Every burn on record, ignition to MECO
Chamber pressure at 50 kHz beside engine-bay video, GNC and stage telemetry — one timeline from static fire to orbit.
Post-fire review the same afternoon
Every channel from the stand lands in sync, so the team walks the burn together instead of swapping CSVs.
The whole burn on one playhead
Pressure, thrust, vibration and bay video snap to the same millisecond. Chase a transient with context, not timestamps.
Redlines as living rules
Codify abort and review criteria once. Every future burn is checked against them the moment data lands.
Evidence for the review board
Structured, traceable reports assembled from the run itself — ready for qual review, not rebuilt by hand.
The stand records to a local spool at full rate, connected or not. The burn syncs to one shared record afterwards — review never waits on the range network.
One platform, first prototype to fleet
The record built in development carries into validation and operations — nothing starts from scratch.
Connect the first article, name channels once, and start recording at full rate from day one.
Run sequences, check redlines as data lands, and hand the review board a traceable report.
Every unit records to a local spool, connected or not, and syncs into one shared record.
Search every run for one signature. Turn one incident into a coverage set or a training set.
Your stack, one continuous workflow
First-class ingest for the formats, protocols and buses this work already runs on — and the wider ecosystem behind them.
+ anything else with an SDK, a topic, or a recorded log.
What teams get back
When every channel is already on one timeline, review starts at ignition — not at the export queue.
Data stays queryable at capture rate for the life of the program. No decimation, no cold archive.
Win the pad one burn at a time
Every static fire already tells you what to fix next. Phloem makes sure nothing gets averaged away.