Air quality sensing &
early-warning ecological detection.
A digital twin of the air, water, and land around you — continuously monitored, automatically analysed, and able to flag ecological trouble before it becomes a crisis.
One live model of the air, land, and water you're responsible for.
GOLEM's cognitive digital twin technology extends to environmental monitoring — connecting air-quality stations, water and soil sensors, and open environmental datasets into a single, continuously updated model of a city, district, catchment, or protected area.
Instead of periodic reports and manual inspections, stakeholders get a live sustainability status for every zone and pollutant — with automatic alerts the moment something drifts outside safe limits.
CONTACT USFrom Sensor Reading to Early Warning
Sense
Air-quality stations, and CO2, NOx, particulate, radiation, noise, water, and soil sensors stream continuously into the platform.
Model
Every reading becomes a KPI in a digital twin of the area, structured against recognised air-quality and environmental standards.
Detect
Live patterns are compared against historical baselines, surfacing anomalies, pollution spikes, and unsustainable trends as they emerge.
Warn
Authorities, operators, and citizens are notified early, with root-cause context and recommended action — before conditions escalate.
Catch the trend, not just the breach.
Threshold alerts alone only tell you when a limit has already been crossed. The platform's anomaly-detection engine continuously compares live patterns against established baselines — picking up unusual correlations and early-stage drift long before a value breaches a legal limit.
Predictive models — time-series forecasting and pattern recognition — project how air quality, water conditions, or ecosystem indicators are likely to move over the coming hours and days, giving operators a genuine head start on prevention rather than clean-up.
Environmental monitoring, built on the same cognitive twin engine.
Everything GOLEM's platform already does for industry and cities, applied to air, water, soil, and biodiversity.
Air Quality Monitoring
Continuous tracking of particulates, NOx, CO2, and other pollutants across a city, campus, or industrial site.
Anomaly & Early-Warning Detection
Statistical deviation and unexpected correlations are flagged as they emerge, not after they escalate into an incident.
Pollution Source Tracing
When an anomaly is detected, root-cause analysis traces likely sources and cascading effects across connected zones.
Standards Compliance
KPIs mapped to recognised air-quality and environmental-management standards, logged as auditable evidence.
Ecosystem & Biodiversity Scoring
A composite sustainability status for habitats and protected areas, tracked alongside pollution and climate indicators.
Public Transparency Dashboards
Role-based dashboards give citizens, operators, and regulators the view that matches their needs and authorisation.
Application Scenarios
Urban air quality networks
City-wide sensor grids feeding a single dashboard, with alerts to residents on high-pollution days.
Industrial emissions compliance
Continuous monitoring of stack and site emissions against permitted limits, with auditable non-compliance logs.
Protected areas & biodiversity
Habitat health and species indicators tracked over time to support conservation and restoration decisions.
Water & soil pollution early warning
Catchment and groundwater monitoring that flags contamination trends before they reach drinking-water sources.
Wildfire & drought risk detection
Weather, moisture, and vegetation indicators combined to flag rising ecological risk ahead of extreme events.
Public health advisories
Automatic triggers for health guidance when air or water quality indicators cross safe thresholds.
Frequently Asked Questions
What kinds of sensors can the platform connect to? expand_more
How is this different from a standard monitoring dashboard? expand_more
What does "early warning" actually mean here? expand_more
Can this be used for regulatory compliance? expand_more
Who gets access to the data? expand_more
Can it cover a protected natural area rather than a city? expand_more
Put your air, water, and land on one live dashboard.
Explore a live demonstration of the PharosNavigator platform or contact our team to discuss an environmental monitoring deployment for your city, site, or protected area.
The company solutions include as follows:
1. The PharosN IoT platform for implementing and running custom digital twins as the models of relevant big cyber-physical systems in cloud or at customer fog computing environment,
2. Tools for rapid interactive high level development of the custom digital twin models,
3. Examples of the application models of big systems that can be used as templates for further customisation (e.g. Smart City Monitor, Smart Enterprise Monitor, etc)
4. PharosN portal online services supporting customer access to PharosN IoT platform as service and its use in the development of custom applications and its running to let AI-driven digital transformation.
