Digi-Sense
The sensing thesis, made into an instrument you can hold. Mechanical-first, multimodal, closed-loop — matte, precise, and aware of its own baseline.
A system with no coordinating layer.
The sensing platform proved you could read the physical world directly and fuse signals into one trustworthy reading. The next problem was turning that thesis into a finished instrument — multimodal, self-aware of its baseline, and closing its own loop — rather than a research rig.
Decompose. Digitize. Solve at the integrations.
The Sequence method, applied end to end — the same move that runs through every Digi-DNA project.
The instrument is the unit
Reduce the platform to a single, holdable instrument that senses the real thing directly.
Multimodal capture
Combine multiple sensing modes into one device, each measuring a real variable rather than a proxy.
Closed-loop and baseline-aware
Solve at the integration between sensing and reasoning: the instrument compares against its own baseline and closes the loop, improving with use.
Digi-Sense is the through-line arriving in the present: RC cars → drones → the sensing platform → an instrument. It is the platform thesis made physical, and the reference embedded system for the practice.
The thesis, made physical.
- A finished instrument — mechanical-first, multimodal, and closed-loop, not a research rig.
- Baseline-aware — reasons against its own baseline rather than a generic benchmark.
- The current reference — the embodiment of the sensing platform and the practice's current embedded work.