human909 - cyber securty

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 NAT Slipstreaming exploits the user's browser in conjunction with the Application Level Gateway (ALG) connection tracking mechanism built into NATs, routers, and firewalls by chaining internal IP extraction via timing attack or WebRTC, automated remote MTU and IP fragmentation discovery, TCP packet size massaging, TURN authentication misuse, precise packet boundary control, and protocol confusion through browser abuse. As it's the NAT or firewall that opens the destination port, this bypasses any browser-based port restrictions. [6:13 PM] This attack takes advantage of arbitrary control of the data portion of some TCP and UDP packets without including HTTP or other headers; the attack performs this new packet injection technique across all major modern (and older) browsers, and is a modernized version to my original NAT Pinning technique from 2010 (presented at DEFCON 18 + Black Hat 2010). Additionally, new techniques for local IP address discovery are included. This attack re...

 Test with IPv6 DNS record ok (0.223s) using ipv6 https://ipv6.test-ipv6-vm3.comcast.net/ip/?callback=? Fetches an object that has just an AAAA record in DNS. This is expected to use IPv6. Users not yet on the IPv6 Internet are likely to see this fail. As long as it fails quickly, it will be OK - for now. [5:54 PM] Test with Dual Stack DNS record ok (0.187s) using ipv6 https://ds.test-ipv6-vm3.comcast.net/ip/?callback=? This is the most important test. This verifies your browser can connect to a site that has both IPv4 and IPv6 records published. IPv4 only hosts should connect fine (using IPv4). [5:55 PM] Test IPv6 large packet ok (0.184s) using ipv6 https://mtu1280.test-ipv6-vm3.comcast.net/ip/?callback=?&size=1600&fill=xxx...xxx Validates that IPv6 requests with large packets work. If this test times out, but other IPv6 tests work, it suggests that there may be PMTUD issues; possibly involving IP tunnels. Double check to make sure that ICMPv6 Type 2 ("Packet Too Big...