#100PARSEC

We are putting cameras on tractors and agricultural sprayers in order to precisely spray weeds and cut in half the use of herbicides.

If you need machinery based RGB images or maps of weeds and crops, contact us!

Founded recently in Malta, Alka Ocean Products is in the process of producing high-value organic chemicals for use in high-end skincare products.

The team won a Maritime Seed Funding Award in December 2019 and is excited to be joining PARSEC in the hope of expanding our services and products.

Worldwide established light aircraft manufacturer, ranging from 2 to 4 seats. Working on turnkey aerial solutions. 150 Kg payload thanks to new European law. Lowest operational cost. High precision 3D mapping solution for large areas: Electricity network, Railways, Urban areas, forests, agriculture areas, coastlines…

Ocean data from fishing gear: Connecting and benefiting fishermen, science and maritime industries.

Ciclogreen is an online platform (web+ app) that allows companies and city councils to reward their employees and citizens with incentives for using sustainable means of transport to go to work (sharing a car, cycling, walking, using public transport or even an electric scooter). Users register their urban trips using our tracking app and are motivated thanks to gamification elements (ranking, points, Mobility Challenges). Ciclogreen analyses accumulated mobility data to provide accurate calculations of C02 emissions to companies and mobility patterns insights to city councils, helping them to design better infrastructures and services.

We are happy to explore different ideas for collaborations. One idea could be: We would love to work with a partner to use Earth Observation Data to provide more information to city planners and/or users (e.g. monitoring traffic and parking, changes in infrastructures, air pollution, green areas, etc).

CORAmaps GmbH is a start-up company from the Technische Universität Darmstadt founded in December 2019. We are a team of four co-founders with comprehensive expertise in the fields of remote sensing, machine learning, imaging radar, geodesy, environmental sciences and business administration. We believe AI-based interpretation of satellite based radar data to be the key technology for instant information on the status of land anywhere in the world. In this context, we laid a special focus on detailed and rapid information about agricultural areas with regard to the questions what grows where, how much of it and in what quality.
With our crop maps we deliver a basic information for many services in agriculture. Let’s develop new products based on these maps! (e.g. market letters for commodity traders by a global yield estimation for crops)

Provider of Software and Integrated solutions for Permanent Crop producers, namely eVineyard and eOrchard. We deliver Digital Agriculture solutions to hundreds of clients on multiple continents.

EN/IO is an environmental start-up founded in 2018 by a group of engineers who wanted to prove that people didn’t need synthetic chemical pesticides to grow enough food for everyone – that naturally occurring molecule can be used to protect the crops from pathogens sustainably. In doing so, EN/IO team has designed hardware that generates ozone on-site and manages it precisely to provide a tailor-fitted shield against forecasted pathogen outbreak including fungi and insects through environmental data processing software.

We are installing and servicing integrated and totally-automated crop protection systems (Hi-Maye) to tomato greenhouses for a settled monthly subscription fee, decreasing the burden of making a large-sum initial investment on farmers while amplifying their operational efficiency and providing a long-term partnership with the customer using such a business model. We want to develop the capabilities of Hi-Maye further and establish it as the lone and complete pest management system applicable for a wide range of crops in the open field farms as well, decreasing the chemical footprint to boost sustainable development.

The grand vision is to design high-tech solutions operating on environmental data to tackle the crucial problems threatening the sustainability of the surrounding ecosystem.

We have developed a prototype for a software that can detect acid mine drainage (AMD) using open-source Copernicus satellite data. The prototype has already been used in a case study from Sweden, in collaboration with Luleå University of Technology.

The software is currently being improved to serve as a decision support system for large scale mining operations as well as old mine tailings. The earlier detection would prevent severe negative impact on environment and promote safer and more sustainable mining practices.
Our services will optimize on-site monitoring by clearly identifying the areas of highest risk. By detecting AMD earlier and avoiding the negative impact on environment, high costs of remediating contaminated areas can be avoided.

About our team: We are a well-balanced team composed of data scientists and resource management experts. We have a strong connection within the raw material supply chain, and two of us are part of EIT Labelled Masters program which we see as an advantage for our expansion in the sector.

10% of solar power is wasted through curtailment every year due to an unprecedented rise in solar installations and pressure on the electric network. This decreases ROI for the end customer, affects installation lifespan/efficiency and reduces clean energy.

But don’t worry, @FlexThorBE is here to end #SolarPowerWastage with a patented #IoT #AI based battery storage solution for smart energy management.

