The HTTP stream is DNS round-robin across 3 servers managed by @ASoTNetworks.
The IPFS stream will use a server donated by Justin as primary. We will ready a PR to fallback to ipfs.io if that server falls over due to unexpected amount of traffic. Something like:
diff --git a/js/live-stream-embed.js b/js/live-stream-embed.js
index 94e3e28..214a9c7 100644
--- a/js/live-stream-embed.js
+++ b/js/live-stream-embed.js
@@ -1,6 +1,6 @@
// Live Stream Video
-var ipfs_gateway_self = 'http://ipfs01.vz.jgndata.biz:8080'; // IPFS gateway of this node
+var ipfs_gateway_self = 'https://ipfs.io'; // IPFS gateway of this node
var ipfs_gateway_origin = 'http://ipfs-server.mesh.world:8080'; // IPFS gateway of origin stream
var m3u8_ipfs = 'http://ipfs-mirror-0.mesh.world/live.m3u8'; // File path to m3u8 with IPFS content via HTTP server
// var m3u8_ipfs='__IPFS_GATEWAY_ORIGIN__/ipns/__IPFS_ID_ORIGIN__'; // URL to m3u8 via IPNS (uncomment to enable)
The HTTP stream is DNS round-robin across 3 servers managed by @ASoTNetworks.
The IPFS stream will use a server donated by Justin as primary. We will ready a PR to fallback to ipfs.io if that server falls over due to unexpected amount of traffic. Something like:
cc. @darkdrgn2k