**Protecting Against Bot Scrappers: The Anubis System**

As a user, you're likely frustrated when your favorite websites are inaccessible due to technical issues or downtime. However, behind-the-scenes, the administrators of these sites have implemented measures to prevent malicious actors from scraping their content. This is where Anubis comes in – a server-side solution designed to safeguard against aggressive bot scrapping.

**What is Anubis?**

Anubis uses a Proof-of-Work scheme, similar to Hashcash, to deter AI companies and other malicious actors from scraping websites without permission. The concept is simple: at an individual scale, the added load from Anubis is negligible, but when mass scrapers come into play, it becomes increasingly expensive for them to operate. This compromise aims to strike a balance between protecting legitimate users and allowing website owners to manage their resources.

**How Does Anubis Work?**

Anubis works by adding an extra layer of complexity to the challenge proof-of-work page that bots need to navigate. This process involves fingerprinting and identifying headless browsers, such as those used in AI-powered scraping tools. By making this challenge more expensive for bots, Anubis increases the barrier to entry for malicious actors.

**System Requirements**

Anubis version 1.21.3 requires modern JavaScript features, which may conflict with plugins like JShelter that disable these features. To access the challenge proof-of-work page, users must enable JavaScript on this website. This is a necessary step due to the changing social contract around how website hosting works.

**The Catch**

Unfortunately, an all-JS solution is still in development, and no official release date has been announced. For now, users must navigate this technical hurdle to access the content they want. The Anubis system serves as a temporary placeholder until more comprehensive solutions are developed.

**Conclusion**

As website administrators strive to protect their sites from bot scrapping, the Anubis system plays a crucial role in safeguarding against malicious actors. While it may require some technical adjustments on the part of users, this compromise is essential for maintaining a balanced online ecosystem.