Search Results for "path-movement"

...The Apps Script component acts as a relay and forwards encrypted data without holding the plaintext key. The VPS exit server decrypts the traffic, opens the real outbound connection, and returns responses through the same relay path. This design allows SOCKS5-compatible applications to use the tunnel while the network path mainly sees HTTPS traffic to Google infrastructure. GooseRelayVPN is a specialized transport system that requires a VPS and should be used only where it complies with applicable rules and service terms.

Pingtunnel is a Go-based tunneling tool that sends TCP and UDP traffic over ICMP. It is designed for experimental, research, and network-study scenarios where ICMP transport is being explored as an alternative path for traffic forwarding. The project uses a client and server model, with the server typically requiring a publicly reachable host. It can carry application traffic through ICMP echo-style communication, which makes it distinct from common TCP, UDP, HTTP, or DNS tunnel tools. Because the tunnel traffic is not inherently presented as encrypted, sensitive usage should rely on secure protocols layered above it. pingtunnel is best understood as a specialized transport experiment for moving traffic through ICMP rather than a full privacy or security solution.

...Captures network topology, interface, bridge, and namespace attributes and keeps the history of all the modifications. Distributed probe, L2-L4 classifier, GRE, VXLAN, GENEVE, MPLS/GRE, MPLS/UDP tunneling support. Ability to follow a flow along a path in the topology. Support for external SDN Controllers or container-based infrastructure, OpenStack, OpenContrail, Docker. Supports extensions through API. Distributed, scalable, easy to deploy, only one static binary.

...It focuses on creating an auditable VPN implementation rather than a large enterprise networking platform. The project provides both server and client behavior, allowing users to connect machines through a managed private network path. Its README notes that the project works, but also warns that it has not received thorough review and may hit performance limits above roughly 100 Mbps. Because of that, it is better understood as an educational or experimental VPN project than a first choice for production infrastructure. Its value comes from its readable design, minimalism, and focus on helping users understand VPN behavior without excessive complexity.