The real estate sector consumes annually over 40% of global energy per annum and HVAC systems account for approximately 50% of the total building consumption and approximately 35% of it is wasted.

Bringing autonomous AI to your existing HVAC system provides a brain that learns and predicts precisely how to use less energy to optimize comfort in all zones, at all times. AI algorithms use the real-time data collected by sensors to understand the requirements of the facility and optimise performance accordingly. The use of AI in HVAC systems continues to grow in its functionality. Integration of our technology makes it possible for your facilities to predict mercurial requirements and provide relevant insights to ensure informed decision-making for enhanced comfort and lowered bills. The use of AI in HVAC systems continues to grow in its functionality. Integration of our technology makes it possible for your facilities to predict mercurial requirements and provide relevant insights to ensure informed decision-making for enhanced comfort and lowered bills.

Air Quality plays a crucial role in maintaining a facility’s indoor environment and building health. Integration of technology for effective management of quality parameters can enhance the overall condition of the facility.

FacMesh utilizes many smart technologies to optimize indoor building air quality and provide maximum occupant comfort while ensuring a healthy environment. Its AI-based approach identifies sources of air pollution, identifies patterns for better analysis, provides actionable insights for effective management and sets threshold alerts for immediate action providing cutting-edge air quality management techniques.

FacMesh’s data twins create an all-immersive environment enabling real-time monitoring and management of everything insight the facility. Its advanced facility management approach focuses on automating the entire arena while making it healthier, happier and vibrant for the people inside it,

The system enables improves indoor facility wellbeing, providing remote access and centralized control for effective supervision of all indoor parameters, ensuring optimum levels for maximised comfort.

Using high fidelity data twins intertwined with smart AI algorithms, FacMesh learns the facility’s equipment behaviour and applies advanced predictive and preventive maintenance techniques to identify unwarranted changes in behaviour ensuring optimum asset condition monitoring and health management and avoiding failure.

The system predicts equipment failure well in advance and sends automated smart alerts for immediate action, minimising chances of equipment breakdown and high maintenance costs

Facilities globally consumes billions of gallons of water every day, with most part of it being wasted due to leakages.

Leakages and inefficient consumption in facilities often goes undetected leading to irregular supplies, civil damages, excessive water wastage and extensive water damages. FacMesh through its AI based algorithms deploys advanced water flow management techniques to detect leakages during the very initial stages and sends alerts and exact leakage locations for quick remedial action and reduced wastage. The system’s smart capabilities further identify the optimum flowrate required for the smooth functioning of the facility and ensures steady supply.

Understanding the importance of safety and security in a facility, the system offers and integrated safety and security system utilising the advanced AI algorithms to provide complete surveillance. The system deploys advanced AI driven video analytics solutions with smart anomaly detection capabilities to provide a real-time analysis for enhanced monitoring and reporting.

FacMesh detects and alerts unusual activities in real-time, has the ability to provide in-depth analysis and offers target detection, creating a safe environment within the facility premises.

1. Customized service: The onboarding staff takes care of everything, saving you valuable time and money.
2. AI Testing: FacMesh builds trust by testing algorithms virtually before installing them in your building to guarantee safety in a real-world setting.
3. Review: Engineers in charge of HVAC systems examine data and offer a systematic assessment.
4. Mapping: By utilizing your current data, we map the point names in your system. We are assisting you in unlocking building data across your whole portfolio.
5. Data normalization and Haystack tagging: Your dataset becomes manageable and fully prepared for machine-learning tools, lowering the cost for any potential third-party integrations.
6. Virtual meters: Measures energy usage per unit.

1. Monitoring communication between building components and the cloud AI.
2. Temperature monitoring in connected places.
3. Keeping the track of the maintenance and operation status of the Facility’s assets.
4. We prioritize problems and provide remote resolutions wherever possible.
5. Concerns that call for onsite interventions are discussed with stakeholders.

1. The ability to prepare strategically for ESG initiatives is facilitated by accurate, localized GHG monitoring, which enables you to comprehend the distinctive carbon footprint of your building.
2. GHG emission outputs are calculated for each of the building’s assets.
3. In order to provide comprehensive, transparent ESG reporting, Scope 1 & 2 emissions are shown separately.
4. On your dashboard, you can find the GHG emissions data for your building(s) and asset(s) in easy to understand formats.
5. By using this GHG monitoring, you can drastically reduce your carbon footprint while also complying with laws much more easily and at no additional cost.