- Unified control of multiple building systems
- Real-time monitoring and automated responses
- Energy optimization with verifiable results
What We Automate
Open-Protocol
Vendor-Neutral
Cloud or On-Premise
Real-Time Analytics
Before State
- HVAC runs on fixed schedules
- Lights operate manually in all zones
- No energy consumption visibility
- Security systems operate independently
After State
- Occupancy-based HVAC and lighting control
- Automated energy monitoring with anomaly detection
- Unified security with fire safety coordination
- Remote monitoring via mobile and desktop
Result
improved operational efficiency
25-30%
energy reduction
Before State
- Manual climate control in production zones
- Fixed lighting regardless of natural daylight
- Separate security and fire alarm systems
- Reactive maintenance approach
After State
- Zone-based HVAC with production schedule integration
- Daylight harvesting and dimming controls
- Integrated security, fire safety, and emergency response
- IoT sensors for predictive maintenance
Result
enhanced safety coordination
25-30%
energy savings
Commercial Offices
Healthcare Facilities
Hospitality Properties
Educational Institutions
Industrial & Manufacturing
Data Centers
Retail & Shopping Malls
Pharmaceutical Facilities
Warehouses & Logistics
| Building Type | Occupancy Pattern | Expected Impact | Automation Approach |
|---|---|---|---|
| Office | Fixed + Meetings | Occupancy + Scheduling | 25-30% energy reduction |
| Hotel | Variable Guests | Presence-Based Control | 25-30% energy reduction |
| Hospital | 24×7 Critical | Zoning + Environmental Control | 15-20% energy savings |
| Manufacturing | Shift-Based | Time + Load-Based Control | 20-25% energy savings |
| Data Center | 24×7 Critical | Precision Climate + Real-Time Monitoring | 15-20% cooling optimization |
Facility Assessment
Site evaluation and system audit to understand infrastructure, energy usage, and readiness.
System Design
Integration architecture and automation logic tailored to operational goals.
Device Installation
IoT sensors, controllers, and hardware deployed with minimal disruption.
Platform Configuration
Control logic programming and system integration for centralized management.
System Commissioning
Testing, calibration, and validation to ensure reliability and accuracy.
Performance Monitoring
Continuous optimization through monitoring, analytics, and reporting.
- 15+ years of system integration experience
- Multi-system integration capability (HVAC, lighting, security, fire safety)
- Customized automation logic tailored to facility workflows
- Open-protocol, vendor-neutral architecture
- Cloud or on-premise deployment options
- Complete documentation, training, and AMC support
- Real-time monitoring with mobile and desktop access
20+ Years
We are growing with happy clients
Yes. Our solutions integrate with existing HVAC, lighting, security, and fire safety equipment. Integration capability is evaluated during facility assessment.
Project duration depends on building size and system complexity. A mid-sized commercial building typically requires 4-8 weeks from design to commissioning.
Connected devices maintain local operation capability. Systems are designed for graceful degradation, not single-point failure.
Yes. Authorized users can adjust schedules, thresholds, and logic rules through the control interface. Training and documentation are provided.
The platform logs consumption data before and after automation implementation. Automated reports compare baseline usage to post-deployment performance.