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Do you have any examples of their mobility event handling? I'm reading the documentation for Pinecone and don't see much. Even Pinecone says Yggdrasil's spanning tree isn't good enough: "However, the spanning tree topology alone is not a suitable routing scheme for highly dynamic networks." [0]
I'm reading that as why Pinecone has the virtual snake topology. But they define that as a public key-based routing, which doesn't take into account optimal routing in the network. Nodes are ordered by public key [1]
[0] https://github.com/matrix-org/pinecone#does-pinecone-work-on...
[1] https://matrix-org.github.io/pinecone/snake
yggdrasil can use WiFi on Android, I haven't tried it yet - https://yggdrasil-network.github.io/. yggdrasil gives you the ability to use TCP/IP applications over its mesh network but doesn't offer any end-user functionality itself.
Manyverse can use WiFi for decentralised social networking - https://www.manyver.se/. They're currently in the middle of a rewrite of the backend and a protocol switch away from Secure Scuttlebutt to their own protocol currently named PPPPP.
Reticulum/Sideband offers a P2P messaging system over WiFi or other mediums - https://github.com/markqvist/sideband
Any views/comparison reagarding freakwan versus reticulum https://github.com/markqvist/Reticulum ?
Most of the mobility testing has been performed either in the meshnet-lab[1] or the pineconesim[2].
As the original author of that documentation, it's quite entertaining to have it quoted back to me. :-) In any case the routing "prefers" links labelled as the internet when there is a tiebreak between two peerings between the same pair of nodes, i.e. you are connected to some other device via Wi-Fi and Bluetooth simultaneously.
And while it is true that Pinecone cannot necessarily always make the best routing decision based on public keys alone, aggressive queue management attempts to provide the best QoS for all flows and it scales very well because nodes maintain only a small amount of state about their position in the spanning tree and their position in the SNEK. Importantly, shortcuts can and often are taken when Pinecone switches to tree-based routing as the geometric distance to the destination on the tree is evaluated at each hop. Routing "by the SNEK" is used primarily to find the remote node and as a fallback in case the tree routing fails.
[1] https://github.com/mwarning/meshnet-lab
I've also used it then, it worked fairly well but it seems that I might need to tweak it to update my position faster.
I also made a fork of a modified firmware that gives you your playa location
https://github.com/exadeci/Meshtastic-device-bm