FlexThor has its core business as a smart battery energy storage solution provider for residential and commercial installation. The solution can be utilized for wind systems as well.

We are here at PARSEC to collaborate with companies who are working in EO data, satellite data, weather data, solar/wind production forecast data, satellite imaging of solar panels density over a geographical location, electrical network spread in order to estimate the solar power wastage pockets and optimized planning of FlexThor installation

Föra is a forest technology and innovation company from Spain. Founded in 2013, we are a spin-off from the University of Valladolid focused on the assessment of forest resources using remote sensing information. We operate in more than 30 million hectares in 5 european countries. At föra, we believe that the future of forestry lies in innovative solutions, which combine satellite and LiDAR with the intensive use of artificial intelligence. And our main service is ‘förecast’: our forest intelligence solution designed to offer real-time Earth Observation products with the most accurate and updated information.

GILAB is a company dedicated to developing innovative solutions based on ICT and Geoinformatics. Our main product is CropLab – it enables farmers and agronomists access to detailed information about critical indicators that define and/or influence the crop status. This ensures a more cost- efficient input management, resulting in higher yields and wiser land management.

We believe in a future where agriculture can achieve higher yields, greater quality and more sustainable agriculture processes by optimizing its resources usage. Our mission is to ensure that every farmer has the opportunity to maximize his/hers farm potential.

GORD Systems Services (for short GORD, SME established in 2006), is an independent developer of innovative solutions based on IoT, Machine learning and Mobile technologies for international markets, with a focus on industry sectors like Agriculture, Food Processing, Manufacturing, and Health.
In 2017 our team developed the first prototypes of the IntelliSTEM smart probe and smart Irrigation controller, as well as our first version of IntelliSTEM Real-time PA/ERP software solution.
All those components build the integrated Decision Support System (IntelliSTEM DSS), designed for an optimal supply of water, fertilizer and pesticides based on the real-time measurement data from the soil and the growing environment acquired by the smart probe and controller, the crop’s profile (data set of plant’s optimal needs during overall lifecycle), and the knowledge database of accumulated Big-data.
IntelliSTEM DSS was designed to support the agriculture producers in their everyday business, including planning, monitoring and overall management of agriculture production.
At the end of 2017, the team developed a crowdfunding campaign and participated in the competition for a 100K Euro grant one of the top 10 solutions
During 2018, the development of the IntelliSTEM solution was supported by the KATANA accelerator project.
Other solutions developed:
*Business Navigator (BN), ERP solution
*Business Navigator ERP RT, a real-time ERP solution, including,
-IntelliSTEM DSS solution for Agrifood sector
-Real-Time quality control and assurance, support for ISO, HASAP, HALAL, and other standards
-Predictive-maintenance
-Energy Efficiency Monitoring and Control
With our IntelliSTEM and other technology-based solutions, we aim to participate in the 4th Agrifood revolution (digital food production), scale internationally and become a globally recognized developer of innovative solutions based on IoT, Mobile, Machine learning and Blockchain technology.
GORD is managed by a multidisciplinary team with technical and commercial competencies required to successfully execute current and future company activities. With a combined experience of over 80 years in developing ICT solutions for a variety of industries that include Manufacturing, Food Processing, Health, and Agriculture, GORD has the technological knowledge and understanding of the market required to successfully develop innovative solutions based on IoT, Mobile, Machine learning and Blockchain technologies.

Urban design for climate change mitigation via environmental and air monitoring

Our Company primarily collects information of scientific value for environmental protection, urban planning and landscape ecological projects. We also deal with camera system construction for high spatial resolution aerial mapping. In our laboratories we synchronize and calibrate photogrammetric equipments. The cost-effective aerial mapping with more and more surface details is become possible with the using of these innovative equipments, in printing scale from M=1:100 to M=1:12 000. We can provide sub-centimeter spatial resolution multispectral orthophoto maps to our customers by fix-wing aircraft surveys. The increasingly obtainable information-content can be used in many sectors. Beside the change monitoring, finding the illegal landfills and surveying the vegetation, these multispectral ortho image maps are effective to detect the invasive plant species, in inland water mapping, to make precision agriculture maps and, in addition, to a number of scientific research. Now our high spatial resolution multispectral process can be used simultaneously with the hyperspectral imagers.

LiveEO uses artificial intelligence to automatically analyze vast amounts of satellite imagery and extract valuable information about different types of threats endangering large scale infrastructure grids like railway, powerlines, and pipelines.

