Tested at sea.
UnderSec’s automated movement analysis was tuned on simulated tracks, then validated with real manoeuvres alongside defence partners—supporting surveillance near underwater infrastructure.
🔗 More: undersec-project.eu/node/240#FieldTrials#UnderSec#HorizonEU
Lightweight tools, strong insights.
A new UnderSec decision-support system filters and predicts vessel motion using simple speed and distance rules—flagging anomalies near critical and underwater assets.
Details: undersec-project.eu/node/239#MaritimeSurveillance#UnderSec
From noisy AIS-like data to reliable tracks.
UnderSec partners present an automated method that filters, interpolates and analyses vessel movements in real time around sensitive maritime and underwater areas.
🔗 More: undersec-project.eu/node/238#UnderSec#MaritimeSecurity
Tested on Crete’s coastline. 🌊
Four sensors, multiple transmitters: UnderSec’s triangulation method accurately mapped transmitter positions in a real coastal environment.
🔗 Full story on undersec-project.eu/node/236#UnderSec#FieldTest#Localization
Efficient localisation matters.
UnderSec’s triangulation algorithm uses AOI filters and angle thresholds to localise multiple transmitters in real time—without overloading computing resources.
🔗 Read more on undersec-project.eu/node/235#Algorithms#HorizonEurope#UnderSec
Triangulation, visualised.
UnderSec partners turn angle measurements into small polygons that reveal where transmitters are likely to be—even with multiple signals and measurement errors.
🔗 Details on undersec-project.eu/node/234#WirelessSensors#Localization#UnderSec
One coverage tool, many uses.
From underwater security to environment and disaster response, UnderSec’s mapping approach helps reveal where sensors are strong—and where blind zones remain.
🔗Find out more: undersec-project.eu/node/232#HorizonEurope#UnderSec#Innovation
Sensor failure, visible at a glance.
UnderSec’s tool shows how coverage around critical and underwater infrastructures shrinks when one sensor stops working—supporting smarter resilience planning.
🔗 More:
#Security#Resilience#UnderSec
UnderSec successfully completed its 1st demonstration phase at Lavrion Port, Greece (16–20 March 2026), testing project technologies in realistic scenarios.
Congratulations and thanks to all partners involved!
#UnderSecProject#MaritimeSecurity#Innovation
The Hellenic Centre for Marine Research presented #UnderSec at #RAP2025, showcasing the mini-KATERINA sensor for underwater nuclear detection 🌊
🔬 Compact, drone-integrated & field-tested in real seawater.
A big step for maritime security ⚓
👉 undersec-project.eu/node/226
At the @PERIVALLON_HE final event at @Centerforsecur1, UnderSec showcased a modular underwater security system using sensors and robotics to detect underwater sabotage, illegal dumping and hazardous materials during port and vessel inspections.
#PERIVALLON#UnderwaterSecurity
🛑 Joint Workshop Update 🛑
In agreement with SMAUG project, the UNDERSEC General Assembly decided to cancel the 16 Sept. joint workshop at Ravenna Port due to limited registrations.
The Plenary Meeting will be rescheduled for a later date and venue.
🎥 Coming soon: Live demos of #UnderSec tech in action!
We’re gearing up to showcase our underwater security systems in real port environments — from detection to rapid response.
Get a front-row look at the future of maritime protection.
Stay tuned: undersec-project.eu/