PharosN platform supports wide range of IoT applications based its powerful underlying concepts of system sciences and using of custom models of concrete cyber-physical systems as digital transformation engines.
This approach allows rich set of optional applications based on measurement of physical processes and transformation of relevant big data streams into custom information services and controls in real time. It includes but not limited to the following areas:
Smart Manufacturing, Smart Enterprises and Industry 4.0, Smart Cities, Smart sustainable buildings, Smart Connected Assets, IoT systems, Smart meters and Energy grids, Energy Containers, Cargo, Machines operation and maintenance (vending, games, equipment), Vehicles, Ships, Traffic, Parking, Home appliances, Security, Pedestrian routing and counting (tourists, schools, universities, sport events, etc), Waste, Water, Environment, Health, Quality and maintenance and standard compliance systems, Circular economy, Sustainability Management, Energy efficiency, Transport, Logistics, Training & Education, and many others.
The basic concepts
Each application system is unique in its objectives, structure, data sources, performance requirements answering specific stakeholder needs and structure of relevant physical system it related to.
The application system is based on the model of relevant cyber-physical system (CPS)
The CPS model is build developers who knows the application content and customer requirements
The model is linked to necessary data sources such as IoT, automated systems and can exchange data
The model runs on the PharosN platform transforming big data streams into information services and controls in real time accordingly to the model definitions
The information services include real time management of the target systems and its components, monitoring of its status, sustainability, conditions, various KPIs, providing rich analytics, benchmarks, simulation of decision options and its impacts, optimization of system operations
The end user services provide custom view into the processes of the target physical system
The important advantage of PharosN technology is its capacity to deal with complexity of target system structures and easy of solution adaptation to change in requirements, structure of organization and linkages to smart everything and data sources, use of artificial intelligence in analytics and control and information services for stakeholders.