A CLOUD-BASED BRAIN THAT CONNECTS, AND OPTIMISES

Central Intelligence for Your Building

Our Cloud BMS is not just a system — it’s an ecosystem. It connects HVAC, lighting, energy meters, access control, and other building systems under one intelligent platform. 

With built-in AI, learn usage patterns, predict anomalies, and automate actions. Deliver efficiency without micromanagement.

Our Cloud BMS is not just a system — it’s an ecosystem. It connects HVAC, lighting, energy meters, access control, and other building systems under one intelligent platform. 

With built-in AI, learn usage patterns, predict anomalies, and automate actions. Deliver efficiency without micromanagement.

A CLOUD-BASED BRAIN THAT CONNECTS, AND OPTIMISES
Central Intelligence for Your Building

Our Cloud BMS is not just a system — it’s an ecosystem. It connects HVAC, lighting, energy meters, access control, and other building systems under one intelligent platform. 

With built-in AI, learn usage patterns, predict anomalies, and automate actions. Deliver efficiency without micromanagement.

ENGINEERED TO DELIVER IMPACTFUL PERFORMANCE

What Powers the Cloud BMS

Bring the power of cloud, AI, and real-time control to your building systems. From remote access to predictive alerts, get a fully connected, always-on platform that adapts to your assets, protocols, and teams — no matter the scale.

Remote Monitoring & Control

Access and monitor systems anytime, anywhere.

Alerts & Anomalies

Get notified before things go wrong.

Custom Rules & Automation

Define triggers and responses across assets.

Real-time Dashboards

Visualise building data live — occupancy, energy, IAQ, more.

Role-Based Access

Customise dashboards and permissions by user type.

Cloud Storage & Backup

Never lose historical data or trends.

Interoperability

Works across BACnet, Modbus, MQTT, and more.

Anomaly Detection

Spot issues early with AI-driven insights.

 

Simulation Engine

Model “what-if” scenarios for energy, occupancy, and asset loads.

Digital Handover

Capture design-to-operation data for lifecycle traceability.

 

FOR BUILDINGS THAT LIVE AND LEARN

Built for the Living, Learning, Evolving Building

With live data, layered insights, and powerful simulations, get a clear picture of what’s working, what needs attention, and where there’s room to improve.

Live System Sync

Real-time integration with BMS, IoT, and energy systems.

3D Spatial Modeling

Navigate your building virtually for immersive operations.

Contextual Data Layers

Overlay IAQ, occupancy, energy, and asset data.

Setpoint & Alert Mapping

Visualise and control thresholds within the twin.

Anomaly Detection

Spot issues early with AI-driven insights.

 

Simulation Engine

Model “what-if” scenarios for energy, occupancy, and asset loads.

Digital Handover

Capture design-to-operation data for lifecycle traceability.

 

Anomaly Detection

Spot issues early with AI-driven insights.

 

Simulation Engine

Model “what-if” scenarios for energy, occupancy, and asset loads.

Digital Handover

Capture design-to-operation data for lifecycle traceability.

 

BEHIND THE SCENES OF SMARTER BUILDINGS

How Nhance Turns Data into Action

Turn raw building data into actionable insights through a secure, cloud-powered pipeline. Here’s how every step is designed to optimise your facility’s performance continuously.

data
01
Connect & Collect

BMS and IoT devices send data securely to Nhance via edge gateways.

sync
02
Process & Analyse

Data is streamed and structured in real time, with AI detecting issues and predicting failures.

layers
03
Act & Automate

Automated actions trigger, or users intervene through mobile and web dashboards.

dashboard
04
Learn & Improve

The system evolves continuously by learning from patterns and outcomes.

data
01
Data Mapping

Integrate sensor feeds, equipment tags, and system protocols.

sync
02
3D Model Integration

Sync spatial geometry with real-time building data.

layers
03
Data Layering

Enrich the model with live sensor and system performance overlays.

dashboard
04
Visualisation & Control

Navigate spaces, detect anomalies, and take action — all from one digital interface.

