can https traffic be decrypted?
528029
Yes, HTTPS traffic can be intercepted just like any internet traffic can. Another way that HTTPS traffic can be intercepted and decrypted/read is by using Man-In-The-Middle attacks. In layman terms this means that a bad guy can position themselves between the browser and the web server and read the traffic.
944943
It supports TLS encryption. This port also supports TLS encryption. SMTP was designated to use port 25 in IETF Request For Comments (RFC) 821. IANA still recognizes Port 25 as the standard, default SMTP port.
4434
Because data can be sent with or without the use of SSL, one way to indicate a secure connection is by the port number. By default, HTTPS connections use TCP port 443. HTTP, the unsecure protocol, uses port 80.
1202002
Tor hides the identity of who you're connecting to (the webserver), so no issues there. Additionally, since Tor encrypts your traffic your ISP can't see your HTTP requests, so they can't see what websites you're trying to download.
1362321
A Nginx HTTPS reverse proxy is an intermediary proxy service which takes a client request, passes it on to one or more servers, and subsequently delivers the server's response back to the client.
419585
They might in fact be squeaky clean, but they don't encrypt traffic between you and the server. Most website owners don't want Google to label their websites as unsafe, so more and more are migrating to HTTPS. In any case, entering sensitive data on an HTTP site is a bad idea — anyone can spy on it.
196241
The layer underneath HTTP is a transport layer protocol. Most HTTP traffic travels over TCP (short for Transmission Control Protocol) in this layer, although TCP isn't required by HTTP.
1000550
In HTTPS, the communication protocol is encrypted using Transport Layer Security (TLS) or, formerly, Secure Sockets Layer (SSL). The protocol is therefore also referred to as HTTP over TLS, or HTTP over SSL.
1360890
HTTPS is secure over public hotspots. Only a public key and encrypted messages are transmitted (and these too are signed by root certificates) during the setup of TLS, the security layer used by HTTPS. The client uses the public key to encrypt a master secret, which the server then decrypts with its private key.
435493
['Block you from accessing websites.', 'Learn your general geographic location.', 'Perform a Denial of Service Attack.']
1447919
SSH, which stands for “secure shell,” isn't designed solely for forwarding network traffic. ... The traffic between your computer and the SSH server is encrypted, so you can browse over an encrypted connection as you could with a VPN. However, an SSH tunnel doesn't offer all the benefits of a VPN.
593573
['IPSec and VPNs.', 'TLS and SSL.', 'Application Transparent Transport Layer Security.', 'Kerberos.', 'OSPF authentication.', 'SNMPv3.']
916013
Unfortunately, the desire to achieve perfect forward secrecy means that legitimate passive decryption is not possible for TLS 1.3. The risk of illegitimate passive decryption is simply too high to continue to allow this type of decryption to occur, even when it is a legitimate request.
487791
When enabling DKIM, there is a private key stored on your server and a public key that is stored in the DNS.
236529
HTTPS encrypts nearly all information sent between a client and a web service. ... An encrypted HTTPS request protects most things: This is the same for all HTTP methods (GET, POST, PUT, etc.). The URL path and query string parameters are encrypted, as are POST bodies.
339653
['active devices - firewalls, antivirus scanning devices, content filtering devices, which block the surplus traffic;', 'passive devices, such as intrusion detection appliances, which identify and report on unwanted traffic;']
1105967
As the other answers have already pointed out, https "URLs" are indeed encrypted. However, your DNS request/response when resolving the domain name is probably not, and of course, if you were using a browser, your URLs might be recorded too. Entire request and response is encrypted, including URL.