Portfolio

The aim of Cert-EO („Certified with Earth Observation”) is to apply Earth Observation solutions to support certification procedures of organic farming. The feasibility study project focuses on a service that can complement the personal on-the-spot checks with serving gap-filling data about a selected area, parcel or crop by automated analysis and evaluation of remote sensing (satellite) images.

Phase 1 of Project LUNAR has determined the feasibility of a multi purpose shared electric fleet solution for NHS Hospitals. We wanted to reduce transport related challenges for employees and patients by providing a sustainable, optimised solution that improves access and reduces cost.

The aim of the Estate Market Trends (EMT) project is to provide a financial service that introduces a digital transformation of access to real estate market data. The main objective of the proposed solution is to create investment reports based on a selected location (coordinates). The system assumes the use and mutual integration of different sources of real estate data.

The Digital Engineer is an AI-powered Digital Assistant allowing engineering learners, students and professionals, to acquire industry knowhow and expertise alongside a group of peers, through hands-on projects, anywhere in the world, to solve big problems on planet Earth, and providing the tools for engineering instructors to focus on teaching. The platform is the foundation of the future of engineering education thanks to powerful digitalization and automation of workflows.

DreamCoder 2.0 is your first ticket to Space. It is a commercially driven application to digitally access the International Space Station. The service is powered by Nanoracks Europe in partnership with Rina Consulting.

We want to manufacture a harvesting tractor for strawberries. No one should do physically hard field work anymore. The Time has come to make a change. European companies should also be on the verge of this new technologies. We make use of high accuracy SatNav GNSS-technologies (GALILEO) to secure the robot operations.

MESPAC is a service suite that delivers to the offshore wind industry highly accurate, continuous and certified wind, wave and other metocean information for offshore wind farm sites. Based on Earth Observation Satellites, the quality of the data provided is suitable for bankability and advanced design activities for new marine energy projects.

Existing space technologies (SatNAV, SatCOM, SatEO) can be blended with the most innovative data intelligence and certification technologies (Edge AI, IoT and DLT) to offer next generation Remote Container Monitoring services (Container-as-a-Service, CaaS), hence increasing overall food supply chain safety and reliability, in the pursuit of the highest possible final customer “satisfaction”.

In addition to a shortage of manual labour, tree nurseries, orchards and vineyards are facing challenges regarding their use of chemicals, which shall decrease to comply with EU regulations and decrease environmental impact. In this context, Exobotic Techologies aims to offer an agricultural robot and a web application using satellite images to help these actors to better monitor and treat their plants.

H2Orb tested the feasibility of developing a monitoring and alerting tool that harnesses satellite data to complement ground sensors in supporting the aquaculture sector.  It used real-time data insights and early alerts to enable intervention measures for environmental and water quality to be applied to safeguard aquaculture stock whilst allowing farmers to monitor the results of their interventions.

Organic markets are growing all over the world. The frequency of organic food fraud is increasing as well. To counter this fraud, satellite-based new technology can play an important role. Our satellite-based organic Plausibility Checker will act as a third eye for ensuring the extra surveillance in the organic sector combined with a supply chain mass balance system that combines certification and product transaction data.

DRAMA enables airports to address the drone challenge in a systematic, fact-based manner. All decisions concerning the management of drones and procurement of detection solutions are driven by risk assessment and ongoing risk monitoring. DRAMA provides airports with an easily adaptable solution that enables mitigation strategies and drone sensor selection.

Creation, production and installation of exhibitions based on satellite images to promote space applications or to highlight a territory or a specific topic.

The SATET project will assess how the space asset data can be used to forecast revenues, and costs and quantify operational risks associated with the planning, operation and management of wave and wind energy platforms.

BePI is a health and security service born to help public and private entities to address COVID-19 emergency. The synergic use of UAVs and UGVs (aerial and ground robots) assisted by AI, makes it possible to contactless measure people’s body temperature, blood oxygen saturation and heart rate and to detect specific alerts (presence of people’s gatherings and use of protective face mask). The service provides geo-referenced and aggregated data for each covered area.

After decades of interventions in the cocoa sector and implementation of voluntary sustainability standards, the environmental impacts of cocoa production are still present. Supposedly sustainably produced cocoa is mislabelled and not produced according to sustainability standards. The EO4CS project aims at preventing food fraud of cacao by supporting the certification process for labels of sustainability with objective satellite-based earth observation information.