Industry: IT Region: Italy Transaction price: US$ 1 million Transaction method: equity investment
Project introduction:
An innovative start-up company in Italy focuses on the field of green technology, applied to regional design and management technology. The company aims to spread the new culture of green design, protect the environment and promote technological progress, especially in the fields of parks, agricultural photovoltaics, biological gardens and green roofs, and provide innovative solutions for farmers, government agencies and companies involved in agricultural photovoltaic systems to improve their operations and improve their ability to resist climate change.
By introducing innovative high-tech products and services, the team designs and develops public and private green spaces, even s-mall green spaces, with high environmental performance, noise reduction and low water consumption. The group also provides consulting services for quantification and compensation of pollutants absorbed by plants and greenhouse gas emissions.
The IT system designed by the company realizes the automatic management of green areas.
The green area is managed by a home automation system equipped with artificial intelligence, which a-nalyzes the data received from sensors and IT systems and calculates the low water supply to obtain a large degree of plant exuberance. The company's technology and IT system are connected to an application, which allows you to automatically display data related to gardens (irrigation, temperature, humidity, lighting, etc.) and environmental quality (PM10, VOC, NOx, CO2, etc.) on the map.
It is a green automation platform, which uses advanced technologies such as multi-spectral imaging, Internet of Things sensors and machine learning to optimize plant growth and automatic maintenance in real time. Our platform is based on cloud server, allowing centralized management and scalability. Our method is factory-driven, which means that we regard the factory as the main source of information to drive automation.
The key problem that the platform aims to solve is the inefficiency and lack of accuracy of current crop management methods. Traditional methods rely on human observation and intuition, resulting in waste of resources and unsatisfactory crop yield. This problem is solved by using advanced technology to continuously monitor and optimize plant growth, and using plants as the main source of information to promote automation, thus improving efficiency and yield.