A selection of integrated environments across residential, hospitality, and industrial infrastructure.
Eleven independent systems brought into one operational layer. Lighting, HVAC, security, solar, backup power, pool systems, and energy monitoring had all been installed at different times by different contractors, speaking different protocols.
The integration layer runs across LEAP, MQTT, Modbus RTU, Zigbee, and TCP/IP simultaneously — translating between systems without any of them needing to be replaced.
Operational Result
The residence operates as a single responsive environment. Energy visibility, environmental conditions, and security state are all available from one operational picture.
A second four-floor residence with a similar brief but a different infrastructure baseline.
The integration approach focused specifically on energy-awareness: solar generation, consumption monitoring, and backup power coordination are visible as one continuous energy picture rather than three separate dashboards.
Operational Result
Environmental systems, energy infrastructure, and security operate from shared context. The residence adapts continuously.
A 94-room beachside hotel across four floors.
The integration layer unified Zigbee-based lighting across guest rooms and shared spaces, Modbus-connected energy monitoring and pump controls, and the existing security infrastructure.
Operational Result
Operational management simplified across guest rooms, shared spaces, and infrastructure.
A 15MW intelligent power environment built around 22 MTU generator systems, multiple HFO engine systems, national grid integration, and transformer infrastructure.
The integration layer unified generator synchronization, source prioritization logic, grid interaction management, transformer monitoring, and load coordination across the full infrastructure.
Operational Result
The infrastructure operates as a unified intelligent energy environment with centralized visibility across the full 15MW system.
Discuss Your Environment