Reduce operational costs, improve occupant comfort, and extend system life with Zytona, a measurement-driven platform that turns real building data into actionable intelligence
Zytona is a measurement-driven performance system. All analytics, AI logic, and control actions must originate from real, validated, and traceable field measurements. Simulation-only or assumption-based workflows are not compliant with Zytona's architecture.
We deploy wireless, enterprise-grade sensors to measure temperature, humidity, CO₂, static pressure, and airflow continuously — creating a real-time digital nervous system for your building.
Enterprise-grade AI platforms analyze sensor and BMS data to learn your building's unique patterns, detect anomalies, and recommend optimizations, all explainable and auditable.
The system automatically adjusts setpoints, VAVs, and dampers where possible. When physical repair is needed, our NEBB-certified technicians are dispatched proactively — before failures occur.
Occupancy levels change daily, filters clog, dampers stick, and weather fluctuates. A static, one-time TAB degrades over time, leading to massive energy waste and poor Indoor Air Quality.
Zytona transforms your building from a static asset into a continuously optimized, intelligent system. Make data-driven decisions to enhance building efficiency and occupant comfort, not based on assumptions, but on real, validated field data.
Monitor energy, IAQ, HVAC, and system health metrics through an intuitive, customizable dashboard.
Receive automated alerts when systems drift from optimal performance — prioritized by impact and urgency.
Access comprehensive reports with trend analysis for compliance, audits, and stakeholder communication.
Predictive analytics identify potential failures and optimization opportunities before they impact operations.
التحسين كخدمة
Unlock real-time building performance insights and predictive analytics to reduce operational costs by 20–35%, improve occupant comfort, and extend system life, delivered as an ongoing subscription partnership.
