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Avansig S L L

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Employees

souto 63
15405
Ferrol
Spain
0034646605310
dtrillo@avansig.com
www.avansig.com
SME
1-10

 

Contact person

PhD Engineer Maria Merlan (R&D manager)

Field of Activity


2. ENGINEERING
» Space & satellite technologies

4. HORIZONTAL ACTIVITIES
» Navigation, guidance, control and tracking

5. TECHNOLOGIES & MATERIALS
» Detection technologies
» Sensor equipment and technologies

6. INFORMATION & COMMUNICATION TECHNOLOGIES
» ICT applications
» Software, Data Processing
» Smart Systems

Core competencies

Avansig S.L. is a SME specialized in software engineering. It offers development of advanced solutions in the field of
Information and Communication Technology (ICT). These solutions are based on highly innovative developments in
advanced technologies such as Geographic Information Systems (GIS), real-time locating system (RTLS) and
Autonomous Navigation System (ANS).

Avansig holds experience in developing autonomous navigation systems for both outdoors and indoors locations. These
systems, based on ROS (Robot Operating System), integrate GIS, LIDAR and computer vision, indoors positioning
techniques, 3D mapping and SLAM (Simultaneous Localization And Mapping).

This technology has enabled Avansig to develop surveillance and monitoring projects based on drones. These
autonomous machines capable of perceive and react to the environment can perform dangerous, remote and
systematic tasks fully automatically.
Autonomous indoor navigation system: Using positioning algorithms and technologies (laser scanner and reference
cartography, triangulation With active beacons or 3d artificial vision) that allow drones to locate themselves in indoor
environments, without GPS, and with a high level accuracy (location errors under 5 cm).

Obstacle detection and avoidance: It allows drones to sense obstacles and react in time to avoid collisions. This
feature enables the application of the drone technology to perform tasks in a fully autonomous way, also in a critical
environmental and under adverse conditions.

Real time communication: It enables fleet management, the human-machine interaction and allow users to send
orders or take the manual control of the drone at any moment. It also allows to receive information from sensors,
telemetry and video in real time.

Integration and control platform: It allows to send orders, view, query and analyze all information gathered by the
drone from anywhere and through different devices.

Black box for activity log that keep registered all the actions taken by the drone during the tasks. Even if the
connection with a smart drone is lost, its system records all the captured information into a black box.

H2020 Research Focus

  • CIP-01-2016-2017 Prevention, detection, response and mitigation of the combination of physical and cyber threats to the critical infrastructure of Europe.
  • SEC-01-DRS-2016 Integrated tools for response planning and scenario building
  • SEC-12-FCT-2016-2017 Technologies for prevention, investigation, and mitigation in the context of fight against crime and terrorism
  • SEC-14-BES-2016 Towards reducing the cost of technologies in land border security applications
  • SEC-15-BES-2017 Risk-based screening at border crossing
  • SEC-16-BES-2017 Through-foliage detection, including in the outermost regions of the EU
  • SEC-20-BES-2016 Border Security: autonomous systems and control systems

RTD Experience

 Project CoordinatorProject PartnerProject Acronyms
National Security Research ProjectsSINDA
Description: The SINDA project SINDA (Indoor Security System
with Autonomous Drones Based on Artificial 3D Vision)
Other Security Research Projects DroneService
Description: In this project we have developed a surveillance
system based on programmable indoor drones.


Inserted / Updated
2017-03-09 / 2017-03-23