Add 1:1 voice and video calling over the existing SAS-verified peer connection. Audio and video tracks ride the same RTCPeerConnection as the chat, bundled onto one DTLS-SRTP transport, so media inherits the session's end-to-end encryption. SDP offer/answer is renegotiated in-band over the verified data channel — no signalling server, so the media's DTLS fingerprints are authenticated end-to-end. Calls are gated on a connected, SAS-verified session. Codecs & adaptation: - Opus tuned for lossy links (in-band FEC, DTX, RED redundancy); audio is bandwidth-prioritised and never throttled. - VP9/AV1 single-encoding SVC with H.264/VP8 fallback; video degrades by spatial/temporal layer. - Runtime NetworkAdaptationController trims video bitrate on loss/RTT and recovers as the link clears — no renegotiation. Live connection-quality indicator (Excellent/Good/Fair/Weak) in the call UI. In-call controls: mute, camera on/off (voice→video upgrade in-band), camera flip, minimize-to-widget, hang up, and accept/decline for incoming calls. Production logging disabled (DEBUG_MODE=false); temporary call diagnostic logger removed. Codec rationale in docs/webrtc-config.md.
27 lines
768 B
TOML
27 lines
768 B
TOML
# Fly.io configuration for SecureBit.chat (static PWA served by nginx).
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# Set `app` to your chosen Fly app name and `primary_region` to the closest
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# region (e.g. fra=Frankfurt, ams=Amsterdam, waw=Warsaw, iad=US East).
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# Run `fly platform regions` to list them.
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app = "securebit-chat"
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primary_region = "fra"
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[build]
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dockerfile = "Dockerfile"
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[http_service]
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internal_port = 8080
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force_https = true # matches the app's upgrade-insecure-requests CSP
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auto_stop_machines = "stop"
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auto_start_machines = true
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min_machines_running = 1 # keep one machine warm so cold starts never 503 during testing
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[http_service.concurrency]
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type = "requests"
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soft_limit = 200
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hard_limit = 250
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[[vm]]
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size = "shared-cpu-1x"
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memory = "256mb"
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