Behind every indexed page is a system built for speed, accuracy, and scale. Explore the technology, the team, and the mission driving Sitemap.xml.
The web generates billions of pages every day. Traditional sitemap tools can't keep up. We designed Sitemap.xml to bridge the gap between dynamic content and search engine crawlers.
Founded in 2022 by a group of SEO engineers and full-stack developers, our mission is simple: make every piece of valuable content discoverable, instantly and reliably.
Our distributed crawler respects robots.txt, prioritizes high-value routes, and avoids bottlenecks using adaptive rate limiting.
We extract OpenGraph, structured data, canonical tags, and hreflang attributes to build context-aware sitemap entries.
Machine learning models assign dynamic priority scores, change frequencies, and grouping based on historical performance.
Generated sitemaps are auto-submitted to Google, Bing, Yahoo, and Yandex with real-time validation and error reporting.
Former SEO architect at TechCrunch. Passionate about search infrastructure and web standards.
Ex-Google crawler engineer. Built distributed systems at scale before founding Sitemap.xml.
Product strategist with a background in developer tools. Focuses on DX and intuitive APIs.
Specializes in indexing algorithms, XML parsing at scale, and edge computing deployments.
Yes. Our SDK and webhook system are designed specifically for headless environments. When your CMS triggers a build, we automatically regenerate and resubmit affected sitemap segments without manual intervention.
Enterprise pricing is based on URL volume, API throughput, and SLA requirements. We offer custom tiers with dedicated infrastructure, white-label options, and priority support. Contact our sales team for a tailored quote.
Absolutely. We encrypt all sitemap data in transit and at rest using AES-256. We are SOC 2 Type II compliant, and we never sell or share your crawl data with third parties.
Yes. Our Enterprise tier includes a fully audited, self-hostable Docker/Kubernetes distribution. You get the exact same engine running on your own infrastructure with offline fallback capabilities.