Case Studies

Education, science and research

Modular Hybrid IoT Platform

Roman Ledvoruch

Roman Ledvoruch

Project Manager


Challenge:

  • Researchers needed a platform capable of ingesting data from various urban sensors (air quality, noise, and traffic), processing it in real time, and enabling analysis of quality-of-life indicators.
  • The platform had to operate in a hybrid environment, combining on-premises hardware and cloud services, while remaining scalable, secure, and enabling collaboration among multiple teams working with reproducible datasets.

Solution:

  • We delivered an IoT platform capable of ingesting and processing real-time data from urban sensors, including air quality, noise, and traffic monitoring systems.
  • The platform provides visualization through 2D maps and 3D augmented reality, enabling intuitive exploration of city data.
  • A hybrid architecture, combining local hardware and cloud infrastructure, ensures scalability, security, and reliable system performance.
  • The solution includes advanced analytics, reporting capabilities, and a centralized data warehouse for managing urban datasets.
  • Open APIs and SDKs enable seamless integration with GIS systems and research tools, supporting collaboration and further innovation.

Project Timeline:

3 months

Rapid deployment and completion

Results:

Data reproducibility

Cost efficiency

Robust architecture

Flexible integration of additional sensors

Integration for research and academic teams