Get platform handoff latency
Returns platform-wide intent-to-broker handoff latency. Measured over the trailing hour when that holds at least 20 samples; otherwise over the 20 most recent handoffs, reaching back up to seven days. window_seconds reports the span the figures actually cover, so a quiet platform returns an older but real distribution rather than nulls. Percentiles remain null only when fewer than 20 handoffs exist in the last seven days.
Authorizations
Bearer authentication header of the form Bearer <token>, where <token> is your auth token.
Response
Platform latency retrieved
Platform handoff latency over a trailing window.
Measured from the intents API receiving a request to the broker client being invoked for it, across every organization. This describes the platform, not a tenant, so every caller sees the same figure.
sample_count says how many handoffs the window held; every figure below is
null when that is zero.
When the window was computed. Responses are cached briefly, so this can trail the request by a few seconds.
x >= 0The span the figures actually cover: from the oldest sample read to now.
The trailing hour on a busy platform, and further back on a quiet one, where the read reaches past the hour to find enough handoffs to take a tail over. Not a constant: render it rather than assuming an hour, or a three-day-old figure will be presented as this afternoon's.
Fractional, like the percentiles beside it. The window is stored and computed in microseconds; reporting the largest span as a whole number of milliseconds would be the one figure here that discards that resolution.
Typical handoff cost, reported over any non-empty window.
The tail, null until the read holds enough samples to characterise a
distribution. Over a handful these describe the worst of that handful
rather than the shape of anything.
Reaching that floor is what window_seconds can stretch for: a platform
that dispatched nothing this hour still has a real tail, just an older
one. These stay null only when the whole lookback is that thin.