Portfolio

Data driven parametric insurance solutions for wildfire and drought risks. Droughts and wildfires are increasing in frequency, intensity, and unpredictability, which is challenging traditional insurance models and exposing clients to greater losses. Our parametric insurance solutions offer pre-defined triggers and automated payouts—delivering speed, clarity, and confidence when it matters most.

The project provides a methodology for flood and landslide risk assessment, combining satellite data with physical models and socio-economic analysis in order to support insurance companies in better understanding, mapping and managing natural hazards.

Rheticus® Forest Carbon Offset is a service providing a reliability assessment for emissions offsetting investments for companies' sustainability strategies. The study aims to verify the feasibility of a service automatically providing reports containing key information from the analysis of EO-derived data, integrated within the Rheticus® platform by Planetek Italia, evaluating forest carbon offsets of REDD+ and in general Nature-Based projects.

ACT is an AI-powered cloud platform transforming satellite data into precise, transparent, and verifiable forest carbon credit estimates. It supports planning, simulation, and monitoring needs across the carbon project lifecycle, helping project developers and stakeholders generate high-quality credits with improved efficiency and credibility.

The Digitising Water Resilience project, led by Krucial in collaboration with SAS Analytics, Deep Planet, SRUC,  and the University of Strathclyde, has demonstrated the feasibility of a globally scalable solution for  monitoring water stress. Combining IoT sensors, Earth Observation (EO) data, and advanced analytics, the  solution provides actionable insights to address water quality and quantity challenges. This innovative  approach supports better decision-making, sustainability, and regulatory compliance in diverse sectors and  geographies.

Water quality digital twin bridges together AMR abundance values with EO observation water quality markers extracted from Copernicus Marine. This project proved the feasibility to predict AMR abundance values in water utilizing machine learning model (random forest  decision tree, xgboost) trained on 30 water quality, oceanographic, biochemistry parameters such as alkalinity, water pH, turbidity, sea  water salinity, sea water velocity. etc.)

TAVAP optimises farm operations by utilising SAR-based crop growth models and weather forecasts. It helps farmers plan ahead, prioritise actions, create precision farming maps, and efficiently allocate resources like fertilizers and protective agents through variable rate applications.

Leveraging satellite imagery and AI analytics to detect and prevent child labour in global supply chains. The platform provides companies with real-time monitoring, risk assessment, and verification tools to ensure ethical sourcing compliance, protect vulnerable children, and strengthen corporate social responsibility commitments through transparent, data-driven insights.

SAFER provides accurate, hyperlocal seismic hazard maps and forecasts. Leveraging GNSS, Earth Observation data and advanced AI models, SAFER enables proactive disaster preparedness, informed urban planning, improved infrastructure resilience and enhanced risk assessment for governments, municipalities, infrastructure operators, insurers and financial institutions globally.

Instantly Networked Smart Triage (INST) is a novel service enabled by satellite communications that provides real-time data to emergency services to save lives in mass casualty incidents. INST is enabled by a low-cost lightweight device that can be associated with a casualty to indicate where they are, how urgently they require medical attention, and to report the number of casualties. 

Ground deformation is a hidden risk that can cause severe damage to our infrastructure. Satellite-based  deformation measurements using the InSAR-technology allow us to map deformation over large areas with  staggering precision. However, a fundamental flaw in the technology is that it assumes a static scene. With  RS-InSAR, we have integrated change detection to allow the mapping of dynamic scenes.

SAMPLIFLY is a fast, integrated, and sustainable drone-based express transportation service design to carry different types of samples for industrial companies. SAMPLIFLY is able to operate in highly industrialised areas such as large harbours.

SPECTRUM is the new DBX Commodities’ technology pipeline that accurately characterises the activity of the steelmaking industry across the globe, using ESA spaceborne satellites. 

DECARDIS optimises maritime efficiency with Just-In-Time (JIT) operations, enhancing route planning, real-time data sharing, and stakeholder collaboration. Leveraging space-based technologies like Sentinel satellite data and AIS, the solution improves operational precision, reduces fuel consumption, and lowers emissions. Delivered via a cloud-based SaaS platform, DECARDIS supports ports, shipping lines, and cargo owners for sustainable, cost-effective operations.

Feasibility study for an innovative climate communication AI-based service

Experience the future of organic farming with a pioneering herbicide-free weed control solution. Utilizing advanced GNSS and RTK technology, an autonomous robotic fleet precisely targets and removes weeds, optimizing yield and ensuring livestock safety. Paltech’s Robots as a Service (RaaS) model delivers efficient, sustainable, and resource-effective farming, revolutionizing weed management for organic farmers in Germany.