Software lockdowns don't fix it. The iPad just goes dark, the meltdown starts, and the timer that decided it all is hidden on a parent's phone.
Kids can't see time, so they can't trust it — an abstract "45:00" means nothing to a six-year-old. And every single time, a parent has to be the one who says no. The whole system makes Mom and Dad the bad cop. We're done playing that role.
Totem removes the screen-time limits from the iPad entirely and puts an objective, physical referee on the counter. The control app lives only on a parent's phone — to add time, never to lock.
Kids start each day with a guaranteed floor of time — no anxiety, no working just to reach normal. Everything above that is a bonus they earn. Chores stop being a tax and become an opportunity.
Catch them being good? Tap +5 — it lands instantly. Want structured chores? Post a bounty as a contract; they finish, you approve, the time banks.
The instant time is added, the Totem throws a party: rainbow pulse, victory sound, and the light visibly filling back up. Real-world contributions, gamified.
A sleek vertical tower of 360° light that drains from top to bottom like sand in an hourglass — so even a toddler gets it.
The cube base shows exact minutes:seconds on all four faces, readable from any angle. It glows green, turns yellow under 15 minutes, then red under 5.
It lifts off a magnetic charging dock with a satisfying snap, so a kid can carry their time to the couch like a totem of what they've earned. When it hits bottom, the Totem says time's up — not you.
Honest version: I can build the software in my sleep — the React dashboard, the Cloudflare backend, the behavioral logic. That's my wheelhouse.
What I can't do alone is turn this into a kid-proof, consumer-grade appliance instead of a wire-tangled breadboard. That's the maker challenge — and between the four of you, there's more than enough engineering firepower to absolutely nail it.
A tall rigid tube on a small cube is one giant lever — knock it off a coffee table and the stress lands right at the neck. Needs a central spine (aluminum or carbon rod) and an impact-resistant PETG base the boys can't snap.
It has to lift off and snap back like MagSafe. Spring-loaded pogo pins, magnetic alignment rings, and a LiPo/BMS charging circuit packed into a tight cube base.
Four I2C displays in one small cube so time reads from every angle — without wire spaghetti. Single screen for the prototype; a custom PCB once it's proven.
NeoPixels + Wi-Fi are hungry. An 18650 LiPo in the base (doubles as ballast against tipping) plus aggressive power management so it survives an hour off the dock.
ESP32 + one LED + one screen. Prove the Cloudflare handshake — state passes from app to device and back.
Wire the full NeoPixel strip and feedback to the MCU. The drain animation and the "fill-up" come alive.
Map the LiPo/BMS and the magnetic pogo dock. Test real off-dock battery life.
Model and print the spine, PETG frame, and diffuser. Integrate the hardware; drop-test it.
18650, pogo rings, base screen, and the full magnetic docking station. Deploy it on the counter.
That's the pitch: high impact, a clean stack, genuine engineering puzzles, and something the kids will actually love. Tell me you're in and I'll have ESP32s on the bench by next weekend.
So — which puzzle do you want first: the dock, the spine, or the screens?