The infrastructure behind
intelligent operations.
A platform that connects, models, analyses, and acts — across any operation, at any scale, in real time.
How It Works
Connect
Link any data source, sensor, IoT device or system.
Model
Build your digital twin with no-code tools.
Analyse
AI monitors every process in real time automatically.
Act
Receive alerts and recommendations before problems escalate.
Link any data source, sensor, IoT device or system.
The first step is bringing all your data into one place. Our platform connects to any source with a digital interface — without replacing your existing infrastructure. Whatever systems you already have, we link to them. Data flows continuously from every connected source into a unified real-time data layer — normalised, timestamped, and ready for processing.
All communication is encrypted end-to-end using HTTPS and secure WebSocket protocols compliant with ISO/IEC 18033-3. Supported protocols: MQTT · CoAP · RESTful HTTP/HTTPS · OPC UA · WebSockets · LoRa · 4G/5G · Wi-Fi · LAN/WAN
About SecurityWhat we connect to:
- — IoT sensors and smart meters of any type
- — Industrial control and automation systems (SCADA, PLC, DCS)
- — Building automation systems via BACnet, Modbus, KNX gateways
Build your digital twin with no-code tools.
Once data is flowing, we build a structured digital model of your system — its objects, processes, hierarchy, interdependencies, and operational logic. This is your digital twin: a live computational representation of your real-world operation. What happens at this stage:
System hierarchy
Your system is mapped as a hierarchy of objects — buildings, production lines, districts, assets, departments — each with defined properties, states, and relationships.
Visual KPI Editor
Performance indicators (KPIs) are defined using a visual Indicator Editor — formulas linked directly to live data streams, with no programming required.
Operational targets
Operational targets, thresholds, and sustainability rules are configured for each object and process.
Standards compliance
International standards are embedded into the model as compliance targets — ISO 37120, ISO 50001, ISO 14001, ISO 9001, and others relevant to your domain.
Data source linking
Data sources are linked to model objects, establishing the connection between physical reality and the digital representation.
Access permissions
User roles and access permissions are defined — management, operators, public, partners — each seeing only what they are authorised to see.
The no-code development environment means your domain experts — engineers, operations managers, city planners — can build and modify the model themselves. No software development team required. The twin is yours: you own the copyright and manage it independently.
AI monitors every process in real time — automatically.
Once the digital twin is live and connected, our multi-engine AI system runs continuously — processing every data stream, evaluating every object, and maintaining a real-time picture of your entire operation without any manual monitoring required.
What the analytical engine does:
Real-time KPI processing
Every incoming data stream is transformed into KPI time-series. Values are calculated, aggregated across the system hierarchy, and updated continuously — from individual sensors up to the top-level system health score.
Sustainability scoring
Each object and process in the digital twin receives an ongoing sustainability status — Excellent, Optimal, or Deficient — calculated automatically against your defined rules and targets. The whole system has a single composite health score at any moment.
Anomaly detection
The system continuously compares live process patterns against established baselines. Statistical deviation, unexpected correlations, and early-stage anomalies are identified as they emerge — not after they escalate.
Predictive analytics
Using machine learning models — including time-series forecasting, supervised classification, and deep learning pattern recognition — the platform projects the future trajectory of each process. Emerging risks are identified hours or days before they become operational problems.
Root cause analysis
When an anomaly or non-compliance is detected, the system analyses contributing factors across connected processes — identifying correlations, cascading effects, and likely root causes automatically.
Compliance monitoring
The model continuously checks every relevant KPI against embedded international and national standards. Non-compliance events are detected in real time, logged as auditable evidence, and flagged immediately.
Receive alerts and recommendations before problems escalate.
The final step is where analysis becomes action. The platform does not produce data for analysts to interpret — it delivers conclusions, to the right people, at the right time, with recommended actions already attached.
The result is an operation that no longer relies on people watching screens or reading reports to know what is happening. The system watches, understands, and tells you — continuously, automatically, and before it is too late.
Experience the platform live.
Explore a live demonstration of the Pharos Navigator platform or contact our team to discuss your specific use case and deployment requirements.
Our company and its international partners provide the following AI-driven innovation services for the customers:
- Implementation of new Intelligent Digital Twin technology tools for holistic, resource efficient, sustainable smart management and governance of complex System of Systems (SoS) in different domains.
- Improving transparency, sustainability, resource efficiency and business results in SoS operations by assisting end users in monitoring, analysing and controlling complex SoS processes in real time and in predictable future.
- Developing and deploying the customized solutions that are capable to collect and transform big data into simple user friendly holistic real time information.
- Training and guiding the customer employees in effective application of new Pharos Navigator® technology to address their needs for transparency, simplicity and visibility of ongoing processes in complex applications.
The service components
- Planning and design of custom digital twin models for target cyber-biophysical SoS, (structure, indicators, data sources, sensors, IoT, executive controls and responses, linkages to operational physical and cyber infrastructure, automated systems and smart components, user mobiles).
- Introducing continuing auditing of compliance with relevant international and national standards and its implementation.
- Rapid custom Digital Twin implementation, it’s linking to optional data sources, smart meters, agents, and actuators.
- Testing and piloting of real time information services for sustainable management and governance of the target SoS.
- Training of the customer and partners specialists.
- Support in the system operations and demonstrations.
Service support portal
The portal pharosnavigator.com provides additional information and self-managed services for organizations and individuals. The subscribers can obtain PharosN platform for their custom digital twins and interactive instruments for its customisation, use sample SoS models.
The portal presents the online demos of sample digital twin models Smart Manufacturing Enterprise and Smart Sustainable Governance. These twin models are available as templates for various custom projects and learning.
Our company welcome partnerships with researchers, system integrators and consultants willing to explore new business opportunities in rich set of PharosN technology applications.
