The system links safety equipment, environmental sensors, HVAC, lighting, etc. to allow construction supervisors to leverage information from building asset and resources in real time while optimizing smart and productive buildings. An AI-powered, real-time dashboard offers user feedback and predicts outcomes through pattern detection and trend analysis.

While many other towns around the world are disturbed by air pollution, our clever environmental approach aims to make their cities safer, productive and more livable. The system measures temperature, key air pollutants, barometric pressure, light, noise, the ambient sound level, foot traffic and vehicle transport, offers a variety of observations and predictive forecasts and recommends the healthiest and most dangerous walking times and routes across the area.

The solution tracks pH balance, water flow (to allow automated water pumping to reduce loss of water due to leakage), turbidity, TSS (Total Suspended Solid), BOD (Biologically Demanded Oxygen) and COD (Chemical Oxygen Demand). The data collected from sensors helps to automate maintenance visit scheduling with predictive analytics, reduce operating costs and increase water management accuracy.

The Smart Traffic Management solution includes agile network tools, video surveillance systems, integrated cars and sensors, an IoT cloud platform, and AI’s ability to enhance safe and effective traffic management. Traffic flow can be handled much better by using real-time analysis of the data collected and by understanding certain patterns.

Smart Parking solution helps you to digitize the management of parking and optimize the usage of parking spaces. The approach is designed to assist drivers by individually adjusting to accessible parking spaces, reducing traffic congestion and maintenance costs while increasing the accessibility, overall usage and performance of the facility. AI will take variables such as seasonality and patterns into account to forecast the capacity of the car park.

This is an informed, analytical-driven energy monitoring and management system that enables managers to track energy usage in depth, view energy consumption hierarchically (drill-down), display patterns and trends, track optimize energy performance, and energy output. The smart energy system can be connected to a range of sensors, switches, smart metering tools, network infrastructure, and smart energy monitors to provide real-time insight into energy consumption.

With easy-to-install sensors and a large amount of informative data, the solution offers intelligent ways to lift livestock and soil. The solution allows farmers to minimize waste and improve productivity while allowing fertilizer amounts used for water usage and tractor journeys to be tracked. Data obtained from sensors are analyzed and used for crop surveillance, the identification of crop diseases and the prediction of yield.