CVE-2006-6858

Miredo 0.9.8 through 1.0.5 does not properly authenticate a Teredo bubble during UDP hole punching with HMAC-MD5-64 hashing, which allows remote attackers to impersonate an arbitrary Teredo client...

DEBIAN-CVE-2006-6858

Miredo 0.9.8 through 1.0.5 does not properly authenticate a Teredo bubble during UDP hole punching with HMAC-MD5-64 hashing, which allows remote attackers to impersonate an arbitrary Teredo client...

CVE-2006-6265

Teredo clients, when located behind a restricted NAT, allow remote attackers to establish an inbound connection without the guessing required to find a port mapping for a traditional restricted NAT client, by 1 using the client port number contained in the Teredo address or 2 following the...

CVE-2006-6264

Teredo creates trusted peer entries for arbitrary incoming source Teredo addresses, even if the low 32 bits represent an intranet address, which might allow remote attackers to send IPv4 traffic to intranet hosts that use non-RFC1918 addresses, bypassing IPv4 ingress filtering...

CVE-2006-6263

Teredo clients, when source routing is enabled, recognize a Routing header in an encapsulated IPv6 packet and send the packet to the next hop, which might allow remote attackers to bypass policies of certain Internet gateways that drop all source-routed packets...

CVE-2006-6266

Teredo clients, when following item 6 of RFC4380 section 5.2.3, start direct IPv6 connectivity tests aka ping tests in response to packets from non-Teredo source addresses, which might allow remote attackers to induce Teredo clients to send packets to third parties...

CVE-2006-6263

Teredo clients, when source routing is enabled, recognize a Routing header in an encapsulated IPv6 packet and send the packet to the next hop, which might allow remote attackers to bypass policies of certain Internet gateways that drop all source-routed packets...

CVE-2006-6264

Teredo creates trusted peer entries for arbitrary incoming source Teredo addresses, even if the low 32 bits represent an intranet address, which might allow remote attackers to send IPv4 traffic to intranet hosts that use non-RFC1918 addresses, bypassing IPv4 ingress filtering...

CVE-2006-6265

Teredo clients, when located behind a restricted NAT, allow remote attackers to establish an inbound connection without the guessing required to find a port mapping for a traditional restricted NAT client, by 1 using the client port number contained in the Teredo address or 2 following the...

CVE-2006-6266

Teredo clients, when following item 6 of RFC4380 section 5.2.3, start direct IPv6 connectivity tests aka ping tests in response to packets from non-Teredo source addresses, which might allow remote attackers to induce Teredo clients to send packets to third parties...

CVE-2006-6263

Teredo clients, when source routing is enabled, recognize a Routing header in an encapsulated IPv6 packet and send the packet to the next hop, which might allow remote attackers to bypass policies of certain Internet gateways that drop all source-routed packets...

CVE-2006-6264

Teredo creates trusted peer entries for arbitrary incoming source Teredo addresses, even if the low 32 bits represent an intranet address, which might allow remote attackers to send IPv4 traffic to intranet hosts that use non-RFC1918 addresses, bypassing IPv4 ingress filtering...

CVE-2006-6266

Teredo clients, when following item 6 of RFC4380 section 5.2.3, start direct IPv6 connectivity tests aka ping tests in response to packets from non-Teredo source addresses, which might allow remote attackers to induce Teredo clients to send packets to third parties...

CVE-2006-6265

CVE-2006-6265 describes a Teredo-related risk where clients behind a restricted NAT can be reached for inbound connections by either using the client port embedded in the Teredo address or via the bubble-to-open procedure. The vulnerability stems from Teredo’s handling of port discovery in constr...

CVE-2006-6264

CVE-2006-6264 describes a Teredo weakness where trusted peer entries are created for arbitrary incoming Teredo addresses, even when the low 32 bits encode an intranet address. This could allow remote attackers to send IPv4 traffic to intranet hosts that use non-RFC1918 addresses, bypassing IPv4 i...

CVE-2006-6266

CVE-2006-6266 concerns Teredo clients: when following RFC4380-5.2.3 item 6, Teredo clients initiate direct IPv6 connectivity (ping) tests in response to non-Teredo source addresses, potentially causing affected clients to send packets to third parties. The provided documents describe the behavior...

CVE-2006-6263

Summary: CVE-2006-6263 involves Teredo clients when source routing is enabled. The issue arises when an encapsulated IPv6 packet contains a Routing header; the client may forward the packet to the next hop, potentially allowing remote actors to bypass policies on gateways that drop all source-rou...

CVE-2006-6265

Teredo clients, when located behind a restricted NAT, allow remote attackers to establish an inbound connection without the guessing required to find a port mapping for a traditional restricted NAT client, by 1 using the client port number contained in the Teredo address or 2 following the...

CVE-2006-6266: Undefined Security Weakness

Teredo clients, when following item 6 of RFC4380 section 5.2.3, start direct IPv6 connectivity tests aka ping tests in response to packets from non-Teredo source addresses, which might allow remote attackers to induce Teredo clients to send packets to third parties...

CVE-2006-6264: Undefined Security Weakness

Teredo creates trusted peer entries for arbitrary incoming source Teredo addresses, even if the low 32 bits represent an intranet address, which might allow remote attackers to send IPv4 traffic to intranet hosts that use non-RFC1918 addresses, bypassing IPv4 ingress filtering...