Ovum forecasts global life sciences technology spending to reach $40.8bn by the end of 2017.
Global IT spending will increase at a cumulative annual growth rate (CAGR) of 3.6% to reach $40.8bn by 2017, predicts Ovum. According to new figures from the global analyst firm, highest growth will be in the Asia-Pacific region, in the small- to mid-sized enterprise subsector, and in the BI and analytics solution area.
In its latest "Global Life Sciences IT" spending forecast* Ovum reveals that the increase in IT spending will be fuelled in large part by the growth in data analysis and related technologies, the acquisition of systems to comply with new regulatory requirements, and increased spending on applications that advance operating efficiency and automation. Asia-Pacific will continue to be a fast-growing region for IT spending, driven by the transfer of drug discovery, development, and manufacturing to China and India. Elsewhere, value chain fragmentation caused by new entities being spun out of Big Pharma and rapid growth in the emerging markets will see strong IT spending growth of 9.4% CAGR in the small pharma/biotech subsector, totaling $10.5bn in 2017.
“The factors driving IT spending in the life sciences industry continue to be complex, with payers of healthcare demanding greater value in the face of increasing costs, technological advances enabling new types of research that are changing societal expectations, and opportunities arising from the emerging markets,” explains Andrew Brosnan, senior analyst, healthcare and life sciences at Ovum. “We expect much of this predicted growth to come from investment in business intelligence (BI) and analytics, as institutions look to collect, clean, manage, and analyze the vast amount of data from sources such as social media, electronic medical records, and genetic sequencing.”
Although overall IT spending will be higher as total revenue increases, Ovum expects total IT spending as a percentage of total revenues to decrease to 3.4% in 2017, largely due to IT-related cost efficiencies and the increased use of generics, which are less IT-intensive to develop than novel medications.
“The improvement of IT-related cost efficiencies will be achieved through systems simplification and infrastructure consolidation, further cloud adoption, falling component prices, and increased external sourcing,” Brosnan explains. “Greater externalization of what were once in-house resources and capabilities is occurring globally across all subsectors (biotech, small to mid-sized pharma, and big pharma). The centralization of externalized services reduces the total cost of ownership by stripping out duplicative investment and realizing greater economies of scale.”
*Global Life Sciences IT Spending Forecast through 2017: Analysis