Proprietary products and platforms, the result of years of engineering, standardization work and R&D projects.
IoT-based intelligent building management platform
Comprehensive smart building management aligned with the UNE 178104 standard.
IoT and smart-city-platform solution to capture, centralize and exploit in real time the data generated by building automation systems (PLCs). Enables building status monitoring and operational control of its subsystems, with end-to-end traceability and interoperability between devices.
—Modular architecture on FIWARE (Orion Context Broker) and IoT Agents
—CrateDB (time-series), MongoDB and MySQL storage; analytics with QuantumLeap
—Docker-based deployment, scalable and multi-building
—Energy and operational KPIs, advanced alarms and Grafana dashboards
—Standardized REST APIs (NGSI) and role-based access control
IoT platformsFIWAREUNE 178104Time series
Digital twin platform for climate-adaptive school renaturalization
Digital twin supporting nature-based climate adaptation of school environments (COL3NATUR).
Platform built for the COL3NATUR project that models and simulates renaturalized school spaces under climatic scenarios (heatwaves, extreme events). Integrates environmental, climatic, urban and social data sources to evaluate indicators such as temperature reduction, air quality, biodiversity impact and well-being.
—Digital twin combining real-time sensors, historical datasets and predictive models
—Vertical tools: municipal prioritization, feasibility analysis and design support
—Dashboards and data repositories for operational management and strategic planning
—Open, interoperable architecture aligned with the SUDOE transnational ecosystem
—AI and advanced analytics for predictive capabilities
Digital twinsIoT platformsClimate adaptationAI
Pamplona digital twin
Technology advisory to Tracasa and the Government of Navarre for the design, development and deployment of the city of Pamplona digital twin.
Strategic and technical support to the Pamplona City Council, through Tracasa, for the definition of the City Platform as an urban digital twin.
—Support for project management and IT solutions architecture
—Definition of components, hardware sizing and preparation of requirements
—Data source analysis, connectivity and integration with the existing City Platform
—Migration from earlier digital twins and adaptation of localization and analytics modules
—Continuous support to Tracasa's technical team and training of the client's professional profiles
Digital twinsSmart cityFIWAREConsulting
Large-scale urban and interurban traffic simulation
Mobility digital twin for the analysis and planning of metropolitan road networks.
Platform designed to reproduce, at microscopic scale, vehicular traffic behavior across an entire metropolitan area such as Pamplona and its region.
—Design of the multi-scale origin–destination matrix built from public mobile-phone data, combining inter-neighborhood trips, inter-regional trips and through-traffic on external axes (AP-15, A-12, N-121, etc.)
—Automatic generation of TAZ zones, polygons and contextual data from the road network and open sources
—Microscopic simulation in Eclipse SUMO with calibrated daily time profiles, vehicle types and driving parameters
—Digital traffic counter replicating physical measurement points, enabling comparison of flow, speed, density and occupancy against real values
—Statistical validation against historical traffic-counter series from the Government of Navarre to ensure model representativeness
—Advanced congestion, lost-time, lane-change and relative-speed metrics to support mobility decisions
Digital twinsTraffic simulationUrban mobilitySUMO
Smart campus: energy, climate and comfort optimization
Integrated management of energy, indoor climate, air quality and occupant comfort across university campuses.
Centralized digital backbone connecting distributed sensors, building systems and analytical models into a unified environment with real-time monitoring, historical analysis and intelligent facility control.
—Cloud-native modular architecture, scalable from a single building to full campus
—IoT Agents for ingestion, FIWARE for context, time-series databases
—Rule-based automation and AI-driven control (HVAC, ventilation) based on occupancy and conditions
—Open APIs, dashboards and visualization for facility managers, research and operations
—Integration with data lakes, edge computing and digital twins
IoT platformsEnergy efficiencyAIFIWARE
Indoor air quality monitoring and control platform
Real-time oversight of environmental conditions in buildings.
Platform to monitor, analyze and optimize indoor environmental conditions via distributed sensors measuring temperature, humidity, CO₂ and VOCs, with real-time processing and visualization.
—Robust IoT architecture built on open, interoperable technologies
—Time-series storage for historical and real-time data
—Data flow orchestration for reliable ingestion, transformation and storage
—Intuitive dashboards (Grafana) with anomaly detection and trend analysis
—Scales to multiple zones and buildings preserving data consistency
IoT platformsAir qualityTime series
Accessible urban data management and pedestrian routing
Urban data product for accessible mobility services.
System for the capture, standardization, enrichment and publication of urban accessibility data. Integrates heterogeneous open sources (road geometry, elevation, public transport, crossings, accessible POIs) into a unified, reusable pipeline.
—Geospatial ETL and scoring engine at street-segment level
—Accessibility index with differentiated results per user profile
—Publication via REST, CSV, GeoJSON and NGSI-LD; data space integration
—Data governance: metadata, access policies and traceability
—Interactive accessible pedestrian routing map for exploration and analysis
Data spacesGISNGSI-LDAccessibility
SmartLang
Large language models fine-tuned with internal or highly specialized information.
Intelligent system that customizes LLMs with client documentation (standards, manuals, emails, price lists) to deliver accurate answers over specialized information that generic search tools fail to understand.
—LLM fine-tuning with the client's internal and specialized corpus
—Assistants for regulations, commercial correspondence or expert bibliography
—Integration with existing corporate systems and workflows
—Reduces search time and improves decision-making
AINLPLLM
R&D
Research projects
Participation in R&D initiatives that have fed the know-how and platforms we build today.
2025SUDOE
COL3NATUR
Digital twin for the renaturalization of school environments, with tools for municipal prioritization, impact evaluation and design support. Transnational collaboration across the SUDOE region to demonstrate the effectiveness of nature-based solutions through replicable methodologies.
2023R&D
CrackSense
Intelligent system for early detection of structural defects in concrete infrastructures through IoT, computer vision, deep learning (CNNs) and digital twins. Autonomous device with embedded camera and LoRaWAN communications; continuous and remote inspection that lowers costs and improves safety.
2018Agri-food R&D
SAPIA
Predictive analysis system for agri-food industries. Integrates sensors (temperature, humidity), visible and infrared imaging, expert observation and external variables such as weather forecasts. Machine-learning models on IoT and Smart Territory platforms (FIWARE) that improve decision-making across the value chain.
2015Smart cities R&D
smartcity.technology
Design and development of a comprehensive Smart City management system based on a modular, scalable software framework targeting small and mid-sized municipalities. Integrates heterogeneous sources (IoT sensors, administrative systems and citizen-generated data) into a unified platform with real-time dashboards, open data and communication channels. Standardized data model and interoperable architecture for rapid deployment and module reuse across municipalities.
