According to statistics, we consume sodium chloride (table salt) five times more than the norm recommended by WHO. Replacing table salt with Green salt can significantly reduce the consumption of sodium chloride. Reducing sodium chloride intake by at least 30% reduces the risk of hypertension and other diseases of the cardiovascular system. Green salt contains a balanced complex of mineral salts of potassium, sodium and magnesium, so the usual degree of salinity of dishes is achieved using less sodium chloride. In addition, Green salt contains a set of useful vitamins, micro- and macronutrients.

Approximately 1.71 billion people have musculoskeletal conditions worldwide ➢ Musculoskeletal conditions are the leading contributor to disability worldwide ➢ Lower back pain is the single leading cause of disability in approximately 160 countries ➢ A vicious cycle of bone and joint diseases, pain, disability, obesity, and comorbidities can significantly impact life ➢ MUSCULOSKELETAL NUTRITION IS HAZY AND NOT COMPREHENSIVE- is one of the most important ➢ Elderly population growth in India will be high and in the next 10-15 years we will see a rise in musculoskeletal conditions and morbidities Clean Vitals OrthyX will solve all these problems in the plant based nutrition and wellness domain, with future plans for backward integration to farm and produce the key plant based compounds. We want to solve the problem of inadequate supply of plant based medical and clinical nutrition. Research has shown that plant based clean products are useful in chronic conditions like Osteoarthritis, Rheumatoid arthritis, Osteoporosis and other Musculoskeletal disorders and we will beat the competition to build a scalable company in this domain. Implemented solutions are Our vision is to create Impactful, Innovative, Science backed plant based food products that empower people to build great health and life, across various ages. We plan to improve the health and vitality of a billion lives through clean, researched and top quality products. Did you know that osteoarthritis affects over half a billion people worldwide, and one in three women over the age of 50 will experience fractures due to osteoporosis? These conditions can erode cartilage, intensify inflammation, and weaken bones, significantly impacting a person's quality of life OrthyX will revolutionize the solution journey DAILY NUTRITION, POWDER FORM TAKEN WITH WATER SKU is for a month pack We will build India's one of the largest plant based medical and clinical nutraceutical businesses through doctors and hospitals in the next 5-7 years.

China consumes 680 million pigs annually, making it the world's largest producer and consumer of pork. However, China's core breeding pig population only includes 150,000 pigs, which can meet just 20% of the 680 million commercial pigs' production capacity. As a result, China’s pig industry is characterized by ""large scale but low efficiency,"" with key indicators such as litter size and feed conversion rate lagging behind those of foreign countries. To maximize profits, more than 80% of breeding companies in China import breeding stock from abroad, with sources controlled by foreign quotas, leading to an industrial outflow of up to 96 billion yuan. Due to long-term neglect of the breeding process by domestic pig farming companies, high-quality foreign genetic data cannot be retained, leading to a vicious cycle of import, degradation, and re-import. China's pig breeding industry faces severe challenges, including a weak foundation, lack of professional teams, and insufficient technical capabilities.

Student personal finance which is monitered by an ai based application which will moniter their personal finance and notify them with a personalised notification based on the place of transaction. And will also uggest them and give them knowledge about the investment in various sectors.

Description of the problems: The first challenge identified by Ethio-Leap, the scarcity of arable land, is a consequence of rapid urbanization and population growth. As cities have expanded, fertile land has dwindled, threatening the country’s agricultural productivity. The second challenge is water scarcity. Ethiopia, already grappling with limited water resources, faces increased pressure due to climate change and population growth. Conventional farming, reliant on extensive irrigation, exacerbates this problem, leading to conflicts over water usage and hindering sustainable agricultural practices. Environmental degradation is the third challenge. Conventional farming methods, associated with soil erosion, deforestation and chemical pollution, take a toll on the environment, endangering ecosystems and biodiversity. This degradation not only compromises the long-term viability of farming but also poses significant risks to public health and well-being. Fourth, traditional farming in Ethiopia is subject to seasonal variations, exacerbating food insecurity and economic instability. Crop yields fluctuate with rainfall patterns and temperature changes, leaving farmers vulnerable to market fluctuations and lean periods without sufficient produce to sustain their livelihoods. Finally, the labour-intensive nature of traditional farming places a heavy burden on farmers, often leading to high operational costs and reduced productivity. Tasks such as ploughing, planting and harvesting require significant manual labour, limiting farmers’ ability to expand their operations and invest in sustainable practices Implemented solutions:

The Chinese warehouse industry faces rising labor costs exceeding 4 trillion RMB annually, highlighting the need for improved logistics efficiency. The market for intelligent warehousing was valued at 114.6 billion RMB in 2021 and is projected to reach 266.5 billion RMB by 2026, driven by advancements in technology and demand for cost reduction. However, current automation solutions are costly and inflexible, struggling to adapt to fluctuating order volumes. Traditional box-picking methods rely heavily on manual labor, with existing robots unable to efficiently handle high-position box picking. There is a pressing need for standardized box-stacking robots that can optimize outbound operations while ensuring a return on investment within 1-3 years.

