Here is a shorter article that summarizes the core security issues and the Chinese company not fixing known security flaws of the TP-Link routers.
The legitimate concern is any vendor that is knowingly selling their products with known security issues and purposely not going to patch their products.More moral panic in the US over things "China" related at the moment... whether it's Huawei, ZTE, others - just earlier today, more sanctions against China Telecom doing business in the US - it's just a thing, and I get it.
Mixed feelings here, as there is legit concern for any consumer networking gear having security issues - the code is complex because of creeping features - e.g. let's do network VPN, filesharing, let's open up the code for third party scripts, etc...
TP_link isn't the only one there - and we've seen more that a fair share of issues with other vendors such as Netgear, Cisco, etc...
Some of the issues are upstream in the Chipset Vendor SDK's, others are inside the Vendor code, and of course, for more "open" devices, the third party scripts that are resistant to audits.
Again, as I say, Moral Panic - are they legit bugs, or are they intentional backdoors? If we go down that path of backdoor issues, then gear from every company is suspect...
If the shoe were on the other foot, what do you think China would being recommending right now?
best option at the moment is Google Nest WiFi - they have a discrete TPM chip that signs all the code,
Having something encrypted just means its encrypted and never implies it can't be hacked,bent, or spindled.
Nice. It will pair with my gateway server that I use as my main router. Because IPFire, the OS it runs, has been built like like since its conception. So its immune to scripts and rootkits.Key thing is the that Google WiFi devices have signed code, so unsigned code cannot run...
Nice. It will pair with my gateway server that I use as my main router. Because IPFire, the OS it runs, has been built like like since its conception. So its immune to scripts and rootkits.
There is a specific way you do it. You turn off the wan and dhcp, link the nodes then plug the 1st one in the network by a LAN port. If you want wired back haul you plug a cable into the lan it switches over in a couple of minutes. The WAN and DHCP just has to be disabled on all devices for this to work. This is actually baked in the binary everyone used when they compiled it for their router OS.Just note that Google Nest WiFi won't mesh if the primary router is in AP mode, it will only do mesh if it is the primary gateway - that, along with very little control over WiFi suggests that it's not likely useful in your use case.
Obviously you guys don't know about this, WAN off DHCP off, LAN connected to a DHCP network. To switch nodes to wired backhaul, they just plug into the LAN port and it auto configures in about a minute.You can't turn off WAN and DHCP on Nest Wifi and with no WAN connected the router and mesh points will indicate no Internet connection. This is a little different than "turn any router in AP" general idea. You can use single unit in AP mode though, if enough.
You can't turn off WAN and DHCP on Nest Wifi and with no WAN connected the router and mesh points will indicate no Internet connection. This is a little different than "turn any router in AP" general idea. You can use single unit in AP mode though, if enough.
I'm just telling you what has to happen to set it up with a network. Since there is so many conditions that has to get met first, its been a small puzzle to write the UI part without it being a setup wizard based dialog.Exactly - the Nest WiFi points are very simplistic from a UI perspective - one can use a single Nest Router in AP mode, but this negates the mesh abilities...
I'm just telling you what has to happen to set it up with a network. Since there is so many conditions that has to get met first, its been a small puzzle to write the UI part without it being a setup wizard based dialog.
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