You can use the Proxy settings window in Windows 10 and 11 to enable a local HTTP proxy like this:Īnother option is to run “inetcpl.cpl” (Internet Options), open the “Connections” tab and click the “LAN settings” button to configure an HTTP proxy. There are many ways to configure a Windows PC, as well as web browsers and other applications, to use a local proxy server. However, now that PolarProxy also includes SOCKS and HTTP CONNECT services, the situation is completely different. There wasn’t much need for a Windows build of PolarProxy prior to the release of version 0.9, because the Windows firewall can’t be configured to redirect outgoing port 443 traffic to a local service. SNI field in order to know whereto the traffic should be forwarded. The allow non-TLS override has no effect on PolarProxy’s transparent proxy though, because it will need to see a valid PolarProxy blocks all non-TLS traffic by default, but this setting can be overridden with the “-nontls allow” argument to allow any traffic to be proxied. SOCKS and HTTP CONNECT proxies can both be used to transport other protocols than TLS. There is one crucial limitation to the automatic SSL/TLS protocol detection though, it doesn’t support explicit TLS traffic that relies on opportunistic encryption features like STARTTLS, which bootstraps TLS into an already established application layer session. We have therefore added port-independent TLS protocol detection for proxied traffic, so that TLS traffic can be detected and decrypted even when it runs on other ports than the standard 443, 465, 853, 990, 993, 9 ones. When PolarProxy is running as a transparent TLS proxy all incoming traffic can be expected to be TLS.īut that’s not the case when, for example, PolarProxy is running as a SOCKS proxy. The PolarProxy logo immediately shows up in NetworkMiner’s images tab:
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