DEIMOS is developing Neptuno, the prototype satellite for a cubesat constellation dedicated to maritime surveillance. The satellite is scheduled for launch in June 2021.

The satellite is being built using innovative technologies such as 3D printing, AI, intelligent sensing and new materials in DEIMOS facilities in Puertollano, Spain. The concept behind the experimental development of this LEO constellation prototype is to validate an advanced information system to process all the data acquired by several ground stations using artificial intelligence technologies. NEPTUNO’s intelligent system will be able to detect potentially criminal behaviour patterns, assigning dangerous profiles. It will also have an automatic real-time monitoring system for alert detection of potentially criminal actions.

The EU-funded project also includes the development of the ground segment, with a prototype ground station for satellite operation and data downloading, and the command and control centre for data management, processing and distribution.

The activity is being developed with DHV technology and AEROUM, with the support of several national security institutions of the Spanish Government.

The satellite is dedicated to maritime surveillance and it will have an automatic system to detect potentially criminal actions.

This project has been co-financed by the European Regional Development Fund (ERDF), within the Smart Growth Operational Program 2014-2020, with the aim of promoting research, technological development and innovation.

Related Projects

Tsunami prevention

MARSNAVCOM Positioning and Communication system for Mars

MARSNAVCOM is a study aimed at prototyping key technologies for a Mars positioning and communication system using Small Satellites. The proposed fleet of small satellites, Mars Comms/Nav, will provide services to Mars missions by allowing Earth-Mars data relay communication and localization services reducing complexity, weight and costs of the payloads and outsourcing the operations and…

Mars Surface Platform Capabilities

The Mars Surface Platform Capabilities (MSPC) ESA-funded study determines how to capitalize and improve on the Entry, Descent, and Landing (EDL) system of the 2016 ExoMars Schiaparelli mission. MSPC leverages the knowledge gained from ExoMars Schiaparelli, and converts its architecture it into a multi-purpose science platform of moderate size and cost. The Final Project Review on…

G3PSTAR Space GNSS Receiver for Cubesats

Innovative space missions and services based on smaller platforms like cubesats depend on equally innovative payloads. Space-based services in the New Space arena such as in-orbit servicing – the refuelling or reparing of satellites – or collision avoidance services – increasingly necessary due to the growing number of satellites in orbit – depend on knowing…

SPACEWAYS Space Traffic Management

Did you know that there are more than 6000 satellites in orbit around the Earth right now? The accumulation of Space Debris particularly in low-earth orbits is one of the most pressing threats to the long-term sustainability of space operations, as it poses a series of risks and costs ranging from loss of the payload,…

ADIF in your mobile

Elecnor Deimos develops for ADIF a mobile application that provides real-time information on train locations and available services to the users.

gs4EO

The gs4EO suit, developed after more than a decade of work for ESA Earth Observation Missions, can be used to customize the ground segment according to the customer’s requirements.

KYROS

KYROS is a location-based services platform that enables the positioning, management and control of mobile resources for different applications split into three product families that monitor people, vehicles, and assets.

GALILEO

Galileo is Europe’s own global navigation satellite system, providing a highly accurate, guaranteed global positioning service under civilian control. Elecnor Deimos is in charge of the development of three Galileo Ground Mission Segment Main Facilities as prime contractor, participating also in the space and user segments.

GLIMPS

GLobal MonItoring of MicroPlastics using GNSS-Reflectometry (GLIMPS) goal is to produce global maps of microplastics concentration in the oceans using multi mission GNSS-R data.

SEOSAT/INGENIO

Ingenio is an optical high-resolution imaging mission devoted to providing multispectral land optical images to different Spanish and European civil, institutional and government users in which Elecnor-Deimos has provided a significant contribution along the mission definition and implementation, focused on ground segment activities devoted to the exploitation of the on-board instrument data received in Earth.