We combine the extracted insights with a workforce management tool, allowing our customers to streamline their entire maintenance process based on our satellite image analysis.

NEUROPUBLIC is an ICT SME (90+ employees) specialized in integrated IS and high-demand applications built in Cloud computing architecture, with a special focus in Agriculture, Smart Farming and CAP. A plethora of services are offered to >725K end-users in the agriculture sector (~80% of all Greek farmers). NP designs and develops a set of innovative and low-cost smart farming (SF) services on input reduction and risk management, based on EO data and Gaiatron IoT telemetric stations, which are designed and built by NP for collecting soil and atmospheric data and for controlling actuators.

OKO leverages Earth-Observation data to create revolutionary insurance products for farmers in emerging countries.

OKO currently provides droughts and flood insurance to maize farmers in Mali, which is available from any mobile device (even without internet connection).
Next, OKO wants to develop covers against more risks (pest outbreaks, disease outbreaks) or more generally against yield reduction using vegetation indexes.

POINT is a solution for companies to find their right location in space. In doing so, they avoid failure and the waste of energy, time and money. And for the environment, we tend to diminish impact on it by restricting the occupation of land that has environmental values.

EO data is used to give a more accurate picture of land use dynamics to improve companies locational-decision process.

Open and green areas, low-carbon zones, non-floodable sites, water bodies, air quality, forest cover and so forth can offer a variety of new qualities to select the right place for a company, its logistic structrure or even for public ammenities.

Revalue It brings transparency and safety to the food supply chain.
We can trace and verify food products from seed to table.
We value the work of the farmers producing food sustainably by accurately measuring their farms carbon sequestration, so they can benefit from carbon credit schemes.
We guarantee food safety, purity, quality and environmental impact of products by independent analysis and checks.
We train farmers in regenerative agriculture and best practices from seed to table.
Our traceability system is based on a blockchain network which is a non-corruptible database.
The Producers can trace, locate and recall any of their product in real time.
The Consumers can access all the data just by flashing the product’s individual QR code.

I am a geospatial consultant based near Munich, Germany. I work with businesses and organisations to use geospatial data to fulfill their missions. With a background in forestry and anthropology, I am working to bring EO data to the edible wild mushroom industry.

We use remote sensing to monitor soil and map it in 3D. Our 3D maps provide information about soil moisture, soil nutrients, and soil organic carbon and can be integrated into smart farm machinery using our API.

Thanks to our solution, 70% fewer soil sensors would be required than current state-of-the-art methods. Being satellite data-driven, the monitoring is remote and human intervention-free.

This would save farmers time, resources, and money, prolong equipment lifetime, while reducing farm emissions.

We provide tools to create advanced detections models using Earth Observation in Agriculure and Environment. We make the data easily accessible to an environment production, in order to minimize the time and expertise needed to benefit from satellite insights

Cloud-based analytics platform for spatial & satellite data that allow users to combine data from different sources and obtain insights using AI.
Stratolloon is a tool that sllows both familiarized and non-familiarized companies with GIS, to obtain insights that can help in their decision-making processes by using satellite data & other spatial data sources.

Evaluating long term projects such as wind turbines or photovoltaics is an extremely complicated affair. The project will be in place for 20-25 years, and you need to have a good forecast of the entire lifetime. All this has to be considered when screening for location, when forecasting electricity prices or production. Each of these results will also vary depending on the scenario you are looking at. How do you believe the future electricity system will be? How has the weather been and how will the weather be?
Combining operations research models with large satellite derived datasets going as far back as 1979 to give an unprecedented prediction of the future for electricity prices. This method offers far more detail than what is the current market standard, while allowing for estimates of uncertainties and evaluating risks.
We will provide forecasts on electricity prices, production and other services such as; screening maps and easy to handle data. If an actor is investigating which wind turbine seems more promising in a location it will be possible to make a quick assessment from large selection. He can now focus his efforts on the most promising cases and get the data he needs for it. Studies done by PWC indicate that using satellite derived data sets such as the one we use, can decrease uncertainties in wind projects and provide a benefit between 1-3 million euros per 100 mw capacity.
The vision is to create a unified one-stop shop for the energy sector to acquire renewable energy data products and electricity price forecasts far into the future in an easy, precise and transparent way.

We provide an easy to use and cheap API with ready EO-based products for agriculture and forestry.

Don't waste your time and money by building your own EO infrastructure, get in touch with us.

We are interested in cooperation with companies with agricultural/forestry software, active users and problems potentially solvable by AI/machine learning.