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The excellence and productivity of a country’s health care system can have a colossal impact on its inhabitants’ quality of life. The health of a nation depends mostly on how the system can cater to its people, which is why a satisfactory public health care system is so necessary. Stronger health is the key to human happiness and well-being. It also makes a noteworthy contribution to economic development, as healthy populations live longer, are more productive, and save more. Many factors influence health status and a country’s capability to administer quality health services for its people. Ministries of health are crucial actors, but so are other government departments, donor organizations, civil society groups, and communities themselves. They say that the best things in life are free: but is that true for healthcare?  Understanding Free Healthcare vs Universal Healthcare  Both of these terms are usually used interchangeably but there are differences. Universal Healthcare : Universa

  The COVID-19 pandemic has brought several challenges globally creating havoc in all the industry sectors. The new norms such as social distancing and remote working have made organizations redefine their business strategies. Regardless of the business, every organization is taking efforts in finding ways to operate effectively and meet the customers’ needs. In this tricky situation, technologies such as Artificial Intelligence and Machine Learning are playing a key role for companies in better understanding and addressing the current crisis. Different sectors ranging from research, healthcare to even agriculture are deploying AI technologies. Several Artificial Intelligence solution providers are also fuelling the use of AI in reconstructing the industries. Here are the 5 Artificial Intelligence solution providers that are helping companies rise from the crisis and serve the customers in a better way. Addressing the Fraud Risks Established in 2017,  Point Predictive  is providing tre

  Throughout the last decade, the life-science tool industry has undergone rapid consolidation. This has affected the competition in some amount as there are only a few big players in the life-science industry. Nevertheless, customers are always drawn to the companies that deliver the best result. As a result, despite the price and delivery power of the dominant players, small players like  AAT Bioquest  has managed to be in the forefront. The company has gained a noticeable customer base, hence establishing itself on the map of biotech companies. The rapid introduction of new products and excellent technical supports enable the company to have an extremely loyal customer base. AAT Bioquest was established in 2006 with a mission to innovate and push the boundaries of assay technologies. Today, almost after a decade, the commitment has stayed the same. Its unique, integrative approach to assay development draws from all fields of study, from chemistry to biology to informatics and more,

  As corporations move more and more processing resources and data storage to the cloud, and more and more employees work from home, the demand for remote system management and data analysis has gained major visibility. At the same time, the volume and variety of data to be managed and analyzed has increased exponentially. Throughout the world, companies are looking to find their niche and settle into a new normal – while still maintaining a data-driven approach to IT and IIoT management. Additionally, now more than ever manufacturers are looking for solutions that protect their critical business operations and valuable data assets. Cyber attacks against industrial operations are becoming more commonplace and manufacturers are increasingly finding themselves at greater risk. Just this past February, a cyberattack caused major disruptions to the operations for a US Natural Gas pipeline operator causing it to shut down for two days while engineers raced to get the threat under control. T

  O Over the last few months, organizations have undergone several changes—the adoption of cloud services has been one of the major changes for the majority of the organization. Due to COVID-19, cloud adoption has been rapidly increased especially in the healthcare industry. According to the report published by   Technavio , during 2020-2024 the global healthcare cloud computing market size is expected to grow by USD 25.54 billion. The COVID-19 has imposed new norms such as lockdowns, social distancing, and remote working. As per the research firm  Canalys , Companies worldwide spent a record $34.6 billion on cloud services in the second quarter, up roughly 11% from the previous quarter and 30% from the same period last year. Furthermore, the firm revealed Amazon’s AWS and Azure cloud unit led the spending game. These spendings were divided across cloud-based collaboration and remote working tools, e-commerce, remote learning, and content streaming. Here are the top 3 Healthcare cloud

 A New Zealand Startup Claims, Yes! More than a billion people around the world have no electricity in their houses; millions more receive poor and inadequate supplies. Most often political but sometimes, heavy price tags and high installation costs are the main reasons behind this crisis. However, the worst when installation costs skyrocket and at times it’s even impossible to bring certain infrastructures to remote physical locations. For example, the offshore wind farms near the Cook Strait, New Zealand require 40km underwater cable, which costs $150m i.e., $3m per kilometer. But someone a century back had already thought outside of the box — getting the wires out of the picture entirely, so-called “wireless electricity.” The History of Wireless Electricity In 1901,  Nikola Tesl a began working on a large high-voltage wireless energy transmission station called the Wardenclyffe Tower which was a wireless prototype transmitter for a “World Wireless System.” This prototype was suppose