Food security has become a global threat, calling into question the sustainable development of the planet. We face an unprecedented challenge driven by: - Population growth: The demographic explosion, especially in developing countries, is increasing the demand for food. - Dietary change: The shift to a ‘protein diet’ and increased meat consumption is increasing the pressure on agriculture. - Food waste: in developed countries, huge amounts of food are thrown away. - Climate change: global warming leads to droughts, floods, reducing crop yields. - Soil degradation: 30% of the planet's soil is already degraded and 60-70% is in various stages of degradation. We are losing it 50-100 times faster than it is regenerating! A transition to sustainable agriculture is needed, including: - Introduction of innovative technologies: Biological methods of plant protection, biomineral fertilisers, seed treatment with bioproducts. - Preservation of soil biodiversity: Increase of organic matter content, normalisation of soil biota. - Optimisation of pesticide use: Minimise quantity and environmental impact. The use of pesticides for intensification of agriculture leads to the accumulation of harmful substances and causes damage to human health and the environment. The solution to this problem is rational use, introduction of alternative methods, biological control, sustainable farming. Graph 1. Impact of pesticides on human health. Soil conservation is a global challenge. It is necessary to switch to sustainable agricultural practices, reduce the use of pesticides and chemical fertilisers, and adopt ecological farming practices. Soil is the foundation of life: - Healthy soil is a guarantee of healthy food, a home for a multitude of organisms. - Soil formation is a complex process involving physical, chemical and biological influences. - Soil degradation is a global threat caused by intensive ploughing, chemicalisation of agriculture and changes in microflora. - Consequences of degradation: Loss of fertility, loss of topsoil. Key agronomic practices for soil restoration: - Optimising C/N ratio: Maintaining the optimum ratio of carbon (C) to nitrogen (N) in the soil (25:1) for soil biota health. - Increasing organic matter content: - Using fertilisers containing humates and beneficial soil microorganisms. - Soil health technologies: Use of bioproducts to introduce biodiversity of beneficial microorganisms and reduce phytopathogenic background. - Treatment of crop residues with Effect Bio®: accelerates residue decomposition, forms fertile humus, suppresses pathogen growth. - Application of biomineral fertilisers. Multilayer granules of prolonged action, strengthens plant immunity. - Seed treatment with bioproducts: stimulates growth, strengthens immunity, improves nutrition, increases yield. An integrated approach to farming will restore soil health and ensure sustainable food production.

Employees in financial institutions who are engaged in industry research and strategic planning often face issues such as scattered information resources, complex research tools, and data silos. Common general Large Language Models(LLMs) on the market cannot be directly applied to the finance sector, which is knowledge-intensive and requires high professional standards. Therefore, this project has trained a specialized LLM tailored for the financial research field and established the ICBC Research Intelligence Platform. The platform assists research analysts by applying LLMs technology to scenarios such as research report analysis and writing, industry risk assessment, data-driven decision-making, and business management planning. It helps users quickly access information, improve research and decision-making efficiency, and acts as a "second brain" for financial analysts.

Problem: Manual document processing is slow, prone to errors, and challenging to manage, especially with large volumes of unstructured data. Solution: DreamDocs automates the entire document processing workflow using AI. It efficiently classifies, sorts, and extracts information from any type of document, significantly reducing both time and costs.

Modern people do a large number of things and tasks on a daily basis. Sometimes there is not much time left for their own health. Remote health monitoring allows people to stay in touch with doctors and know that they will not be left alone in an emergency. Remote patient monitoring software is also great for caring for loved ones who are far away and can't always be reached. This type of monitoring saves time and money for both patients and the medical facility.

Behavioral change is a pressing concern in promoting sustainable practices among individuals to mitigate climate change. Bridging the gap between global climate policies and individual actions is crucial.

The labor-intensive nature of monitoring extensive agricultural fields has highlighted the need for more efficient management techniques. This project addresses the issue by deploying drones equipped with multi-spectral imaging sensors, which monitor crop health, identify pest infestations, and optimize the usage of water and fertilizers, enhancing agricultural efficiency.

Standard PHS plants need abundant water and large area and suitable topography, this causes for ecological damage and wastage of capital cost. this practice get interesting result in compromising this problems to applicable any where.

Problem:-In the architecture industry, relying on reaching clients and other service providers is through word of mouth only, which limits access to a large and broad client base. -Lack of Design Knowledge -Material Selection -Communication & Collaboration -Pricing & Value Perception -Portfolio Development -Targeting the right audience -Marketing & Promotions / So Our solution:- An intelligent social network platform for inspiration, and linking between all service providers(companies, professionals, suppliers, contractors) and clients in the architecture and home improvement industry. With an intelligent Matchmaking system and magic tools supported by artificial intelligence to make effective linking and task automation.

When it comes to the data integrity of carbon emissions shown by a particular organization, there are currently no factors to evaluate or check the authenticity of those emissions throughout their supply chain process. So, this becomes a problem for the entity and the stakeholders to confidently address or show sustainability within an ESG compliance or to the customers buying the product. Our solution to this problem is to bring in a feature called the, ‘Carbon Confidence Score’ Now, for example, if a company shows their scope 2 emissions and that too of the production unit stage in a lifecycle# they can show the ‘Carbon Confidence Score’ along with the total emissions to mitigate the problem of data integrity or how reliable the emissions of their scope 2 are.

People don't know how to select the right NFT, My team has created a chrome extension that is going to show how good the NFT is on a scale 0-10