Websites Using Heap Analytics

Heap Analytics is an automated analytics platform that captures all user interactions on websites and mobile apps without requiring manual event tracking. It allows retroactive analysis of user behavior and provides features like session replay and funnel analysis.

Categories: Analytics, Web analytics

Official website: https://heap.io

388 websites using Heap Analytics

Heap Analytics is ranked #42 of 477 in Analytics by website adoption.

Analytics alternatives ranked by popularity

Google Analytics — 121,909 websites
Google Analytics 4 — 107,861 websites
Cloudflare Browser Insights — 30,688 websites
Yandex Metrica — 13,805 websites
Matomo — 13,424 websites
Matomo Analytics — 13,162 websites
Hotjar — 6,388 websites
Site Kit — 5,799 websites
Liveinternet — 3,311 websites
Adobe Analytics — 2,609 websites

Technologies commonly used with Heap Analytics

Open Graph — 79% co-occurrence
HSTS — 64% co-occurrence
Google Tag Manager — 61% co-occurrence
Schema.org — 55% co-occurrence
Cloudflare — 48% co-occurrence
Google Analytics — 47% co-occurrence
PHP — 40% co-occurrence
Google Analytics 4 — 40% co-occurrence

How WhatStack detects Heap Analytics

WhatStack detects Heap Analytics by analyzing HTTP headers, HTML source code, JavaScript globals, meta tags, cookies, DNS records, and ads.txt entries using signature-based pattern matching across 10 different analyzers.

Frequently Asked Questions

What is Heap Analytics?: Heap Analytics is an automated analytics platform that captures all user interactions on websites and mobile apps without requiring manual event tracking. It allows retroactive analysis of user behavior and provides features like session replay and funnel analysis.
How many websites use Heap Analytics?: WhatStack has detected Heap Analytics on 388 websites in our database.
How do you detect Heap Analytics?: We analyze HTTP headers, HTML source, JavaScript globals, meta tags, cookies, DNS records, and ads.txt entries to identify Heap Analytics with high accuracy using signature-based pattern matching.