✳ AN INDEPENDENT LAB FOR CURIOUS MINDS

A little curiosity.
A lot of possibility.

We turn “what if?” into something you can actually build. Small electronics, open experiments, and useful ideas for the everyday.

Explore the first experiment
MADE OF QUESTIONS. BUILT BY HAND.
ON THE WORKBENCH / 001 EXPLORING

Where do the paws go?

WIRELESS PET TRACKING
Conceptual wireless pet tracking roomAn illustrated room with four reference nodes and a simulated pet path. This is an interactive concept, not hardware measurements. A.01A.02A.03A.04 YXZ
ILLUSTRATIVE SIMULATIONExploring the room
CURIOUS BY NATURE✳HANDS-ON BY DESIGN✳ALWAYS EXPERIMENTING✳PARLOR LABS

01 / THE FIRST EXPERIMENT

RESEARCH & PROTOTYPING

Small paws.
Big questions.

Can wireless signals tell us what our pets are up to?

Our first experiment starts with an ESP32 and a simple question: can we sense a pet moving through a room without a camera? From there, we’ll explore what it would take to map that movement in three dimensions.

Open the lab notebook ↗
PROJECT / 001Wireless Pet Tracking
Starting point
ESP32-S3 + Wi-Fi RSSI
First milestone
Detect motion in a single room
Research goal
Explore 3D pet localization
Next approaches
Wi-Fi CSI · UWB ranging
Current status
Concept & experiment design

A work in progress. No measured tracking accuracy or pet-detection results yet.

THE PLAN, ONE QUESTION AT A TIME

✳
01

Listen for movement.

Start with Wi-Fi signal strength. Record a quiet-room baseline, then compare signal changes during controlled movement.

FIRST TEST / RSSI
02

Find the useful signal.

Test repeatability, interference, and human versus pet movement. Investigate Wi-Fi CSI for richer channel measurements.

NEXT QUESTION / CSI
03

Give movement a place.

Evaluate a UWB tag and fixed anchors for location. Test anchor geometry and height estimation before claiming 3D tracking.

RESEARCH GOAL / 3D
Motion sensing ≠ position tracking.

RSSI changes can suggest motion, but a single signal-strength stream doesn’t reveal a pet’s identity or its x, y, z coordinates. The room above illustrates the ambition, not a working tracker.

02 / THE LAB NOTEBOOK

Think it through.
Then try it out.

The questions, trade-offs, and first steps
behind the experiment.

The Parlor Labs inventor: bowler hat, brass goggles, and a curled moustacheA HEALTHY RESPECT FOR THE UNUSUAL.

03 / WELCOME TO THE PARLOR

Serious curiosity.
A playful approach.

Parlor Labs is a place for ideas that won’t leave you alone. The “could we build that?” ideas. The ones that start on a scrap of paper and end with wires all over the table.

We’re beginning with small electronics and wireless sensing, documenting the process as we go. Expect experiments, useful discoveries, and a few things that don’t work the first time.

Pull up a chair. Open the notebook. ↗

THERE’S ALWAYS ANOTHER “WHAT IF?”

Good ideas need
a place to begin.

See what’s on the workbench ↗

BUILT ON SHARED CURIOSITY

Sources & credits

The starting inspiration for this experiment is ESP32-RSSI_MotionTrack by zunaiyed-07, a Wi-Fi RSSI motion-detection project. This site does not claim to reproduce its results or use its firmware.

Further reading: Espressif’s ESP-CSI and Qorvo’s UWB technology.

Original Parlor Labs wordmark, mascot, and RGB colors extracted from the supplied identity PDF. The interactive room is an original conceptual illustration. All motion shown is simulated.