Portfolio

Automotive electrification will change the way energy is produced and consumed across

the globe due to the resulting increase in local capacity of mobile battery storage.

The Human Switch enablesincreased update and utilisation of EV technologyalong with improved load balancing to support increased utilisation of renewables, helping to improve air pollution and CO2 issues. 

The transition from fossil fuel to Electric Vehicles (EVs) will have a seismic impact in the utility, automotive and oil and gas markets as petroleum supply and infrastructure is replaced with power supply and storage.

Recent research has modelled the scale of these potentialrevenues, combining both the need for storage and V2G capabilities, where many EV owners can be aggregated into one, and their energy loads traded on the power exchanges.

Human Switch will offer twoservices; Human Switch Transitionand Live Service:

Human Switch Transition Service (Switch)–Switch helps consumers and fleet managers to make the right decisions about going electric, based on their actual driving behaviour and needs. We know that range anxiety, cost savings, carbon footprint and operational compromise are common concerns, Switch uses real world data to take the guessing out of transitioning.

Human Switch Live Service - The service allows EV owners to participate in lucrative V2G market mechanisms whilst preserving the minimum level of transport utility from their vehicle. Live helps customers make and save money through vehicle charging, by embedding EV's into the energy system.

Climate-related economic losses in agriculture have now reached €73bn/year. We need to build a climate-resilient agriculture now, by preparing for the evolving climate risk. TERRA is a SaaS risk-assessment and monitoring tool seamlessly integrating satellite data, reanalyses and seasonal forecasts, targeting insurance companies providing agricultural coverage.

In this project, a data privacy-compliant social distancing tool for monitoring compliance with social distancing regulations was developed. In times of COVID-19, it is important to track and monitor the number of people being present in a specific area. The tool can also document the captured visitor numbers in a web-based backend and can trigger warnings so that organizations can prove compliance to regulations.

Building a data intelligence & risk management platform for the coffee industry powered by AI, SatEO & cutting-edge agrometeorology to scale sustainable coffee production.

Telemachus is an integrated hardware/software medical system for the remote treatment and monitoring of users’ health conditions and positioning, thanks to a smart bracelet and a web platform leveraging on AI. Devised as a telemedicine tool answering the need to contain the spread of COVID-19 virus, Telemachus digitalise the interaction between Patients, Doctors and Health Authorities, and allows the monitoring of the health conditions of healthcare workers within hospitals.

The ForestAI project uses Artificial Intelligence (AI) and Earth Observation (EO) to provide an advanced forest monitoring solution globally. The service offers customers in the forestry domain with new tools to more efficiently manage their forests through up-to-date maps, deforestation alerts, and risk assessments.

Air quality impacts our health and our quality of life. Most of us spend 90% of their time indoors - but do we know if the air quality in our homes is good?

In this project, Airmine outlines smart home solutions to improve air quality in homes. We develop hyper-local outdoor air quality nowcasts and forecasts using data from our outdoor air quality sensors. By integrating local air quality data with smart home systems, the user can take predictive measures that can improve indoor home health.

The main goal of this project is to create an augmented reality system for the 50ha Grunwald battlefield site in Poland. Visitors will be able to download the application to their smartphones and learn more about the history of the battle while visualising the deployment of all forces on site.

Saturnalia offers unique, hard-to-find insights on fine wines all in one place. The mission is to create a living atlas of fine wines, completed with quantitative data. Such a reliable and transparent tool helps all wine lovers and professionals obtain strategic information and unique predictions not typically accessible within the wine sector.

This project defines an ‘Augmented Quantum Key Distribution (AQKD)’ Satellite Service that uses nanosatellites to deliver cryptographic keys for fractions of the cost of traditional satellite constellations. This service, rather than compete with large service providers, aims to augment these larger networks and could be used for on a wide range of end applications with multiple market verticals.

Tandem is building the future of mobility for towns and small cities by turning existing local taxis, minibuses and coaches into smart, shared shuttles 

AGROMS aims to identify crop types among major ones, at the very beginning seed season, then to provide a forecast of the harvest size, by the mid-season, far before the actual harvest, with the best accuracy.  All by using Artificial Intelligence.

RAPSODY, a project led by TEKEVER, will demonstrate the use of remotely piloted aerial systems (RPAS) in a wide area maritime context, through the execution of search & rescue and pollution monitoring missions. The missions will be executed in near-real scenarios over the Atlantic Ocean. The Satcom-enabled RPAS will be fully prepared and customized to perform these maritime missions, including the integration of specific payloads and the usage of specially tailored mission-oriented data fusion, data compression and automatic feature recognition and identification algorithms.

Developed by Archangel Imaging, WAMCam is an innovative solution integrating satellite communication and machine learning technologies to radically improve wildlife monitoring and population studies. Researchers and conservationists working in remote regions can deploy AI-enabled cameras to remotely monitor animal traps and study areas. Receiving prompt notifications of the wildlife identified by the cameras revolutionizes the effectiveness of conservation studies.

This project is a technical, economic and commercial feasibility assessment into an adaptive Load Reduction Device (LRD) for Floating Offshore Wind (FLOW) mooring systems that can significantly reduce Levelized Cost of Energy (LCOE).

The growing urban population and the impacts of climate change are putting increasing pressure on cities.

Vacant, underutilised and brownfield land provide an opportunity to create transformative interventions that contribute to addressing urban challenges and enhance the resilience of cities.

The Biodiversity Net Gain service aims to develop a rapid, accurate and efficient approach to the mapping of biodiversity baselines and biodiversity change for Biodiversity Net Gain, facilitated by remote sensing technology.

The FAST study has the objective to identify and preliminary define new or enhanced applications, leveraging satellite communications capabilities, for the public safety sector with a focus on the three main verticals: Law Enforcement, Fire Brigades and Emergency Services.