The project is a smart IoT-based Building Management System tailored for small to mid-sized buildings, focused on reducing energy consumption and simplifying facility operations. Built for end-users, administrators, and maintenance teams, it provides real-time monitoring, device control, and performance insights through user-friendly web and mobile interfaces. With features like automated alerts, energy usage analytics, and remote access, this intelligent platform helps streamline building management, optimize energy efficiency, and lower operational costs, making it a vital component of a modern IoT energy management ecosystem.
Manual control of lighting and HVAC systems led to inconsistent usage patterns and more energy consumption. Energy-saving opportunities were frequently missed due to a lack of automation or intelligent scheduling.
The absence of a unified dashboard made it challenging to monitor and manage systems efficiently. Operators relied on fragmented tools, reducing responsiveness and operational clarity.
The system lacked a mobile-friendly or browser-accessible platform, making it difficult for facility managers to access or control equipment on the go or from remote locations.
There was limited capability to manage systems zone-wise or integrate with existing legacy infrastructure, such as LonWorks, restricting flexibility and scalability in building management.
A smart building automation system combining IoT, SCADA, and PWA technology to deliver centralized control, real-time monitoring, and zone-based optimization for enhanced energy efficiency and user convenience.
We built a progressive web application (PWA) integrated with IoT and SCADA, enabling centralized control and monitoring of lighting, HVAC, and alarms - all accessible via a browser, with no app installation required.
The system provides live data from sensors that track temperature, humidity, motion, and occupancy. A built-in alarm module displays real-time alerts from devices, allows users to view and acknowledge events promptly.
Users can control lighting and air conditioning in specific areas or rooms using zone-based configuration. This allows granular energy optimization and customized environmental control for different zones.
QR-code-based login simplifies access control by room or zone. Trend visualization features display real-time and historical power usage and system performance, while PWM-based dimming allows precise lighting control beyond basic ON/OFF states.
Control lights with ON/OFF switching and dimming capabilities. Create and manage zones while monitoring energy usage trends to optimize consumption across different areas of the building.
Easily manage air conditioning by adjusting temperature, mode, fan speed, and swing settings remotely for better comfort and energy efficiency in every zone.
Monitor system health with real-time alerts, view detailed alarm logs, and acknowledge issues instantly to improve response times and ensure operational safety.
Get real-time data from multiple sensors, including motion, humidity, CO₂, and magnetic contact, for informed decision-making and environment monitoring.
Visualize real-time and historical data trends for energy usage, temperature, and sensor metrics to gain insights and optimize facility performance.
Simplify secure access by scanning QR codes to enter designated zones without login credentials, enhancing convenience and user experience.
Track equipment usage, relay cycles, and sensor health metrics to schedule maintenance proactively and prevent unexpected system failures.
Access the entire system via mobile or desktop browsers, eliminating the need for downloads and ensuring compatibility across all devices.
.png "Ionic 5 (PWA)")
Ionic 5 (PWA)
Angular 11
NestJS
Node.js
MongoDB 4.x
Chart.js
Socket.IO
MQTT Broker
Chart.js
AmCharts
LonWorks
ngx-translate
jspdf
NGXS
ngx-toastr
By automating lighting and HVAC systems in real time, the solution eliminated repetitive manual tasks, enabling facility teams to operate more efficiently and focus on system optimization rather than routine control.
The integrated alarm system provided instant alerts and remote acknowledgment features, allowing teams to detect, respond to, and resolve system failures or critical alarms nearly twice as fast as before.
With zone-based IoT controls, the system ensured that only occupied areas consumed power. This precise IOT energy management system significantly reduced waste while maintaining optimal comfort in various zones of the building.
QR code-based zone access eliminated complex logins. Users could scan and enter instantly, leading to faster onboarding, better user experience, and broader adoption across teams and visitors.
A centralized dashboard in the IoT building management system provides real-time and historical insights into device performance, energy trends, and sensor data, enabling teams to identify inefficiencies and make informed decisions for building management.
The web-based platform worked seamlessly across desktop and mobile browsers, making it accessible to admins, staff, and guests without needing app downloads or device-specific installations.
Boost energy efficiency, reduce manual work, and monitor your building in real time—anytime, anywhere—without installing an app. Try our intelligent BMS now.
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