A connected-home prototype for room-level climate, lighting, and access control using ESP32 devices, a mobile interface, and Firebase realtime synchronization.
I designed ZenithHouse as a distributed home-automation system with ESP32 controllers assigned to room-level devices. A mobile application and Firebase coordinate user access, realtime state synchronization, and remote control for climate, lighting, and door-access functions.
Embedded systems project02 /Product experience
What the product does.
01Home Control3 capabilities
Lighting Control
ESP32-connected lighting controls form one part of the smart-home project scope.
Climate Control
The project explores room-level climate control through connected devices.
Access Control
Door-access control extends the same device-to-application architecture.
02Application1 capabilities
Mobile Interface
A mobile application provides the user-facing control layer with Firebase state synchronization.
03 /System design
How the pieces connect.
System workflow
Mobile control meets room-level devices.
The documented home-automation prototype synchronizes lighting, climate, and access state through Firebase.
Documented project flow
Control
Mobile interfaceRemote lighting, climate, and access actions
Synchronize state
Coordinate
FirebaseRealtime state shared with devices
Device actions
Act locally
ESP32 controllersDistributed room-level control
01Connected Home Architecture
ESP32 firmware handles room-level controls while Firebase synchronizes device state with the mobile application for remote lighting, climate, and access actions.
04 /In action
A closer look at the build.
Actual project screens and documented visuals. Open any image for the full view.
