While we're dealing with the same issue at work, I sometimes still wonder exactly who these scrapers are. OpenAI, Google, Anthropic and others are normally fairly well behaved (Minus Anthropic attempting to hide behind a browser-for-hire company). Mostly you can get IP range and user-agents for the large players, while it problems mostly stem from bots pretending to be Chrome.
Our largest offenders seems to be mostly limited to South-East Asia, so probably mostly Chinese AI projects, but that's speculation. I also don't recall ever seeing Grok IP ranges or a specific Grok UA, but that doesn't mean that they're hiding, perhaps they're just not interested.
Well, some websites claimed China is behind it, which could make sense (I would not know either way). At the same time, though, I kind of doubt your carte blanche here for all those companies. Why would you think none of them are responsible for the AI slop spam?
> Our largest offenders seems to be mostly limited to South-East Asia, so probably mostly Chinese AI projects, but that's speculation
Ok. So you also don't know. Well, I don't know either, but I don't make a speculation by claiming x, y, and z companies to be exempt. In my book they are all responsible.
We see constant abuse from the Tencent ASN/associated ACE ASN, and I've memorized the china169 backbone asn as AS4837 because of thr nonstop crawlers splattered across their network ranges. It's not possible to ID the operator running the crawlers running from these networks but there's a clear signal of the origin of some of these entities.
There's a reddit thread from 9 years ago with people complaining the site blocking crawlers and thus not being indexed by search engines. So I'm not sure what they consider "overload." At this point they should dump the db on thepiratebay.
It is time for micropayments integrated in the browser. Pay 5 cents to access each bug report. Not fun, it shouldn't be like this, but better than not having a bugtracker at all.
and do you happen to know a zero friction payment system that works internationally like the Internet itself does? because I promise you that unless you already have a captive audience, even a minuscule amount of friction to access your service will cost you an overwhelming percentage of organic human visitors.
Something like Chaum's blind-signature based ecash, or GNU Taler would be ideal in terms of efficiency, but it's still centralized in distribution. Freenet currently uses something like this.
Another option I was thinking of would be a pretty inflationary (or demurrage) cryptocurrency in which you have some sort of RandomX or other CPU-bound PoW. A web server could act as a mining pool and use mining shares interchangibly with micropayments.
You could do this mining-share method with Monero right now, it's just that you have higher transaction size in Monero and no real analogue to Bitcoin's LN-based microtransactions. Also you would want the cryptocurrency to be more inflationary (or demurrage-based) to promote usage.
Monero's FCMP++ lays some groundwork for payment channels, but it still lacks the nessisary timelocks. Also there was DLSAG which could have enabled payment channels I think, but it's no longer relevant. I also insist that you would need to change the tokenomics to favor greater inflation (maybe you could make coinbase scale linearly with hashrate?), otherwise the miner reward would be economicially insufficient.
Lightning - a fast, instant, bitcoin layer 2 network - is perfectly sufficient for micropayments. Volatility is a no-issue in this case, as you can freely trade the 5 cents in realtime into other assets and minimize holding time of BTC. You will loose the spread, ofc.
Friction-free is a big ask. Brave tried something a while back with their Brave Payments, but of course no one trusts them and it’s not going anywhere.
Not sure it works, isn't it already like that if you have the cursed javascript-only pages? It's basically proof of work to access their content (and if you are scrapping en masse you likely also need some LLM getting involved)
I suppose the cost of hardware, network usage, and electricity is still under 0.05? I mean, we know the unit economics for LLMs don't make a ton of sense, except if enterprise customers really are what keeps the lights on.
With micropayments, the server owner makes 1 million requests times 0.05 cents = ~$500
The status quo with those js PoW pages doesn't really benefit the server owner at all, it's wasted energy.
I mean proof of work is always wasted energy, but I figure it's better to kill two birds with one stone.
