A home that thinks ahead, not one you have to babysit.
PP Ventures builds proactive smart homes. Lighting that follows the sun, safety reflexes that act before you notice, voice control that just works — and an agent that quietly handles the routine so you don't have to tap an app.
The problem we're solving
A house is full of "smart" devices that still wait for you to do the thinking. They react when you tap an app, live in separate silos, lean on the cloud, and ignore the realities of how a home — especially an Indian home — actually runs.
The usual "smart" home
- Only acts when you open an app and tap
- A different app per device — none talk to each other
- Cloud-dependent; stops working when the internet does
- Your home's data lives on someone else's servers
- Generic timers that ignore how you actually live
- No idea about gas, water tanks, power cuts or festivals
A home that thinks ahead
- Acts on its own — before you'd think to
- One system across lighting, safety, climate and routine
- Runs locally; keeps working through outages
- Your data stays inside your home
- Tuned to your routines, per resident
- Built for gas safety, tank overflow, power cuts & festivals
Domestic LPG connections in India — a gas leak is an everyday risk most homes can't detect, let alone act on, automatically.
Source: Govt. of India — PPAC / MoPNGGlobal smart-home market — yet most installs stay reactive gadgets, not a home that coordinates itself.
Source: industry estimates (Statista / MarketsandMarkets)Light at night suppresses melatonin and disrupts the body clock; bright days and warm, dim nights support healthy sleep — something fixed schedules ignore.
Source: U.S. NIGMS — Circadian RhythmsOne system. The whole house, handled.
Most "smart" homes are a pile of apps and timers. Ours runs an agent that watches state, reasons about it, and acts — across lighting, safety, climate, and daily routine.
Adaptive lighting
Colour temperature and brightness ride a curve anchored to your local sunrise and sunset — warm and dim at night, crisp at noon. Rooms re-tune themselves as the day moves.
Safety reflexes
Gas, water leak, overflow, power and air-quality reflexes run continuously and act the instant something's wrong — and tell you what they did and why.
Natural voice
Hands-free, wake-word voice control. Say what you want in plain language; the house figures out the rest.
Daily routines
Per-person wake and bedtime routines. Lights come up gently in the morning and wind down at night — automatically, per resident.
Festival & calendar aware
Scenes that know your calendar and the festival season — pooja lighting at sunrise, meeting lights before a call, movie mode when it's movie night.
Morning briefing
A personal start-of-day page: weather, air quality, your calendar, and everything the house did autonomously overnight.
Build it your way
Create your own automations and scenes right in the app — "when the door opens after dark, turn on the porch light." Plain when-then rules, no code, no YAML.
Real devices, real time
Not a dashboard bolted onto someone else's cloud. Real sensors drive real switches, fans and relays through the agent — a door opens and the light is on in milliseconds.
How it works
Built on Home Assistant and a layered agent architecture — open standards underneath, intelligence on top.
We map your home
Rooms, floors, devices and the way you actually live — captured as a precise spatial model of your house.
We wire it up
Zigbee and Wi-Fi devices connect through a local hub. No vendor lock-in, everything speaks open protocols.
The agent takes over
It watches, reasons and acts — proactively. You get a calm app and a voice; the house does the rest.
See it in action
Real screens from the running system — not mockups (shown here with sample data while we onboard our first homes).
It isn't a demo. It runs our own home.
Most smart-home pitches are a rendering and a promise. We built this for our own G+3 house first — and we live in it. The screens above are the app we open every day, and the reflexes below are running right now, on the hardware sitting in that house.
A real door. A real relay.
Open a door in our house and the light is on before you've finished stepping through — a physical sensor drives a physical switch through the agent in about ten milliseconds. Not a simulation on a screen. A relay that clicks.
It puts itself back.
The brain starts at boot and restarts itself on failure. We killed the process on purpose to be sure: it was back and answering in one second. A home can't depend on someone remembering to restart something.
It shows its work.
Every autonomous action is logged with the reason it fired — and the house re-checks the device afterwards, so "tried" and "actually took effect" stay different words. You can audit your own home.
Where we actually are, plainly: one home — ours — running every day, on the hardware inside it. We're onboarding our first homes now. We'd rather show you a house we live in than a pilot we're planning.