← All projects
PRJ / 06 · Embedded research
RapidaQ ESP32 Sensor Tests
High-speed binary streaming and data-capture experiments using sensors including the ADXL355 and KX134.
01 / Overview
A focused set of experiments investigating high-speed sensor acquisition and binary streaming for the wider RapidaQ system.
Objectives
- Evaluate candidate accelerometers
- Develop efficient binary streaming
- Capture datasets for downstream inspection
My role
Sensor research, embedded experimentation, binary protocol development, and data capture. [Add exact scope.]
02 / Problem
High-rate inertial data must move from sensor to host with predictable framing and minimal overhead before it can support useful experiments.
03 / System architecture
01ADXL355 / KX134
02ESP32 acquisition
03Binary transport
04Host capture
Hardware
- ESP32 [add exact variant]
- ADXL355
- KX134
- [Add test hardware]
Firmware / software
- Sensor drivers
- High-speed binary streaming
- Host-side capture experiments
04 / Development process
Process
[Add test methodology, firmware iterations, and analysis workflow.]
Challenges
[Add bus throughput, buffering, packet integrity, timing, or host-side challenges.]
05 / Results
[Add measured and verified findings; no rates have been assumed.]
06 / Image gallery
IMAGE / 01[Add prototype photograph]
IMAGE / 02[Add detail photograph]
DIAGRAM / 01[Add architecture visual]
Technologies used
Start a conversation
Have something meaningful to build?
Connect with meEmbedded products, robotics, artistic installations, technical visuals, or stargazing experiences—tell me what you're imagining.