How we handle your data

When you visit this site, we and our measurement partners collect limited information about your visit: the pages you view, the referring site, your approximate region (country level), your browser and device type, and standard web cookies such as the Meta "_fbp" cookie.

If you apply for a 1:1 Growth Diagnosis, we collect the details you choose to share in the application form (such as your name, email, and answers about your business) so we can review your application and contact you.

We do not collect sensitive information, and we do not collect information we know concerns children.

We use this data to measure how the site is used (for example, page visits and button clicks), to understand which content is useful, and to measure and improve the performance of our advertising on Facebook and Instagram.

Our pages use the Meta Pixel (Meta Platforms, pixel reference 1121212553597241), which helps us see whether advertising brought visitors to this site and how they interact with it.

Visitor and advertising measurement data is shared with Meta Platforms Ireland Ltd. / Meta Platforms, Inc. for advertising measurement and ad optimisation purposes.

Application details you submit go to The Impact Media (Saba Sayyed) and are used only to review your application and contact you about it.

In regions where advertising consent is legally required, we ask before any advertising measurement starts: a banner lets you accept or decline. Declining does not block the site.

You can change your decision at any time via the "Cookie Settings" link in the footer, or by clearing your browser's cookies and site data. Withdrawing consent stops future advertising tracking; it does not undo data already collected while consent was in place.

You can also opt out of Meta's use of cookies through Meta's own settings and browser controls.

Questions about this policy or your data? Contact Saba Sayyed, The Impact Media, via the details on our contact page or the email address shared with you during the application process.