• Implement UDP-DNS probes
• Implement TCP-80/443
• sniff traffic and react to failing probes
• Support IPv6 (currently only in the Go implementation)
• implement ICMP-paris
• testing!
• add min-ttl option done in commit 6b6be67
• Implement merge of ICMP-paris, UDP-paris and TCP-paris probes
• Implement Bellovin’s technique using response’s IP ID. paper and slides
• use RocketFuel’s technique to identify different network interfaces on a router using IP ID
• support MPLS, https://tools.ietf.org/html/rfc4950, done in https://github.com/insomniacslk/dublin-traceroute/issues/6
• MPLS reconnaisance techniques, http://www.montefiore.ulg.ac.be/~bdonnet/mpls/
• break on destination unreachable
• improve documentation
• put everything under a namespace
• implement command line parser in main.cc done in commit 8a3ae75
• Add an uninstall target in the Makefile for the python extension
• Fix the memory leak where TracerouteResults is not freed
• IP_ID_MATCHING must become a constructor parameter
• SNIFFER_TIMEOUT must become a constructor parameter
• Handle open UDP dst port responses
• Explore the use of eBPF as a backend
• Send 3 packets per hop
• Convert the traceroute internal representation into a graph (use https://graph-tool.skewed.de/ maybe?)
• Use both src and dst ports for tracerouting
• Add path MTU discovery and measure fragmentation-induced latency
• Use pyasn to look up AS by IP
• Integrate the ASN graph with a world map (e.g. openstreetmap or google maps)
• Add –webserver to the python CLI to expose a SimpleHTTPServer that serves a PNG with the traceroute diagram
• heat map/flame graph of the network latencies over time (links history)
• improve the build system (there is just a static Makefile now) done in commit ffa9d3c, using CMake