Every path is the right path.
Everything could've been anything else.
And it would have just as much meaning.
Everything could've been anything else.
And it would have just as much meaning.
⚠️ Note: Some platforms may display our Buttons, Switches, and Modes as generic plugs or outlets.
The action itself remains the same — only the label may need adjustment in the app.
The action itself remains the same — only the label may need adjustment in the app.
Where do I begin?
(Choose how your story unfolds.)[Give it a name] Focus on Action.
Focus on Behavior.
Focus on Intention.AI learns what you repeat — because intention leaves traces.
Generative AI is no longer just listening; it is ready to act.
So, do not start with the device. Start with meaning.
– the things you cherish
– the habits you do without thinking
– the things that should happen before you even ask
This isn’t just about turning power on and off.
Let your space follow your intentions.
🎙️ “It starts with what you love.
Becomes what you repeat.
And finally, disappears into your life.”- Before you build.
(What you should know before creating buttons and switches)Let’s simplify things before we begin.
IoT often sounds complicated.
But at its core, it’s not.
Here’s all you really need to keep in mind:
Sensors sense.
Actuators act.
That’s it.
– A digital sensor tells you ON or OFF.
– An analog sensor gives you a number.
– An actuator simply responds — it turns on, moves, or blinks.
If this makes sense, you’re already ready.
This platform isn’t about building sensors.
That’s not the point.
For now, we’ll start with the simplest actions:
Buttons and Switches.
As you build with them, more complex ideas will unfold naturally.
Sensors just sense.
Actuators just act.
1 and 0.
That’s how IoT begins. - No complex development is required.
You’ve likely already built—or are dreaming of building—something wonderful.
Just add our board to your device and connect a few output pins.
🔘 Button
Do it.
A Button triggers a momentary action.
Examples:
– Start brewing coffee
– Ring an alarm
– Feed a pet
🔛 Switch
Start and keep.
It stays ON or OFF until you change it.
Examples:
– Turn on lights
– Power a fan
– Activate a toy
Buttons and Switches are questions.
Should I turn it on now?
Is it okay if another pin is already ON?
Sometimes,
an action depends on the state of something else. - 🧠Conditional thinking starts here.
(It’s a bit more complex — but only because there’s context.)You don’t need to learn much more.
Just remember this:
Sensors collect.
Modes decide.
That’s the whole idea.
🎛️ Modes
Think of Modes as the context switch for your home.
Not what to do — but when it makes sense.
Examples:
– Night Mode
– Safe Mode
– Energy Saving Mode
Most decisions begin with a simple question:
“Which mode are we in?”
📈 Sensors
Sensors don’t decide anything.
They simply tell you what’s happening.
Motion, temperature, light, humidity — just signals.
Most conditions begin with another simple question:
“Did something change?”
Together, they do one thing well:
They keep actions safe, efficient, and reasonable. Deep consequences
– A bit more thoughtful, a bit more custom🎛️ Modes
🧠🔘 Cond. Button
🧠🔛 Cond. SwitchClear rules matter — because actions now depend on context.
🎛️ Modes
Every system needs a safe starting point.
The first Mode is the default — and the safe one.
When things go wrong, this is where everything returns.
Think of it as the system’s promise:
“If anything feels wrong, we stop safely.”
🧠🔘 Conditional Button
A conditional trigger.
It runs once, only when conditions are right — then it stops.
Used when precision matters:
starting, adjusting, triggering — without repetition.
🧠🔛 Conditional Switch
A conditional sustain.
It stays ON only while conditions remain valid.
The moment they don’t — it turns OFF.
Used when safety and continuity matter:
heating, lighting, alarms, watering.
Conditional Buttons trigger.
Conditional Switches sustain.
Both exist for the same reason:
To prevent mistakes, to protect devices, and to earn user trust.