90% of All SSL VPNs Use Insecure Or Outdated Encryption
An anonymous reader writes: 90% of all SSL-based VPNs use insecure or outdated encryption. According to research conducted by information security firm High-Tech Bridge, almost three-quarters of all SSL VPNs use the outdated SSLv3 and SSLv2. In addition, another three-quarters use untrusted certificates exposing users to MitM attacks. 74% use SHA-1 to sign certificates, while 5% of all SSL VPNs still use MD5. All of a sudden, VPNs don't look that secure anymore.
Says the site that doesn't have SSL support.
or a guide which defines what the best ones are? Many Australians will want to know in the coming 12 months.
Even a bad VPN is like WEP encryption on your wireless: It stops people from just reading your traffic without effort, prevents businesses from manipulating your traffic as it passes through their networks, and makes any attempt to do either a crime.
I'm not sure he is talking about what I think he is talking about with untrusted certs. Self signed certs are MORE secure as long as the party at both ends understands the process. You simply cannot have a true secret when there is a 3rd party. Certificate authorities are only there to make the process acceptably easy for those who don't know what is going on.
Digital is, by definition, imperfect. Analog is the way to go.
I mean how else are no name companies supposed to sell you bandwidth for $5 or $10 a month unless they are mining your data?
Most machines running VPNs haven't updated their SSL libraries could be more precise. Maybe some VPNs bundle their own SSL libraries within their product but in that case, it would make more sense if they used the system wide libraries.
Example, you don't need to update OpenVPN, only the SSL libraries:
https://community.openvpn.net/...
Everything I write is lies, read between the lines.
I did buy one of those, because I don't have the money to pay for a nice VPN, but also know that any VPN is better than no VPN (as mentioned above).
"No man's life, liberty, or property are safe while the legislature is in session." -- Judge Gideon J. Tucker
I'm typing VPN domains into their testing tool and its telling me "This site doesn't support SSL/TLS".
Last time I checked, most VPNs based on openvpn use TLS, like the ones I tried. My VPN config for privateinternetaccess.com requires "tls-client" directive and it uses a certificate to validate the server.
So I don't know what this article is talking about. If openvpn (which uses TLS) is too 'different' a protocol for their tools to examine, then there is something very wrong with the study its based on.
Hard to read you as an authority on the matter when "for all intents and purposes" is glaringly wrong ...
because I don't have the money to pay for a nice VPN
Not sure how much money you have but I highly recommend CryptoStorm. Very inexpensive, plenty of payment options, and they even have a free, limited to 128kbps, option you can use if you can't afford the higher. Read about their unique token-based authentication that separates the user account/payment information from the company.
So 3/4 are insecure one way, "another" 3/4 are insecure another way.
And the remaining -50% are fine?
VPNs not mentioned once in UK’s terrifying new internet powers draft bill (4 Nov 2015) ... "
https://thestack.com/security/...
".. force UK ISPs to keep an Internet Connection Record (now jargonised into ‘ICR’) for the previous 12 months for all of its customers, and also for the fact that it begins to deliver on prime minister David Cameron’s frequently-aired misgivings about zero-knowledge consumer-level encryption
Why the disinterest in VPN's when all other network encryption will be under total gov and mil scrutiny until weakened, designed with a gov backdoor, trapdoored or keys are handed over?
Domestic spying is now "Benign Information Gathering"
SHA1 is no longer considered secure is should be immediately moved off of. It's not MD5 bad, but there have been proofs of concepts and theoretical attacks that are claiming to be able to break any key for a $250k of cloud compute time.