[
	{
		"title": "Data Channels",
		"link": "data-channels",
		"description": "The data-channels example shows how you can send/recv DataChannel messages from a web browser.",
		"type": "browser"
	},
	{
		"title": "Data Channels Detach",
		"link": "data-channels-detach",
		"description": "The data-channels-detach is an example that shows how you can detach a data channel.",
		"type": "browser"
	},
	{
		"title": "Data Channels Flow Control",
		"link": "data-channels-flow-control",
		"description": "The data-channels-detach data-channels-flow-control shows how to use the DataChannel API efficiently. You can measure the amount the rate at which the remote peer is receiving data, and structure your application accordingly",
		"type": "browser"
	},
	{
		"title": "Reflect",
		"link": "reflect",
		"description": "The reflect example demonstrates how to have Pion send back to the user exactly what it receives using the same PeerConnection.",
		"type": "browser"
	},
	{
		"title": "Pion to Pion",
		"link": "#",
		"description": "Example pion-to-pion is an example of two pion instances communicating directly! It therefore has no corresponding web page.",
		"type": "browser"
	},
	{
		"title": "Play from Disk",
		"link": "play-from-disk",
		"description": "The play-from-disk example demonstrates how to send video to your browser from a file saved to disk.",
		"type": "browser"
	},
	{
		"title": "Play from Disk Renegotiation",
		"link": "play-from-disk",
		"description": "The play-from-disk-renegotiation example is an extension of the play-from-disk example, but demonstrates how you can add/remove video tracks from an already negotiated PeerConnection.",
		"type": "browser"
	},
	{
		"title": "Insertable Streams",
		"link": "insertable-streams",
		"description": "The insertable-streams example demonstrates how Pion can be used to send E2E encrypted video and decrypt via insertable streams in the browser.",
		"type": "browser"
	},
	{
		"title": "Save to Disk",
		"link": "save-to-disk",
		"description": "The save-to-disk example shows how to record your webcam and save the footage to disk on the server side.",
		"type": "browser"
	},
	{
		"title": "Broadcast",
		"link": "broadcast",
		"description": "The broadcast example demonstrates how to broadcast a video to multiple peers. A broadcaster uploads the video once and the server forwards it to all other peers.",
		"type": "browser"
	},
	{
		"title": "RTP Forwarder",
		"link": "rtp-forwarder",
		"description": "The rtp-forwarder example demonstrates how to forward your audio/video streams using RTP.",
		"type": "browser"
	},
	{
		"title": "RTP to WebRTC",
		"link": "rtp-to-webrtc",
		"description": "The rtp-to-webrtc example demonstrates how to take RTP packets sent to a Pion process into your browser.",
		"type": "browser"
	},
	{
		"title": "Custom Logger",
		"link": "#",
		"description": "Example custom-logger demonstrates how the user can override the logging and process messages instead of printing to stdout. It has no corresponding web page.",
		"type": "browser"
	},
	{
		"title": "Simulcast",
		"link": "simulcast",
		"description": "Example simulcast demonstrates how to accept and demux 1 Track that contains 3 Simulcast streams. It then returns the media as 3 independent Tracks back to the sender.",
		"type": "browser"
	},
	{
		"title": "ICE Restart",
		"link": "#",
		"description": "Example ice-restart demonstrates how a WebRTC connection can roam between networks. This example restarts ICE in a loop and prints the new addresses it uses each time.",
		"type": "browser"
	},
	{
		"title": "ICE Single Port",
		"link": "#",
		"description": "Example ice-single-port demonstrates how multiple WebRTC connections can be served from a single port. By default Pion listens on a new port for every PeerConnection. Pion can be configured to use a single port for multiple connections.",
		"type": "browser"
	},
	{
		"title": "ICE TCP",
		"link": "#",
		"description": "Example ice-tcp demonstrates how a WebRTC connection can be made over TCP instead of UDP. By default Pion only does UDP. Pion can be configured to use a TCP port, and this TCP port can be used for many connections.",
		"type": "browser"
	},
	{
		"title": "Swap Tracks",
		"link": "swap-tracks",
		"description": "The swap-tracks example demonstrates deeper usage of the Pion Media API. The server accepts 3 media streams, and then dynamically routes them back as a single stream to the user.",
		"type": "browser"
	},
	{
		"title": "VNet",
		"link": "#",
		"description": "The vnet example demonstrates Pion's network virtualisation library. This example connects two PeerConnections over a virtual network and prints statistics about the data traveling over it.",
		"type": "browser"
	},
	{
		"title": "rtcp-processing",
		"link": "rtcp-processing",
		"description": "The rtcp-processing example demonstrates Pion's RTCP APIs. This allow access to media statistics and control information.",
		"type": "browser"
	},
	{
		"title": "trickle-ice",
		"link": "#",
		"description": "The trickle-ice example demonstrates Pion WebRTC's Trickle ICE APIs.",
		"type": "browser"
	}
]