GNOME Infrastructure Now Battling Bots & AI Scrapers Using Fastly

GNOME's GitLab infrastructure has already been using Anubis for a while to help fend off bots and AI scraper traffic from wreacking havoc on their server resources and also their hosting budget. GNOME recently began redirecting some GitLab traffic to their GitHub repositories as another step in dealing with bots/scrapers. Now they have taken an added step of using the commercial, closed-source Fastly in their battle with bots.

The GNOME Infrastructure team announced they have decided to make use of Fastly for more advanced bot management at the edge. This also offloads bot mitigation to Fastly's environment at the edge to help lighten the load on their core infrastructure. Fastly is sponsoring GNOME via their Fast Forward program to cover the costs of their bot mitigation.

More details for this latest change in GNOME's battle with bots and AI scrapers can be found via the GNOME.org Discourse announcing this change.

This multi-layered approach to bot management reflects the growing challenge open source projects face from automated traffic. The GNOME team has been dealing with increasing bot and AI scraper activity that consumes server resources and drives up hosting costs. By implementing Anubis first, they established a baseline defense system. The GitHub repository redirects provided an additional layer of protection by offering an alternative access point for legitimate users while complicating automated scraping attempts.

The addition of Fastly represents a significant escalation in their defensive strategy. Fastly's edge computing platform allows bot detection and mitigation to occur before traffic ever reaches GNOME's core infrastructure. This approach provides several advantages:

• Reduced server load: Bots are blocked at the edge, preventing unnecessary requests from reaching GitLab servers
• Faster response times: Legitimate users experience improved performance as their requests don't get caught in bot filtering processes
• Advanced detection: Fastly's commercial bot management likely includes more sophisticated detection algorithms than open-source alternatives
• Cost efficiency: By blocking malicious traffic early, GNOME reduces bandwidth and compute costs

The Fast Forward program sponsorship is particularly noteworthy, as it demonstrates how commercial providers can support open source projects through infrastructure partnerships. This arrangement allows GNOME to access enterprise-grade bot mitigation without bearing the full financial burden.

The decision to use a closed-source solution like Fastly may raise questions among some community members who prefer entirely open solutions. However, the practical benefits of reduced infrastructure load and improved performance for legitimate users likely outweigh philosophical concerns in this case.

This evolution in GNOME's infrastructure strategy mirrors a broader trend in the open source community, where projects are increasingly adopting hybrid approaches that combine open source tools with commercial services to address modern challenges like bot traffic and AI scraping. As AI tools become more prevalent and automated scraping more sophisticated, such multi-layered defenses are likely to become standard practice for major open source projects.