Reduce energy costs and increase renewables with intelligent orchestration.
Cities, utilities, and communities must manage rising energy demand, the rapid growth of distributed renewable generation, and the need to empower citizens through local energy communities - all at the same time. We provide the tools to optimise energy flows across public infrastructure and support the full lifecycle of Renewable Energy Communities, from real-time monitoring to automated compliance.
What You Can Achieve
Reduce bills & avoid peak tariffs
Shift loads intelligently, balance demand across assets, and optimise consumption patterns to cut costs.
Increase renewable penetration
Coordinate solar generation, storage, and public lighting as a single unified intelligent system to maximise self-consumption.
Manage EV charging grid stress
Plan deployment, predict demand, and coordinate charging behaviour to prevent local grid overloads.
Manage and grow local energy communities
Enable local production, collective self-consumption, automated incentive distribution, and full compliance with regulatory requirements - without manual effort.
Key Use Cases
Distributed Energy Orchestration
Coordinate energy assets and community participation in real time, with automated reporting and incentive distribution. Incentive shares calculated and distributed to members without manual intervention.
AI Load Optimisation
The AI engine learns each community's production and consumption patterns, continuously optimising load distribution to maximise collective self-consumption.
EV Infrastructure Optimisation
Manage real-time charging loads aligned with grid capacity and urban mobility demand patterns.
Grid Impact Simulation
Predict the effects of electrification and load changes before committing to full-scale hardware deployment.
Adaptive Public Lighting
Dynamic lighting profiles responding to weather conditions, pedestrian activity, and real-time energy availability - reducing consumption whilst maintaining safety standards.
How Our Technology Helps
We bring together real-time monitoring, AI-driven optimisation, and automated compliance - giving cities and communities full control over their energy systems without the administrative burden.
Unified energy view - merging generation, storage, consumption, and grid data
AI load optimisation that continuously maximises collective self-consumption
Automated regulatory reporting and incentive distribution for energy communities
Key Capabilities
Real-Time Energy Monitoring
Production and consumption data updated every 15 minutes across all connected assets - smart meters, inverters, BESS, and IoT sensors.
Grid Impact Simulation
Model the effects of new charging infrastructure or increased load before committing to hardware - reducing deployment risk.
Compliance & Incentive Automation
Regulatory reports, incentive calculations, and member distributions handled automatically - audit-ready and always up to date.
Protect public health with trusted, real-time environmental intelligence.
Air quality and noise pollution are among the most pressing concerns for modern cities. We help authorities monitor, predict, and act on environmental conditions - protecting citizens and meeting regulatory requirements without relying on guesswork.
What You Can Achieve
Monitor air and noise continuously
Build a real-time picture of conditions citywide with distributed sensor networks and validation.
Forecast exceedances before they occur
Act proactively - triggering targeted interventions before regulatory thresholds are breached.
Protect sensitive urban areas
Combine air and traffic insights to reduce population exposure around schools and hospitals.
Strengthen governance transparency
Generate audit-ready reports, track compliance with EU standards, and communicate progress to citizens.
Key Use Cases
Citywide AQ Monitoring
Continuous measurements with real-time alerts, hotspot detection, and cross-sensor validation.
Exceedance Forecasting
AI-powered short-term predictions that identify when pollution thresholds are likely to be breached.
Sensitive Area Protection
Evidence-based clean air corridors and low-emission zones designed around healthcare facilities and schools.
Noise Pollution Monitoring
Continuous urban noise mapping with automated alerts and structured data for compliance and urban planning.
Regulatory Compliance Reporting
Audit-ready dashboards and structured reports aligned with EU air quality directives and national standards.
How Our Technology Helps
We deliver reliable environmental intelligence - moving cities from reactive incident response to proactive public health protection.
Unified environmental picture - merging AQ, noise, weather, and traffic data
AI prediction for pollution spikes and exceedance risk before thresholds are breached
Compliance-ready outputs structured for EU directives and public reporting
Key Capabilities
Multi-Sensor Ingestion
Continuous ingestion from AQ sensors, noise monitors, weather stations, and traffic detectors - cross-validated in real time.
AI Exceedance Forecasting
Short-term predictive models that identify exceedance risk in advance, enabling targeted interventions before limits are breached.
Compliance & Public Reporting
Audit-ready dashboards, structured EU-aligned reports, and public-facing outputs that communicate environmental performance to citizens.
Keep your city moving, safely and efficiently.
Cities face increasing pressure to manage traffic, support multimodal mobility, improve safety, and coordinate public transport and freight. We provide the intelligence layer that transforms raw street data into coordinated, proactive mobility management, allowing cities to experiment and test advanced systems - from Demand Responsive Transit (DRT) to urban corridor interventions.
What You Can Achieve
Avoid congestion before it forms
Identify traffic build-ups early, predict queue propagation, and improve corridor reliability across the network.
Operate mobility hubs more efficiently
Coordinate arrivals, transfers, and freight for smoother passenger and logistics flows from a unified view.
Improve safety for pedestrians & cyclists
Detect high-risk areas, adjust lighting, apply targeted interventions, and evaluate redesigns with data-backed evidence.
Plan future mobility with confidence
Simulate and experiment with Demand Responsive Transit (DRT), Connected and Automated Mobility, and urban corridor interventions in a digital twin.
Key Use Cases
Traffic Monitoring & Optimisation
Combine data sources, detect events, predict congestion waves, and reduce incident clearance times.
Multimodal Hub Operations
Manage flows in passenger and freight hubs from a single perspective - integrating bus, rail, and active travel modes.
Sensitive Corridor Protection
Integrate air quality and traffic data to create safer and cleaner routes around schools and hospitals.
Road Safety Analytics
Identify conflict points and VRU risk zones with trajectory prediction and data-driven evidence.
Scenario Testing & Digital Twin
Simulate DRT services, Connected and Automated Mobility, and cycling infrastructure in a risk-free virtual environment.
How Our Technology Helps
We deliver reliable mobility insights - moving cities from reactive intervention to proactive urban coordination through testing and experimentation.
Unified operational view - merging diverse data streams
Predictive pressure analysis for congestion hotspots
VRU trajectory prediction and conflict-zone identification
Demand responsive transit simulation for optimized service efficiency
Key Capabilities
Real-Time Street Intelligence
Continuous sensing across corridors and junctions. AI-driven congestion prediction and VRU safety alerts in real time.
Scenario Simulation
High-fidelity digital twin to test DRT routes, street redesigns, and new traffic arrangements before implementation.
Safety & Compliance Reporting
Evidence-based safety assessments, audit-ready outputs, and structured reporting for authorities and stakeholders.