
JMaster
Mobile App
We build the software that powers smart homes — from device hubs and automation engines to mobile control apps. Our solutions support Matter, Zigbee, Z-Wave, and Wi-Fi for universal device compatibility.
Matter, Zigbee, and Z-Wave support means your platform works with thousands of existing smart home devices from all major brands.
Rule engines, scene management, and AI-powered routines let users automate their homes based on schedules, sensors, and behavior.
Integration with Alexa, Google Home, and Siri alongside a custom mobile app gives users their preferred control method.
Estimated timelines and budget for home automation systems
A complete smart home platform with a device hub, automation engine, mobile app, voice control integration, and energy monitoring dashboard for residential use.
5–7 months
from $85,000
Evaluating which smart home protocols to support, mapping device ecosystems, and defining the automation capabilities.
Building or configuring the gateway that bridges different protocols and connects devices to your cloud platform.
Creating the mobile app for device control, scenes, and automation, plus a web dashboard for monitoring and configuration.
Testing with dozens of smart home devices from different manufacturers to ensure reliable pairing, control, and automation.
Deploying the platform, creating device onboarding flows, and building documentation for installers and end users.
We support Matter (the new universal standard), Zigbee, Z-Wave, Wi-Fi, and Bluetooth. Matter is our recommended choice for new projects due to its cross-platform compatibility.
Yes. By supporting Matter and Zigbee, our platform is compatible with devices from Philips Hue, Aqara, IKEA, Samsung SmartThings, and hundreds of other manufacturers.
Yes. We implement cloud-to-cloud integrations with Amazon Alexa, Google Home, and Apple HomeKit so users can control devices with voice commands.
Yes. We develop software for custom hub hardware, including protocol bridges, local automation engines, and cloud connectivity with fallback to local control.