CoinHive was one example of this. (I think this is a correct link? https://github.com/cazala/coin-hive). Although I think ideally you would want to have some sort of browser plugin or app that runs on bare metal instead of a proof-of-work in the browser, because RandomX is designed such that it's slow when implemented in JS (https://github.com/tevador/RandomX/blob/master/doc/design.md)
How many pages does the average software developer visit everyday? 1.000? Price at 0.001 per load and it’ll be completely impractical for crawlers but super cheap for the average connected human on earth.
There are definitely patterns you can use against the scrapers. This maintainer just didn't have time for it, which is understandable.
We direct scraper traffic to a bot-specific server using Cloudflare's load balancer, slowly analyzing traffic and adding conditions one at a time. No accidental scraper DDoS in a long time.
Most scrapers are relatively honest in some way shape or form.
What are they scraping the gentoo bugzilla for? I'm confused. Unless you're actively using Gentoo why would this be a resource? Very confusing. Also you'd think we'd have LLM BitTorrent by now, where if they want to scrape something we get a DHT hash for the content and share it with one another, rather than melt servers with the millionth request of the day.
going on a bit of a tangent here - some discussion there seems to be imply that AI bots mostly use IPv4s, which makes sense to me given that they are probably bots hosted by some cloud. Whereas IPv6 may be more organic traffic from e.g. mobile users (not in this case probably)... which made me think if at some point IPv6 may at some point win against IPv4 just because its more organic traffic (i.e. not from big tech cloud), leading to pages blocking IPv4? Just speculation on my side
The year is 2026, somehow peoples basic web apps are not able to keep up with scrapers. Scrapers are not new. My side load is like .01 even with 10x the traffic of last year. It's called "serving static content", "caching" and many other things that are not new concepts.
Then you've got good old cloudflare which is free to use
Our largest offenders seems to be mostly limited to South-East Asia, so probably mostly Chinese AI projects, but that's speculation. I also don't recall ever seeing Grok IP ranges or a specific Grok UA, but that doesn't mean that they're hiding, perhaps they're just not interested.
> Our largest offenders seems to be mostly limited to South-East Asia, so probably mostly Chinese AI projects, but that's speculation
Ok. So you also don't know. Well, I don't know either, but I don't make a speculation by claiming x, y, and z companies to be exempt. In my book they are all responsible.
Another option I was thinking of would be a pretty inflationary (or demurrage) cryptocurrency in which you have some sort of RandomX or other CPU-bound PoW. A web server could act as a mining pool and use mining shares interchangibly with micropayments.
You could do this mining-share method with Monero right now, it's just that you have higher transaction size in Monero and no real analogue to Bitcoin's LN-based microtransactions. Also you would want the cryptocurrency to be more inflationary (or demurrage-based) to promote usage.
Monero's FCMP++ lays some groundwork for payment channels, but it still lacks the nessisary timelocks. Also there was DLSAG which could have enabled payment channels I think, but it's no longer relevant. I also insist that you would need to change the tokenomics to favor greater inflation (maybe you could make coinbase scale linearly with hashrate?), otherwise the miner reward would be economicially insufficient.
The status quo with those js PoW pages doesn't really benefit the server owner at all, it's wasted energy.
I mean proof of work is always wasted energy, but I figure it's better to kill two birds with one stone.
CoinHive was one example of this. (I think this is a correct link? https://github.com/cazala/coin-hive). Although I think ideally you would want to have some sort of browser plugin or app that runs on bare metal instead of a proof-of-work in the browser, because RandomX is designed such that it's slow when implemented in JS (https://github.com/tevador/RandomX/blob/master/doc/design.md)
Genuine question, I'm not up to date on how Cloudflare operates right now
We direct scraper traffic to a bot-specific server using Cloudflare's load balancer, slowly analyzing traffic and adding conditions one at a time. No accidental scraper DDoS in a long time.
Most scrapers are relatively honest in some way shape or form.
[1] https://www.gentoo.org/news/2026/01/05/new-year.html
Did you miss a "dis" in there?
That's it, I guess?
However, it is also easy to get large numbers of v6 addresses cheaply.
A headline would be great if those AI companies would close down. I hold them all responsible for this.
You can link to them in 10 million HTTP 429 responses, they will still ignore them.
Then you've got good old cloudflare which is free to use