Imagine you're an insurance company trying to cover farmers against bad weather — but you have no reliable way to check what actually happened on a field without driving out there. BEACON built a service that uses satellite imagery and weather forecasts to automatically verify crop damage, predict risks, and even trigger instant payouts through blockchain smart contracts. Think of it like replacing a claims adjuster's road trip with a space-based camera and an automated bank transfer. The whole package was tested with more than 10 real insurance companies across Europe.
Agricultural insurance is stuck in an expensive, slow loop: insurers cannot accurately price crop risk because weather data is unreliable, every damage claim requires costly on-site visits, and contract payouts are bogged down in manual paperwork. This makes agricultural insurance unprofitable for many providers and unaffordable for many farmers — leaving a massive market largely untapped.
BEACON built a commercial service package combining satellite-based crop monitoring (using free Copernicus data), weather intelligence for risk prediction and disaster verification, and blockchain smart contracts for automated claim payouts. The package was deployed and validated with more than 10 insurance companies. Training materials were also produced for adoption support.
If you are an agricultural insurer dealing with high costs from on-site claim verification and slow manual damage assessment — this project developed a satellite-based monitoring service that reduces on-site visits, automates index tracking, and was validated with more than 10 insurance companies in operational settings.
If you are an AgriTech company looking to add early warning and risk management features for your farmer clients — BEACON developed an early warning service using weather prediction and Earth Observation data that alerts farmers to potential crop risks and advises on mitigation actions.
If you are an InsurTech company building automated insurance products and struggling with manual contract handling and slow payouts — BEACON created a blockchain-based smart contract service that automates damage verification and payouts to insured parties, reducing administrative overhead.
The project data does not include specific pricing or licensing terms. BEACON was designed as a commercial service package with a business model validated using Lean Start-up methodology, which suggests pricing was market-tested. Contact the coordinator for current commercial terms.
Yes. The BEACON services were deployed in the operational environment of more than 10 companies in the insurance sector for open demonstration and validation. This goes beyond lab testing into real commercial pilot territory.
The consortium of 7 partners across 4 countries developed this under Horizon 2020 Innovation Action rules, which encourage commercial exploitation. With 5 industry partners (including 5 SMEs) and a coordinator that is an insurance broker, the IP is likely structured for commercial deployment. Specific licensing terms should be discussed with the consortium.
BEACON was specifically designed to integrate into insurance companies' operational environments. The fact that it was deployed with more than 10 companies suggests compatibility with real-world insurance workflows and IT infrastructure.
BEACON uses Earth Observation data from Copernicus Sentinel missions, which are free and openly available under EU policy. This means the underlying data source has no acquisition cost for companies adopting the service.
The smart contract service was part of the full service package deployed with more than 10 insurance companies. Based on available project data, it provides automated payout processing for damage claims, reducing manual contract handling. The project closed in January 2022.
The BEACON consortium is strongly industry-driven with 5 out of 7 partners coming from industry (71% ratio) and 5 being SMEs — this is not an academic exercise. The coordinator is a Greek insurance broker (Karavia Insurance Brokers), which means the project was led by someone who actually sells insurance, not a university lab. With partners across Germany, Greece, Spain, and Serbia, the solution was designed for multiple European markets. The 2 university partners provided scientific backing while the industry majority ensured commercial viability. This composition signals a project built to become a product, not just publish papers.
The coordinator is Karavia Insurance Brokers (Greece), a specialized insurance brokerage SME. SciTransfer can facilitate a direct introduction to the project team.
Want to explore how BEACON's satellite-based agricultural insurance tools could fit your business? SciTransfer can arrange a direct introduction to the consortium and help you evaluate integration options.
