SENSING. UNDERSTANDING. PROTECTING.
Turning hidden signals into actionable insight. Intelligent sensing for the infrastructure, environments and places that matter.
Infrastructure
✳Security
✳Environment
✳Energy
01 / OUR TECHNOLOGIES
From ground vibration to electrical asset monitoring, we develop connected technologies that help make the invisible understandable.
GROUND VIBRATION INTELLIGENCE
A connected underground sensing platform designed to detect and classify ground vibration events using AI, bringing field awareness to a central monitoring interface.
Explore the platform ↗Our partial discharge monitoring programme explores HFCT sensing and AI-assisted analysis for transformers and substation assets, with a vision for connected, permanent monitoring networks.
CONNECTED BY DESIGN
seismicNN connects sensing in the field with the people who need to act. One platform, from buried nodes to remote visibility.
Talk through your deployment ↗Buried sensor nodes capture ground vibrations for event detection and classification.
A field gateway brings sensor information together and connects the network to remote monitoring.
Connected interfaces bring event information and sensor status into view for operational teams.
02 / APPLICATIONS
Every site has its own signals, conditions and challenges. We work around the application to shape the sensing approach.
Ground-based awareness for movement and digging events along sensitive boundaries.
Monitoring concepts for rockfall, landslide and flood events near railway corridors.
Sensing development for pipelines, substations and the infrastructure communities rely on.
03 / NEWS & FIELD UPDATES
Field experience from border security and railway monitoring helps shape the next stage of seismicNN development.
TÜRKİYE–IRAN BORDER seismicNN
seismicNN field trials on the Türkiye–Iran border have brought underground vibration sensing into a demanding border security environment.
The trials focused on the use of buried sensing nodes for ground-based situational awareness. This experience informs our work on vibration detection, event classification and communication between field nodes and gateways.
Our development approach connects practical installation experience with continued refinement of embedded hardware, signal processing and remote monitoring.
TCDD / TURKISH STATE RAILWAYS seismicNN
Railway rockfall trials with TCDD have explored how seismicNN can use ground vibrations to detect events near the track and support railway monitoring.
Rockfall monitoring presents a different sensing challenge from perimeter security. Installation position, ground coupling and the distinction between train vibration and slope events are central to the application.
The railway trials contribute practical experience to our ongoing development of rockfall detection and classification, with broader research into landslide and flood monitoring along railway corridors.
04 / CINAR MECHATRONICS
We bring electronics, intelligent sensing and connected systems together to understand what is happening beyond the visible.
Our work spans sensor interfaces, embedded hardware, signal processing and AI-assisted classification. We connect these disciplines to develop practical monitoring systems for demanding field applications.
LET’S BUILD WHAT’S NEXT
Planning a deployment, exploring a pilot or looking for a technology collaboration? Let’s talk.
Start a conversation ↗GET IN TOUCH
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