Medication prescription is a formal communication method that physicians use to authorize a pharmacist to dispense prescription drugs or controlled substances to patients. For years, physicians have used hand-written prescriptions for communicating medication instructions to patients and documenting the drug requirements for pharmacists. Factors such as the rapidly expanding population and the growing need for health care services pose a significant challenge to the national healthcare systems worldwide. Also, the increasing use of medications to treat different ailments has resulted in a corresponding rise in the number of medication prescriptions and diversity in medication types.

Continuous learning requirements for students and professionals driven by sweeping trends over the past two decades due to globalization, talent migration, and consistent improvements in corporate competencies and individual talent grooming have increased the scope of e-learning. With rapid globalization, there has been increased mobility of human capital in industries, including tourism, trade, media, international relations, and science and technology. Therefore, there is a need to effectively acquire functional and vocational skills over a short period and in a cost-effective manner. While conventional learning and training methods cater to most needs, they are ineffective in meeting the dynamic learners’ requirements, especially in the rapidly expanding learner segment.

The global disposable gloves market is experiencing extremely high demand, supply shortages, competition for production lines, and higher production costs because of the ongoing COVID-19 pandemic across the world. Global players are unable to absorb all the resulting production cost increases due to factors like a hike in raw material cost, labor shortage, and more, thereby resulting in higher cost of the final products to customers.

Advances in technology have led to the development of several tools and machines used across industries. Power tools are outpacing traditional hand tools in the professional and residential segments due to the demand for efficiency. For example, the construction industry experiences high pressure to launch innovative tools that reduce human effort. The surge in the infrastructure and the construction market is a boon to the power tools market that will also enforce innovations in the future. The rise in manual labor costs and home improvement activities, and DIY has pushed the demand for user-friendly tools.

Coding & marking have remained an integral part of the product/commodity supply chain for years now. The overall technology itself has a crucial role to play in our daily lives, be it from the perspective of businesses, industries, or even consumers. The coding & marking process in simple terms involves the imprinting of information and data on products and packaging to enable an efficient track & trace process throughout the supply/distribution chain. This packaging could either be a primary or secondary form of packaging, depending on the product material to be coded. Similarly, the information or the data to be printed can vary as per product category. For instance, the coding & marking of food items such as fruit cakes can have information such as best before dates and bar codes for tracking it, while in the case of chemical fertilizers, the information related to the chemical may be highlighted more expansively.

Infectious diseases are the leading causes of morbidity and mortality. Healthcare facilities across the world are at significant risk of cross-contamination, which can lead to hospital-associated infections (HAIs) in patients. The Center for Disease Control and Prevention (CDC) estimates that around four million patients acquire HAI annually, which leads to around 40,000 mortality cases in patients. However, several advancements in surface treating technologies can help reduce patient exposure to harmful microorganisms.

OVERVIEW A decentralized water and wastewater treatment systems help in providing flexibility and efficiency required to deal with water challenges across the globe. Decentralized water or wastewater treatment is the practice of setting water treatment facilities at the site of demand or supply. It is a sustainable and flexible alternative solution to the large treatment plants that need costly delivery and supply infrastructure. Water scarcity is one of the greatest challenges across the world, which affects not only the environment and human health but also local economies that depend on water for industry, agriculture, and business. Therefore, this generates the requirement for decentralized water treatment facilities to address the problems.

The global autonomous floor scrubber market is gaining momentum due to the rising demand for effectiveness and efficiency by various commercial and industrial users. Also, high labor costs in developed countries and stringent cleanliness norms in various end-user industries are driving the growth of the market. The popular trend of automation, rising dependence on productivity-enhancing technologies, developments in advanced technologies such as Artificial Intelligence (AI) and sensors provide significant growth opportunities for vendors in the market. An autonomous floor scrubber minimizes human intervention in laborious cleaning tasks and saves numerous manual hours, which enables organizations to enhance their overall productivity. In several industries, these machines provide a more ergonomic method of cleaning, thereby ensuring the safety of sanitation workers. Autonomous floor scrubbers are majorly used for cleaning hard floors in various sectors, such as healthcare, warehouse & logistics, manufacturing, retailing, and airports. The continuous expansion of these industries across various countries provides tremendous growth opportunities to vendors in the global autonomous floor scrubber market.

Physical security layers are installed in data centers to prevent unwanted entry and threats. They are commonly divided into four layers – Perimeter Security, Building Security, Data Hall Security, and Cabinet Security.

Physical security layers are installed in data centers to prevent unwanted entry and threats. They are commonly divided into four layers – Perimeter Security, Building Security, Data Hall Security, and Cabinet Security.