Artificial Intelligence of Things
Artificial Intelligence of Things
Innovation from fundamental research to operational systems
DATA01 is an innovative startup that focuses its efforts on Research and Development of integrated AIoT systems (Artificial Intelligence of Things) for the collection and processing of environmental and physico-chemical data.
We design and develop instrumentation for environmental monitoring and for analyzing the effects of interactions between environmental phenomena — gaseous emissions, particulate matter, UV-Vis-IR light, temperature, humidity — and organic and inorganic materials.
We complete the cycle with backend and frontend architectures integrated with custom AI-based tools for data processing and the generation of predictive data.
Custom systems for preventive conservation and diagnostics for museums, archaeological sites, monumental areas, historic-artistic buildings, collections, artifacts, historical archives
Custom systems for soil and water quality analysis, qualitative-quantitative biomass detection, fire prevention, floods, landslides
Custom systems for quantitative and qualitative analysis, design and development of laboratory and field instruments for physico-chemical analysis of organic and inorganic materials
Custom systems for data acquisition and analysis in the context of major digital transformations: smart city, agriculture 4.0, vertical urban farming, retail, and much more
End-to-end solutions from sensor to predictive data
Design of monitoring strategies with advanced sensor technologies.
Design and development of custom IoT devices for field and laboratory data collection and analysis.
Indoor and outdoor monitoring and analysis of physico-chemical environment/materials interactions in the field and in the laboratory.
Development of architectures for data collection, database processing and AI technology for data.
Design and development of data communication networks for distributed monitoring.
Design and development of platforms for interactive data visualization and exploration.
Our approach follows the Technology Readiness Level framework, from fundamental research to the operational product
Basic research, scientific literature review and identification of applicable physical and chemical principles.
Definition of system architecture and functional specifications.
Laboratory experimental validation of critical components.
Component integration and functional testing in a controlled environment.
Prototype testing under conditions similar to real operational ones.
System demonstration in an environment representative of the end use.
Testing of the complete prototype under real operational conditions.
Final system tested and validated, ready for deployment.
System in production, operational and monitored under real conditions.
Our solutions in development
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The latest updates from the AIoT and research world
The annual list includes hyperscale AI data centers and mechanistic AI interpretability, redefining global digital infrastructure and environmental monitoring.
January 2026NVIDIA presents the Omniverse Blueprint for smart cities with photorealistic digital twins and real-time AI video analysis.
June 2025Low-power GPUs and dedicated NPUs enable AI inference directly on edge sensors.
March 2025Microsoft announces new Azure IoT capabilities for edge data acquisition and processing.
November 2025Let's talk about your project
Do you have a project that requires environmental monitoring systems, data processing or custom AIoT solutions? Contact us for a consultation.