1 · The node
A Warping node is deliberately unglamorous, and that is the point. Anything we ask you to bolt onto a million dollar pump should be legible to the engineer who services it. It is five layers, and each one earns its place.
Fig. 1 · Sensor node, exploded
Hover a layer
Five plates, one node. Pass over each to see what it does, the same way you would lift the lid on real hardware.
The enclosure survives the plant. The radio reaches a gateway kilometres away on almost no power. The logic board is the quiet trick: it runs detection on the device itself, so the network only ever carries events that matter, never a firehose of raw samples.
2 · The path
Telemetry is a series of trades, and most platforms hide them. Sample faster and you see more, but you spend more power and bandwidth. Sample too slow and you miss the very spike you installed the sensor to catch. Rather than bury that trade, we made it visible.
Fig. 2 · Telemetry path, live
Drag the sampling rate and the path responds in front of you. Density rises, bandwidth climbs, and the sweet spot for a given fleet becomes something you can feel. This is the same dial our engineers tune during commissioning.
3 · The zoom
A good display lets you change scale without changing tools. Stand back and see nine sites at once, fall toward a single troubled pump, and land on the raw vibration trace where the fault actually lives, all in one continuous motion.
Fig. 3 · One slider, three scales
Fleet → Machine → Signal
That is the whole idea of Warping, compressed into one slider. Maintenance stops being a calendar and becomes a conversation with the machine. It tells you what hurts, we show you where, and a service crew arrives before the line ever stops.