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Hi, I am really sorry for the above response. Please send me a PM with your account details and I will have it resolved for you.Cough, bullshit, cough.
Hi, please send me a PM with your account details, and I will assist you further. I do apologise for the inconvenience caused during this period.I was just told by an Afrihost call centre agent (after he consulted with his manager on a 25-minute call), that the myBroadband article is inconclusive and that Afrihost do not in fact switch customers to CGNAT addresses.
I recently moved to AirMobile and the new IOS version and was completely shocked on why every morning when I woke up my Iphone is dead. I initially thought this was because of the IOS update, logged a ticket with Afrihost to change my IP to CGNAT. I just hope this fixed the issue, starting to wonder if my Iphone 11 was the culprit.
Was replying to OP.Hi, I am really sorry for the above response. Please send me a PM with your account details and I will have it resolved for you.
It got me thinking about IPv6... The plan is to give every device a routable IP, no?
Given this behaviour on LTE that seems like a really bad idea.
Afrinatic I have send you a PM, I do have a 192 address.There are 2 issues here.
We agree that there is battery drain on certain public IP's allocated to clients but it also seems like the new iOS version has a battery drain. We have been getting a lot of requests from clients blaming the APN for battery drain just to find out that a natted IP is allocated and always has been.
It's a good idea to check the network status on the phone itself to see what IP address is allocated. If it's a 100.97 IP then this is a natted IP and the drain is not from this issue. If you are getting an IP of 102.182 , 169.1 or 192.143 on your phone then you have a public IP and might be affected by this issue.
Here we go again! What is an actual firewall and would you implement that solving the problem by not using CGNAT? The firewall that google uses maybe?Well this is a happy side effect of NAT but it still complicates a lot of things. Much, much better to do this with an actual firewall.
HA. Interesting that you mentioned ICMP. You can't ping devices behind a NAT and in this case you want to block ICMP traffic on the firewall to prevent the device waking up when IP ranges are scanned.Here we go again! What is an actual firewall and would you implement that solving the problem by not using CGNAT? The firewall that google uses maybe?
All that will happen is that you will have expensive tin that will break things, especially when ICMP is blocked. Never met a firewall administrator that understands ICMP. Most are stuck in a world predating the turn of the century where the ping of death was a thing and seem to discount the fact that a fix has already been implemented for two decades.
Ping is 1/255 of ICMP. You can do all ICMP outgoing and it works. Incoming works to the public IP. Never disable ICMP anything, it's stupid. That breaks the Internet. If you want to protect the inside use client isolation.HA. Interesting that you mentioned ICMP. You can't ping devices behind a NAT and in this case you want to block ICMP traffic on the firewall to prevent the device waking up when IP ranges are scanned.
I also don't see much difference in implementing a firewall over a GCNAT. Except for NAT you need more powerful hardware and a configuration issue with a NAT is far, far harder to solve. And we have essentially disabled ourselves to make sure things work over NAT - most traffic now goes over HTTP and it stops innovation. We would have had much, much more efficient protocols if NAT wasn't a thing, and new protocols are next to impossible because you must have all NATs supporting it. And you end up with nasty techniques like hole-punching just to get some things to work.
My biggest problem with NATs is that it centralizes control. Peer-to-peer protocols (in the general sense, not file-sharing like bittorrent) are pretty much hamstrung as well having to use servers and not getting all participants be equal in the mesh.
World wide adoption of IPv6 now at 40 odd% and growing. Just be like water..... and accept IPv4 will never have another octetIPv6 is a really bad idea and everyone has painted themselves into a corner just like Liz Truss. All that was needed was to keep IPv4 and add one extra octet.
The fundamental problem is it messes with the ethernet frame and reduces payload. All round a kuk idea. Get rid of it and as you pointed out its going to be a hackers paradise. (It already is for those fools stupid enough to implement it).
So I also checked and I get a 102.182 Address.There are 2 issues here.
We agree that there is battery drain on certain public IP's allocated to clients but it also seems like the new iOS version has a battery drain. We have been getting a lot of requests from clients blaming the APN for battery drain just to find out that a natted IP is allocated and always has been.
It's a good idea to check the network status on the phone itself to see what IP address is allocated. If it's a 100.97 IP then this is a natted IP and the drain is not from this issue. If you are getting an IP of 102.182 , 169.1 or 192.143 on your phone then you have a public IP and might be affected by this issue.
So I also checked and I get a 102.182 Address.
Battery drain in insane, can charge phone to 100% set it down and go to sleep and wake up it’s 55%
40% my ass in a sardine tin. Bruce Lee is now the IPv6 poster boy for a protocol that hasn't made it in two decades and is technically deficient.World wide adoption of IPv6 now at 40 odd% and growing. Just be like water..... and accept IPv4 will never have another octet![]()
@AfriNatic I logged a ticket two days ago to take me off the CGNAT, today I followed up 3 times on the WhatsApp support line with no success. I would appreciate assistance. Can I send you a DM with my support ticket?
Thanks
There are 2 issues here.
We agree that there is battery drain on certain public IP's allocated to clients but it also seems like the new iOS version has a battery drain. We have been getting a lot of requests from clients blaming the APN for battery drain just to find out that a natted IP is allocated and always has been.
It's a good idea to check the network status on the phone itself to see what IP address is allocated. If it's a 100.97 IP then this is a natted IP and the drain is not from this issue. If you are getting an IP of 102.182 , 169.1 or 192.143 on your phone then you have a public IP and might be affected by this issue.