Latency, Throughput, and Scalability question

[lonnietc]

Hello,

I am researching various P2P projects for a low-latency, high-throughput, and hugely scaling project that might be considered to be used as the core to build out a unique type of P2P network in which data (i.e. files, streams, database, etc.) will be spread across the network and users will interact in various groups on the network which might be similar to the "rooms" in your atm0s-sdn project.

Originally the idea was to use Wireguard VPN tunnels along with STUN/TURN relays for computers behind NAT firewalls as to a possibly VPN type typical solution, but came across your project and it made me start to think outside-the-box to see is perhaps something new might be possible.

Recently, I also looked at your "Decentralized Ultra-Low Latency Streaming Server" (https://github.com/8xFF/atm0s-media-server) and am very impressed with what I saw there as well.

Any thoughts or suggestions would be greatly appreciated.

I would also be very interested to see any network benchmarks that you might have as well.

Thanks in advance and Happy New Year.

[giangndm]

@lonnietc Can you explain more details about your usecase? How many groups you will create? How big and how wide your network will be established?

[giangndm]

@lonnietc Sorry I missed your question, currently I too busy with media-server and SDN features for integrating to some company systems. The SDN transport is just plain UDP with noise-protocol encryption, so it will be fast, SDN packet forward it self only fire and forget style the it will be fast too. If any application which need more, It can be done by implement ebpf-XDP packet forward instead of doing in userspace (this solution is considered a company working on CloudProvider).

When I done above tasks, I will doing some benchmark both on SDN and media-server.