TP-Link does a pretty good job on basic Layer 3 Lite switches and desktop wireless cards, but the junky software on their routers and repeaters is enough to make me not use them. Unfortunately they do the same thing worth firmware upgrades for their switches as well, no signatures, no hashes, no TLS.

Good to know. While I've liked their dumb switches, if they can't be bothered to secure their firmware downloads, there's no way I'm buying one of their "smart" products.

I consider that a feature ;)

TP-Link plastic routers have nice cheap hardware and they make it really easy for you to flash it with LEDE/OpenWRT.

Well, it's not a feature. You can both provide official firmware over HTTPS (or provide checksums for them, or both), and let people flash custom firmware, at the same time.

Your are right, of course.

Maybe what I wanted to express was more like this: TP-Link has a sloppy attitude towards the security of their stock firmware. It might work, but it is full of security holes. HTTPS and checksums/signatures wouldn't change that.

Maybe they could do everything right with their firmware and provide top notch security and updates. But then their firmware would be a factor for market differentiation and at that point they would be incentivized to put effective code signing schemes in place. Other market players do that. Look at AVM Fritz Box products - nice hardware, security updates for many years and the result is: they are known GPL offenders and have strong code signing in place.

Instead TP-Link delivers you crap firmware on nice and cheap hardware and they don't care what you run on it.

Just install https://lede-project.org firmware, the successor of OpenWRT.

It's not so clear cut. You need to benchmark before and after.

Often acceleration modules on Broadcom, Qualcomm, Mediatek etc are proprietary and without acceleration in OpenWrt/Lede the router is going to be dog slow.

The wifi modules are also proprietary and need be well supported by Openwrt/Lede or you will see throughput drops.

Of late it's just best to use what's in the router and not bother. And we move to faster connections on consumer routers with slow main SOCs the proprietary accelerators will become even more important.

You're right. I always consult LEDE's supported hardware wiki first before making a purchase decision. It's not user friendly at all and since EU's Radio Equipment Directive [1], things haven't become easier.

[1]: http://www.etsi.org/technologies-clusters/technologies/regul...

> Of late it's just best to use what's in the router and not bother.

Depends on what your priorities are - high performance or high security.

Did you see this one too? https://www.ctrl.blog/entry/tplink-firmware-outdated-downloa...

Yikes. I've generally had good experiences with TP-LINK, so this is a bummer. But as others have noted, open source firmwares are available, so there's an upside.

What makes you think they're unsigned? Surely there's at least some basic checksumming if not cryptographic signatures inside of that blob? There's no reason to even bother with delivering it over https if you put a good signature on the blob itself.

I would assume it does not do those things, or else creating/flashing custom firmware like DD-WRT would presumably be impossible. They could be doing some verification in the firmware itself, but obviously that only saves you from bad downloads - anybody serving you up a malicious firmware can easily just serve one up without the verification checks inside.

This is not the case anymore.

https://github.com/xdarklight/mktplinkfw3/blob/master/README...

Their firmwares for newer devices do indeed include signature support. A malicious firmware on their server will fail the signature check and not be flashed. Signature checks occur only in the flasher, not in the bootloader, but that would require physical access to the device, at which point all bets are off anyways.

Given most of your traffic goes via HTTPS pipes, that over-reacting a little, no?

No. The point is, you could be downloading a corrupted copy of the firmware with exploits, for example. If your firmware has such exploits, what good is the fact that most of your traffic goes over https?

Not to side with him, but I think what GP was trying to say is that exploit on router firmware doesn't necessarily mean that your computer will get owned too - which is true. However owning a router makes further attacks much easier. Also, owning a router is advantageous for attacker in itself.