Food and Beverage Tech Review : News

Supply chain companies are utilizing IoT and blockchain sensors to detect food quality and prevent wastages.  In recent years, there has been a dramatic increase in food waste, with one-third of the food produced worldwide either being lost or wasted. These wastes not only harm business operations, but they also harm efforts to help billions of people who are hungry and are harmful to the environment - in a significant way. Approximately ten percent of global carbon emissions come from food waste and loss. It is projected that there will be 10 billion people worldwide by 2050, which will exacerbate food security and environmental problems if changes are not made quickly and easily. Digital supply chain – leveraging IoT and blockchain Many technologies are being utilized to tackle the problem of food waste. They are showing particularly impactful when providing a digital trail of the journey of the food throughout the supply chain from farm to fork to the consumer. Blockchain and IoT can provide a detailed view of where problems arise in the global supply chain.  Blockchain has been hailed as an "evolution" in the fight against food waste, enabling better traceability, transparency, and safety for food from the farm to the dinner table, thus reducing food waste. Adopting a blockchain-based digital ecosystem would allow timestamped activity and transaction verification to be stored and verified throughout the food supply chain, creating a more efficient, transparent, and cost-effective infrastructure than the one currently in use. Additionally, real-time supply chain transparency and traceability are made possible through IoT-connected devices in the food industry. Businesses can reroute or reallocate produce based on data and analytics obtained from sensors located on refrigeration units. Similarly, bin monitoring sensors help hotels and restaurants plan and reduce food waste by providing real-time information. Sensors connected to IoT in packaging can help distributors re-distribute products as necessary, or consumers can use a product before it reaches the end of its shelf life. By combining cloud-based analytics with this technology, food waste can be reduced by 50% through cloud-based analytics. Shelf-life extension – keeping food fresh for longer Almost half of all fruit and vegetables produced worldwide are wasted yearly due to decomposition and disposal, making food waste a significant problem in the supply chain. By harnessing technology, the supply chain can make informed decisions about merchandising, ordering, and distributing goods to eliminate waste. Food freshness can now also be assessed using technology, thus allowing decisions to be made. IoT networks and data analysis are leveraged at the storage stage to calculate shelf life by predicting the ripeness of fruits. By using biosensors, this system detects when the fruit is going bad by detecting an increase in ethylene production in the fruit. Packaging sensors to extend shelf life  Freshness is being tracked, monitored, and detected using IoT sensors and data analysis. On-board time-temperature sensors will prevent retailers and consumers from throwing away fresh produce that has expired beyond its 'best before' date.  ...Read more

GMO proponents see biotechnology agriculture as a critical instrument for improving agricultural yield, food quality, and vaccine and therapeutic drug production. Agricultural biotechnology based on genetically modified organisms (GMOs) opens up new possibilities for increasing agricultural output while lowering the environmental impact of current farming practices. GMOs, commonly known as "genetically modified food," are crops whose genetic makeup has been altered by inserting new genes from outside sources or deleting existing genes. Scientists and farmers agree that using biotechnology in the food sector has numerous advantages, including the potential to solve the world's hunger crisis, build super foods with extra vitamins and nutrients, and provide economic prosperity for farmers. In 1996, the first generation of GMO crops were approved for sale, primarily GMO soybeans, canola, corn, and cotton. The primary purpose of the first generation of genetically modified crops was to improve pest control, such as herbicide tolerance and insect resistance, and yield augmentation, but not profitability. Quickly adopting these technologies in agriculture revealed their benefits to farmers worldwide but not consumers. The outputs attributes of the second generation of GMO crops, such as improved nutritional features and processing characteristics, were prioritized. Because the products are indistinguishable from conventional crops, they did not affect farmer profits. Plants bred to manufacture specialty chemicals, such as biodegradable polymers, adhesives, and synthetic proteins, are among the most recent third generation of genetically modified crops currently only produced on a small scale. A subgroup of GMOs from the third generation, dubbed "Pharmacrops," has been genetically manipulated to manufacture vaccinations and antibodies. Environmentalists are becoming increasingly concerned about modified DNA being introduced into wild populations. Others are concerned that the use of biotech crops will impact biodiversity due to the persistence of genes after a GMO has been harvested, non-target organism vulnerability, and the instability of new genes. The generation of novel allergies and gene transfer from GMO foods to human cells or intestinal microflora has been a critical concern for human health. Another risk is the transfer of genes from GMO plants to conventional crops and the mixing of GM and traditional seed crops, which could indirectly impact food safety and security. On the other hand, GMO crop proponents argue that there is sufficient evidence that GMOs are necessary for promoting sustainable agriculture since they can reduce agriculture's environmental impact by reducing pesticide use, conserving fossil fuels, cutting CO2 emissions, and preserving soil and moisture. GMO technology will play an increasingly important role in agricultural sustainability in the coming years. This technology allows for the development of novel crop types that are more resistant to pests or drought, resulting in increased and improved production yields that will help to alleviate hunger and the global food insecurity crisis. Check Out This :  PropTech Startups ...Read more

A global collaborative effort is required to achieve the future of healthy and sustainable food. FREMONT, CA :  Food sustainability is the ability to improve living standards without damaging the natural resources of present and future generations. Human survival depends on the environment, and practising sustainable food habits will preserve the ecosystem for the years to come. The transition to a sustainable food system to feed an estimated 10 billion people by 2050 is an exceptional challenge. This transformation is made possible through a scientific approach to food sustainability, including an amalgamation of factors such as food production methods, distribution, consumption, and waste management. Agricultural practices must focus on producing more diverse and nutritious crops to reduce land degradation and loss of carbon and biomass. Food cultivation technology is turning toxic for our health and environment by implementing chemicals for better yield. Food production accounts for over 30 per cent of the world's greenhouse gas emissions, occupies 40 per cent of global land and consumes 70 per cent of fresh water. It's the most significant factor causing species extinction and creating a dead zone in water bodies. The gradual rise in human mortality, morbidity, and food insecurity increases the risk of irreversible and calamitous changes in the global system. How to achieve food sustainability? Recent research on food and eating habit emphasizes consuming healthy diets comprising vegetables, fruits, whole grains, legumes, nuts, and unsaturated oils. Inducing organic and eliminating processed food from diet plans will improve overall health. The governing authority at the local and global levels should implement strict laws for the conservation of land and water bodies. The food packaging process must abolish the use of plastic and non-biodegradable products. Agricultural companies must adapt innovative technology to yield a high volume of nutritious crops. Food wastage can be controlled by leveraging a combination of technical solutions and public awareness. Educating the farmers with cutting-edge farming techniques will accommodate regenerative farming. It helps to increase soil fertility, control weed and pest, reduce flooding and droughts, and build a broader ecosystem. Incorporating healthy eating habits into our daily life will ensure a sustainable and diverse ecosystem. ...Read more