Google Says 64 Percent of Chrome Traffic On Android Now Protected With HTTPS, 75 Percent On Mac, 66 Percent On Windows (techcrunch.com)
An anonymous reader quotes a report from TechCrunch: Google's push to make the web more secure by flagging sites using insecure HTTP connections appears to be working. The company announced today that 64 percent of Chrome traffic on Android is now protected, up 42 percent from a year ago. In addition, over 75 percent of Chrome traffic on both ChromeOS and Mac is now protected, up from 60 percent on Mac and 67 percent on ChromeOS a year ago. Windows traffic is up to 66 percent from 51 percent. Google also notes that 71 of the top 100 websites now use HTTPS by default, up from 37 percent a year ago. In the U.S., HTTPS usage in Chrome is up from 59 percent to 73 percent. Combined, these metrics paint a picture of fairly rapid progress in the switchover to HTTPS. This is something that Google has been heavily pushing by flagging and pressuring sites that hadn't yet adopted HTTPS.
Oh, right, "analytics."
Despite Google's other not so nice activities, I gotta give them a thumbs-up here. Getting the web to transition away from HTTP to HTTPS is fantastic. There's no reason for skimping on your web server anymore, encryption is easy and even crappy virutal machines can serve up HTTPS without issue. Good job Google.
As a side effect, this action they've promoted and encouraged mitigates the new WPA2 insecurity quite nicely. Not such a big deal if WPA2 is broken into, only to expose lots of HTTPS and/or VPN tunneling, and you're back to the drawing board. You just can't have enough security and layers of encryption.
When I see someone using an Android phone I assume they’re some destitute poorfag who couldn’t afford a real phone.
If everyone needs a certificate, you can hold them back from people or invalidate them.
It just seems like the real reason for this, why should a cat meme site need https for example.
Is anyone else vaguely perturbed that we are getting information on this increase in a privacy-enhancing technology by Chrome apparently watching every website that a wide variety of users go to and sending that information back to Google? It seems like somewhat of a mixed bag, to say the least.
Yes, let's all thank Google for raising the energy and operations costs of servers and lowering the battery life of our devices.
This was a huge fuck-up by a big company who decided to double-down on trying to control the web. They only got away with it because Firefox was onboard with this screwing everyone.
Ever wonder why the advertised 12 hour battery life of your mobile device has dropped to 8 or 6 hours? This is why.
That's interesting because, at first glance, the http(s) traffic has nothing to do with the user's computer OS, would it be a Mac or Windows. On average, Windows users tend to visit less secure websites than Mac users. OTOH, people usually don't really choose a website based on if it's https or not - except if it's for a payment, login, or subscription. Or would Windows users be a bit less security sensitive than Mac users, when it comes to performing these private transactions?
Slashdot, fix the reply notifications... You won't get away with it...
Considering how expensive a Galaxy or other high-end Android device is, I doubt anyone using such a thing is using one because they can't afford a "real phone" (by which I assume you mean Apple)
the feds aren't crying over this trend.
Now we just need public wifi to stop breaking https!
There's little reason why publicly available non-controversial information should be encrypted
For one thing, what you find non-controversial a third party may find controversial. For another, home ISPs such as Comcast can and do inject their own ads and other malware into cleartext HTTP connections.
Per the CA/Browser Forum Baseline Requirements, Let's Encrypt is forced to banish you for either of the following reasons:
There's no reason for skimping on your web server anymore, encryption is easy and even crappy virutal machines can serve up HTTPS without issue.
One reason is that your web server is private, and you don't own a domain.
In order to set up HTTPS traffic to the owner of a home router, printer, or NAS, its owner would first have to acquire a domain and a certificate for said device. But as I understand it, most providers of dynamic DNS on a subdomain without charge still aren't in the Public Suffix List. And if the domain in which your subdomain is registered hasn't completed the process to be added to the Public Suffix List, and 20 other customers on the same subdomain have already obtained a certificate from Let's Encrypt in the past week, Let's Encrypt will refuse to issue you a certificate on rate limit grounds. This means that even if you do buy a router, printer, and NAS with Let's Encrypt integration, you'll need to buy a domain for your home LAN and continue to renew it.
Google is helping secure the web with HTTPS; great. Now we have to talk about securing the web from Google. Rather than Chrome, at least run open source Chromium, if not Brave or Firefox. Run Google searches with Startpage. Run CopperheadOS rather than stock Android to strip out all the proprietary Google code and secure the OS.
Most Android users don’t own such phones so, yes, in general they look like poorfags.
Are you sure you're not somebody trying to make iPhone users seem like shitheads?
WPA2 been broken recently - HTTPS will be if it isn't already & we just don't know it. Slow us down encryption = broken constantly!
* What good is it other than slowing us down terribly WHEN ALL IT DOES IS SHOW BUGS THAT GET EXPLOITED or IT GETS PENETRATED?
APK
P.S.=> Mod me down ALL YOU LIKE as you did last time I posted this here https://apple.slashdot.org/comments.pl?sid=11256405&cid=55407507/ - but am I bs'ing anyone here? I KNOW NOT - History proves me correct!)... apk
Any one along the way can inject MiTM JavaScript attacks to benign html. They can replace images. They can replace content itself. They can do anything, and in many places they actually are doing it.
You can set up https from your ISP DNS name. (If it has one) mine is $ip.$isp
I thought you needed to be able to set up TXT records in order to use the ACME DNS challenge. I doubt an ISP lets a residential subscriber edit the domain's TXT records.
ACME also has an HTTP challenge, but you need to forward a port for that. This in turn means you need your own IP address, as opposed to carrier-grade NAT, and ISPs in less IPv4-rich countries tend to put residential subscribers behind carrier-grade NAT unless they're paying substantially more per month for "home business" service that includes a static IP.
In not so distant past, you could code your own web server on a home desktop and make it available to any browser worldwide. With https you have to get a domain name and a certificate, adding ongooing expenses and implying someone needs to give you permission for what you want to serve to the world. Plus SSL is not something you can code from scratch on top of the OS as a hobby. We ought to at least establish a strong hobby Internet if commercial one has to be locked down.
Every day, I can't connect to web sites that do not need to be encrypted but use https along with some wrong certificate, either because some script didn't run, or because of some other fuckup. https everywhere is breaking the web.