visible. Every second of delay costs visitors and Google ranking.
More maintenance, more risk
A SPA needs a build pipeline, an API and dependencies that require regular updates. More moving parts means more chance of failure.