DMT
DMT provides a cloud-based HVAC management platform that uses plug-and-play IoT controllers to connect existing heating, cooling, and ventilation equipment without requiring infrastructure changes. Facility managers can monitor and control all units from a single dashboard, automate schedules, and receive instant fault alerts, with typical energy savings of 15-30%.
- Internet of Things
- Clean Technology
- Hardware
Funding
Founders
Founder details are not available yet.
Product
Problem
Commercial buildings often waste significant energy because HVAC systems remain active in unoccupied spaces or during non-working hours. Traditional building management systems (BMS) are complex, expensive to install, and difficult to operate, requiring specialized engineering knowledge and costly infrastructure changes that discourage adoption, especially in existing buildings.
Solution
DMT offers a cloud-based HVAC management platform that simplifies monitoring and control of heating, cooling, and ventilation systems. The solution uses small plug-and-play IoT controllers that connect to existing equipment without requiring replacement or complex installation work. Once integrated, facility managers can view and manage all units from a single online dashboard, set automated schedules and rules, and receive instant alerts about faults. The platform supports unlimited equipment brands, requires no programming skills, and includes continuous technical support from the DMT team throughout the system's lifecycle.
Target Audience
Primary customers are commercial building managers and retail chain operators who need simplified HVAC maintenance, remote monitoring, and energy cost reduction across single or multiple locations.
Features
- Plug & play IoT controllers that integrate with existing HVAC systems without changing current infrastructure
- Support for all equipment brands with no limit on connected units
- Cloud dashboard for real-time monitoring, control, and fault diagnostics from a single screen
- Automated scheduling and rule-based operation to reduce human error and save time
- SHA 256-bit encryption, SLA 1.2 security system, multi-factor authentication, and access control mechanisms
- Historical data tracking and analytics for maintenance planning, filter replacement timing, and operational optimization
- Instant SMS/email notifications when equipment errors are detected