Over the past decade, the Anselm team has been developing such an automated tool and implementing it in the Russian oil and gas industry. Determining the energy efficiency and CO2 reduction potential of energy-intensive industries has never been simpler and more accurate. ANSELM Software Ecosystem employs innovative systematic scientific methodology for profitable decarbonization of heat-intensive industries. Using BIG DATA and AI tools, we automatically, quickly, and accurately identify the potential for energy efficiency and CO2 reduction in the oil industry and propose cost-effective technical measures to minimize environmental impact. Today, our industrial software helps refineries identify potential in real time, without requiring human resources, and our technical team has developed dozens of detailed designs that prove the accuracy of ANSELM estimates, resulting in stunning improvements in refinery energy efficiency and generating millions of dollars in additional profits for owners. Akin to Carl Linnaeus, who classified the flora and fauna of our planet, or Dmitry Mendeleev, who described the fundamental relationships between chemical elements, our international team of scientists created ANSELM − a unique system of indicators and algorithms to identify and prioritize all ways to improve the energy efficiency and reduce emissions of any facility operating with heat exchange cycles − with highest economic viability. With over 120 years of combined industrial experience and scientific research in energy efficiency optimization in the context of refining, our team is confident that no other approach used worldwide will match the output of ANSELM. This is a breakthrough in increasing energy efficiency on a global scale. ANSELM calculates the energy efficiency potential of the entire facility, addressing the key questions:By how much (%) could the efficiency of each process unit be improved? If improving the efficiency requires investment, would such projects be economically viable? Are there any other units, where similar investment could yield a larger economic effect? Lack of such key information leads to mistakes in strategic planning which cost many millions of dollars in long term. ANSELM answers the main questions top management and shareholders have: where to invest, how much, and what the economic effect will be

Problems from fatal addiction diseases (drug addiction, alcoholism and smoking): - the biggest cause of premature deaths; - more than 70% of suicides, 80% of murders, 68% of deaths from cirrhosis of the liver; - huge losses to the state budget; - 30% of crimes are committed while intoxicated; - tens of thousands of drunk, fatal accidents; - problems and losses of employers; - destroyed families and destinies; - teenagers who use drugs, their army is growing every year; - a sharp increase in AIDS and hepatitis C; - thousands of disabled children due to alcoholism, drug addiction and smoking; - hundreds of thousands of children left without parental care. Problems from socially acceptable addictions (gambling addiction, shopaholism, addiction to gadgets and the Internet, food addiction, procrastination, sects and others): - most of the problems are the same as with fatal addictions; - destruction of the spiritual and moral aspects of humanity; - increase in psychological and mental illnesses, stress; - the health of the nation is declining; - the burden on the healthcare system, the social sphere and the economy is increasing. Unfortunately, medicine is not yet able to cope with this problem; it needs help. The non-profit sector will be able to make a significant contribution using new methods and approaches, reducing the cost of assistance services. The proposed solution consists of creating Unified Centers for working with all types of addictions, aimed at prevention and the problems that they bring to addictions. The basis of the work will be the programs of the Autonomous Non-Commercial Organization "Correct Choice", most of which were developed jointly with the Republican Clinical Narcological Dispensary of the Republic of Khakassia. The projects have been tested, proven their effectiveness and have been recognized in various competitions, are recipients of various grants, including the President of the Russian Federation, participants in various forums, including the St. Petersburg International Economic Forum 2023 and 2024. All our programs and projects will be united in one place, where various subjects of prevention and treatment of addictions will join, reducing their burden with effective solutions.

Problem: 1. Educational Mismatch with Market Demands: Rapid tech advances outpace current educational programs, creating a pressing need for reforms to align learning with industry demands. 2. Limited Community Knowledge Sharing: The lack of effective platforms hinders the distribution of advanced knowledge and best practices within the tech community. 3. Slow Innovation to Market: The tech industry faces delays in bringing innovations to market due to lengthy development cycles and complex regulatory requirements. Solution: Engineerex Meetups address key industry challenges by offering tailored, hands-on sessions that directly align with the latest industry demands, ensuring participants acquire relevant and market-ready skills. These exclusive events also serve as a vital platform for the free flow of innovative ideas and best practices, enhancing the collective expertise within the tech community. Furthermore, by facilitating direct interaction with leading experts and encouraging collaborative problem-solving, the meetups significantly accelerate the innovation process, reducing the time from concept to market-ready solutions. This holistic approach ensures that Engineerex Meetups not only foster personal and professional growth but also drive the technological advancements crucial for industry progress.

As drone technology matures, drones have become essential in casualty search and rescue operations, enhancing efficiency through rapid aerial reconnaissance. We developed a Non-contact Damage Diagnosis and Assessment System that addresses reconnaissance needs in complex environments like high-altitude regions and urban warfare. This system uses deep learning models to capture video data for accurate casualty search and localization. Equipped with laser rangefinders and GPS, it determines the exact location of casualties while monitoring critical vital signs non-contact. This capability significantly enhances rescue efforts for both civilian emergencies and military operations.

Agriculture sector in South Africa requires innovative solutions to improve yields. AgriDrone uses drone technology to monitor crop health and provide real-time data to farmers.