Strategic advice to leverage new technologies

Technology is at the heart of nearly every enterprise, enabling new business models and strategies, and serving as the catalyst to industry convergence. Leveraging the right technology can improve business outcomes, providing intelligence and insights that help you make more informed and accurate decisions. From finding patterns in data through data science, to curating relevant insights with data analytics, to the predictive abilities and innumerable applications of AI, to solving challenging business problems with ML, NLP, and knowledge graphs, technology has brought decision-making to a more intelligent level. Keep pace with the technology trends, opportunities, applications, and real-world use cases that will move your organization closer to its transformation and business goals.

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Healthcare and life sciences companies are applying machine learning, Internet of Things, big data analytics, wearables, blockchain, and other advanced technologies across various processes and operations. Simply put, the degree of innovation taking place within these industries utilizing these technologies is stunning — even to the point where we are seeing new business models that could potentially threaten existing industries.
Curt Hall focuses on the benefits of integrating unstructured data into electronic health records. He describes how biometric data, lifestyle data, and general healthcare information can come together to help clinicians, researchers, and health/wellness companies better understand the effect of patient health behaviors and lifestyles on potential approaches and treatments. More personalized medical treatments, improved health trend identification, and lower healthcare costs are all possible outcomes.
Five Arthur D. Little Partners and Principals predict that big data will move the healthcare industry’s digital transformation forward, providing better admission rate estimation, more effective chronic-care treatments, and a reduction in medication-error rates. Their article includes detailed descriptions of eight drivers of data-driven healthcare: technology trends, data quality and availability, data security, an enabling ecosystem, public-private partnerships, patient participation, the need for better change management, and the development of employees with data analysis skills.
Cutter Expert San Murugesan looks at why health data is so valuable to cybercriminals, why criminals are often successful in their attacks, and the cost of these breaches. He outlines seven technologies/approaches that can help: authentication and access control, encryption, data anonymization, mobile device security, monitoring and auditing, artificial intelligence, and zero trust. Murugesan concludes with a list of processes that should always be in place to secure health data.
Jacek Chmiel examines current challenges in the data processing space. He outlines the issues stemming from multiple health data standards, the need for more developed data quality processes, and the industry’s perhaps unnecessary aversion to data streaming. Chmiel offers hope in the form of federated analytics and federated learning to allow more collaborative data processing between countries and proposes increased use of automation. He also advocates for employing publicly and commercially available data sets and looks at how natural language processing, machine learning, and quantum computing are the future of data-driven pharma.
The authors relate how the data science team at Sanofi’s Toronto, Canada, pharmaceutical manufacturing site moved from a reactive to a proactive operational mode to enhance data analytics and increase efficiency. They describe the prescriptive analytics solution they developed to significantly reduce reaction times when manufacturing issues occur. Their live data analytics engine accommodates various modeling approaches and performs additional data mining.
This Advisor takes a closer look at cyber resilience: companies must protect data systems against cyberattackers trying to take advantage of pandemic-related changes and must adjust their crisis management measures to ensure continuity of activities when a crisis develops.
Most cyberattacks come from known vectors and methods that are well-defined. As we explore in this Advisor, these threats can be effectively defended against by ensuring that basic security measures are in place.