This also shows a weakness in DNS. There is currently no
way to validate the DNS record you’re being served is what
the person hosting the website intended.
That's what DNSSEC is for, but it hasn't become pervasive enough yet to be able to depend on it.I fought my ISP's bad behavior and won
11–20 of 115 posts
Re: I fought my ISP's bad behavior and won
#12This is why you should encrypt your DNS.
Re: I fought my ISP's bad behavior and won
#13I'm surprised we haven't seen similar behaviour from Chrome extensions. I'm sure it would be caught eventually, but this isn't exactly something that people tend to look for, so it would take a while for people to catch it.
Re: I fought my ISP's bad behavior and won
#14This is why you should encrypt your DNS.
Re: I fought my ISP's bad behavior and won
#15This also shows a weakness in DNS. There is currently no way to validate the DNS record you’re being served is what the person hosting the website intended. That's what DNSSEC is for, but it hasn't become pervasive enough yet to be able to depend on it.
Re: I fought my ISP's bad behavior and won
#16Re: I fought my ISP's bad behavior and won
#17This also shows a weakness in DNS. There is currently no way to validate the DNS record you’re being served is what the person hosting the website intended. That's what DNSSEC is for, but it hasn't become pervasive enough yet to be able to depend on it.
Strangely enough, the largest deployment of DNSSEC-enabled, customer-facing, recursive/caching nameservers in the United States is... Comcast. That's right, the same Comcast that, back in 2009, hijacked NXDOMAIN responses by default and returned A records pointing to servers that served up advertisement-laden search pages over http.
Re: I fought my ISP's bad behavior and won
#18Re: I fought my ISP's bad behavior and won
#19This sounds like the same behaviour that Shawn Hogan got in trouble for with cookie stuffing http://en.wikipedia.org/wiki/Shawn_Hogan
Re: I fought my ISP's bad behavior and won
#20Earlier quoted context omitted.
Strangely enough, the largest deployment of DNSSEC-enabled, customer-facing, recursive/caching nameservers in the United States is... Comcast. That's right, the same Comcast that, back in 2009, hijacked NXDOMAIN responses by default and returned A records pointing to servers that served up advertisement-laden search pages over http.
I was also impressed to see that my Comcast connection uses IPv6. Turns out they have (or will have) one of the the largest IPv6 network in the world - http://gigaom.com/2013/11/27/comcast-xfinity-broadband-is-no...
That being said, their network still leaves something to be desired, the IPv6 routes taken to get to the same IPv6/IPv4 host can sometimes be circuitous and I have noticed that they have a higher latency too. So there are upsides and downsides, but I hope it can only get better with time!