WHAT’S NEW
Release notes, improvements, and notes from the ObserveRTC maintainers.
Client Monitor
Loopback audio detection, SDP monitoring, audio input metadata, and changes to audio concealment and interruption detection.
Read article →STUNner demo
A working mediasoup deployment on Kubernetes, reached through one public TURN endpoint and monitored with ObserveRTC.
Read article →Observer
Public client and peer-connection IP addresses, address-change events, and selected candidate-pair change reporting.
Read article →Client Monitor
Split and renamed detectors, configuration and event changes, revised scoring, and five-second collection and sampling defaults.
Read article →Client Monitor
Transport observability, DTLS handshake detection, and ClientSample 3.7.0 with nested payloads and metadata sent on change.
Read article →Schemas
Nested JSON payloads, unchanged codec bytes, and explicit validation of invalid opaque values.
Read article →Stats Dashboard
Browse archived ClientSample data from S3-compatible storage and inspect WebRTC calls, participants, quality timelines and transports.
Read article →Client Monitor
Reworked score attribution and detectors, three new failure detectors, and ClientSample 3.6.0 migration changes.
Read article →Schemas
Score reasons become a map of numeric contributions, with a corresponding protobuf wire change.
Read article →Schemas
Event, issue, metadata and extension payloads become records instead of pre-serialized strings.
Read article →Schemas
JSON and protobuf delta codecs arrive; score reasons become a list and the old encoder packages are retired.
Read article →Client Monitor
Browser stats normalization, Firefox transport fixes, and issue lifecycle reporting in samples.
Read article →Schemas
Issue lifecycle keys, a TypeScript generator rewrite, and repaired decoder imports.
Read article →Client Monitor
Eleven new detectors, ICE connectivity and recovery signals, derived quality metrics, and correctness fixes.
Read article →Schemas
Congestion feedback, video quality measurements, and structured quality-limitation durations.
Read article →Schemas
BigInt encoding preserves large outbound byte counters; stale generated artifacts are removed.
Read article →Schemas
A complete rewrite of the ObserveRTC schema.
Read article →