MAKING COMLPEX BUILDINGS EASIER TO MANAGE

The Smarter Way to Understand and Operate Buildings

Our digital twin does more than show data—it
helps you act faster, plan smarter, and keep your
building running smoothly.

50%

Incident response time reduced – 50%

30%

Improved equipment uptime 30 %

Enabled data-driven decisions

Extended design to operations

CUT COSTS. BOOST UPTIME. GAIN CONTROL.

Why Cloud BMS?

Deliver smarter building management with Cloud BMS — the foundation for cutting costs, maximising uptime, and gaining complete control over your facilities.

 

30%

Reduced maintenance and energy costs

Reduced maintenance and energy costs

Smarter operations with AI-driven insights

Enhanced operational control 

CUT COSTS. BOOST UPTIME. GAIN CONTROL.

Why Cloud BMS?

Deliver smarter building management with Cloud BMS — the foundation for cutting costs, maximising uptime, and gaining complete control over your facilities.

30%

Reduced maintenance and energy costs

Effortless scaling across devices, sites, and systems

Smarter operations with AI-driven insights

Enhanced operational control

MAKING COMLPEX BUILDINGS EASIER TO MANAGE

The Smarter Way to Understand and Operate Buildings

50%

Quicker incident response via real-time visibility

50%

Quicker incident response via real-time visibility

Improved equipment uptime via predictive alerts

Improved equipment uptime via predictive alerts

OPEN PROTOCOLS. DEEP INTEGRATIONS.

Works With What You Have

Seamlessly integrates with your building’s existing systems or IoT—including BACnet, Modbus, MQTT, REST APIs, ERP and CAFM platforms, IoT sensors, digital twins, and third-party dashboards and analytics tools.

ONE PLATFORM FITS ALL

Smart Across Building Types

Nhance adapts to the unique needs of diverse buildings—delivering smarter control, better comfort, and efficient operations everywhere. 

EXPLORE THE IMPACT WE DELIVERED

Real Results, Real Buildings

Discover how Nhance transforms buildings worldwide with measurable results. From energy savings to faster fault detection, our platform drives real impact across diverse facilities.
 

Discover how Nhance transforms buildings worldwide with measurable results. From energy savings to faster fault detection, our platform drives real impact across diverse facilities.

AI AGENT

Ask Maverick for Instant Insights

Maverick, our AI-powered assistant, lets you ask questions like “Show me today’s top energy-consuming floors,” “Has the chiller efficiency dropped this week?” or “Trigger an air flush on Level 3 now.” It understands context, triggers actions, and delivers instant answers to help teams shift from reactive to predictive building management.

STILL CURIOUS? HERE ARE SOME QUICK ANSWERS
FAQs
  1. What is a Cloud BMS?

    A Building Management System hosted on the cloud, allowing remote access, scalability, and AI integration.

  2. Do I need to replace my current BMS?

    No. Nhance overlays your existing infrastructure using edge gateways and interoperable protocols.

  3. Is it secure?

    Yes. We follow enterprise-grade encryption, role-based access, and regular security audits.

  4. Can I control systems remotely?

    Absolutely. Control HVAC, lighting, and more from any device, anywhere.

  5. How does AI help?

    AI detects inefficiencies, predicts failures, and suggests optimisations in real time.

  6. Does it work with legacy systems?

    Yes. As long as your systems support BACnet, Modbus, or MQTT, integration is seamless.

  7. What happens during internet downtime?

    Edge devices buffer critical data locally and sync when reconnected.

  8. Can I customise rules and alerts?

    Yes. You can define rules, thresholds, and notifications based on your needs.

  9. What’s the pricing model?

    Flexible SaaS pricing — based on square footage, number of devices, or portfolio size.

  10. How long does implementation take?

    Depends on scale. A single building can go live within 2–4 weeks.