Brief of the Project: We are building the first Automated Eco-Label Powered by Satellite Data and blockchain technology!

Why? Because food identity it’s good for humanity and human health. Let us explain:

Our initiative aims to transform the agricultural sector and food safety through technology. This project integrates satellite data and blockchain technology to develop an automated eco-labelling system, a first of its kind in the industry.

Our project introduces an innovative automated eco-labelling system that implements satellite data and blockchain technology. This system is designed to provide real-time, accurate, and transparent information about the environmental impact of agricultural products and provide them with a food identity compliant to sustainable practices for achieving a truly automated ‘food identity/food passport’ credential.

Unique competitive advantages:

• Unique proprietary framework study circular economy, to guarantee eco-label metrics comply with type1 and type2 environmental standards.
• Secured support with leading EU high-definition satellite data API to guarantee global coverage on satellite data from Sentinel-Hub and third-party service providers.
• We have secured a collaboration agreement with Star.Vision a leading AI Satellite service cloud provider and space engineering software company, with already self-own satellites functioning in orbit. The purpose of our MoU collaboration is to launch our solution into space once we conclude testing our prototype. This will allow us to scale our solution and achieve real time data by processing and filtering information in orbit to reduce time and infrastructure limitations currently present in the earth observation industry.

Key Features:

2. 1. Satellite Data Automation: Our system implements cutting-edge machine learning and AI algorithms to extract and process data from satellites in orbit, in a comprehensive manner for helping agricultural and environmental practices. This data is crucial in accurately assessing the sustainability of farming practices for eco-labelling, including the origin of products and the carbon footprint of such products for assessing environmental compliance in a fully automated form, with global reach.

2. 2. Blockchain for Reliability: By incorporating blockchain, we ensure that all data is secure, transparent, and tamper-proof. This feature is integral in building consumer and stakeholder trust, affirming the authenticity and reliability of our eco-labels. We implement zero knowledge ZK proof of identity for building a compliance mechanism for audit and confirming environmental practices, for food identity and food safety. We intend to deploy our project utilizing the identities and zkEVM infrastructure of Polygon Labs.

2. 3. Automated Eco-Labelling: Our automated process addresses challenges related to efficiency, consistency, and scalability in eco-labelling. It significantly reduces human error and provides a faster, consistent evaluations of products related to environmental standards. By implementing high-definition satellite imagery we can serve clients globally and secure and monitor environmental practices worldwide.