Key difference of the PharosN solutions compared to others existing on the market
The users do not need to monitor and analyse processes trying to find out some issues. The PharosN monitoring applciation solutions automatically analyse all ongoing processes defind in the digital twin and its combinations in real time, indentify non-compliances to planned / required performance goals, calculate the sustainability statuses for all objects & processes, identify and predict unsustainable trends and only then notify relevant authorised groups of stakeholders such as operators of information and control centers, managers, administrators, decision-makers, citizens. The real time predictive and prescriptive analytics assist operators, managers, decision makers and citizens in their daily business activities.
Smart Enterprise Monitor and Smart City Monitor and other similar apps are capable to provide answers the question “How are you my Big System Of Cystems? (manufacturing-, agro-, logistics-, tarnsportation- and other industrial enterpise, and building, campus, district, city, country, etc) to you anytime in real time.
Transforming big data in big systems of systems into holistic services and controls
The solutions help organisations processing big data from large number of heterogeneous data sources in real time presenting holistic vision of the results in real time. The platform allows adding any data source having digital content and interface including diverse IoT, sensors, smart meters, automated information systems and networks, mobiles, web, etc. It supports major standards for IoT data exchange protocols such as matt, rest, coap, opc ua, etc and has rich set of API for data exchange with third party automated systems.
All data streams are transformed into indicator time series - KPIs that are user defined and/or recommended by international standards of quality of management and quality of life. The KPI values are analysed in real time, aggregated accordingly target system structure realised in the custom digital twin and presented on interactive dashboards and reports and web and mobile apps.
The sustainability status of each object of the digital twin model, including the whole system, is identified in real time. Each process data stream is analysed along with their combinations and included into the custom rules of the object status definition. As result the application solution provides management and operators with holistic view into the system operations in real time and allows in depth analysis of causes and performance issues for continuous improvement and control.
The application models - digital twins, can run in distributed computing environment such as cloud or local fog at enterprise premises including edge devices such as singleboard microcomputers (Raspberry PI type) with machine learning accelerators. The collaborating and coordinated engines applying deep-learning methods and new techniques for efficiently, securely and flexibility processing at each level of the big system command and control reducing communication latency, network traffic and costs, and improving energy efficiency.
The information services can be customised by the customers or application developers accordingly to the information needs of different stakeholder groups (e.g. management levels, operators, public, etc) including data access and user authorisations set by the customer administration.
Such custom solutions realise simple holistic vision of the sustainability, all necessary KPIs and trends and cause analytics and condition monitoring. It supports pre-emptive & predictive maintenance of complex and Big Systems of Systems in various application areas in real time including:
- CityScore dashboards, holistic management and certification of Smart Cities and Districts, Sustainable Green Communities, Smart Regions, Smart Islands
- Smart Enterprises, Factories of Future, Industry 4.0, Agro-industries,
- Management of Energy and resource efficiency, Water Waste and Transportation facilities in urban and rural areas
- Smart Management of Assets, Buildings, Campuses, Shopping Centers
- Environment, Air quality, Pollution
- Health & Safety (EHS) monitoring systems in assisted living, post treatment home care
- eLearning of planning, design and implementation of complex interlinked smart systems
Business Partnerships
GOLEM Integrated Microelectronics Solutions GmbH and its partners in countries provide customers with value added services in rapid development of custom applications and its implementation and training of the customer personnel. Our company support perspective partners with relevant knowledge and applications development and business incentives.
Copyright for the digital twin: The application developers and customers have copyright for their digital twin models and its independent management on their PharosN engines.
What is Digital Twin? Download the presentation
The data access and user authorisation are administered by the customer.
The demo examples of the applications for Smart Enterprise and Smart City presented at service portal PharosNavigator.com (click picture on the right). The PharosN portal supports customer subscriptions for digital transformation services, access to the solutions and interactive tools for its development and customization of custom target cyber-physical system models as digital twins of their systems.
Presentations and reference materials
Smart City Monitor IoT applicatons for Shopping Centers, Campuses
Smart City Monitor applications in Smart Urbana project in 5 European cities in 5 countries