Automating validation processes gives manufacturers the flexibility and capability to make changes, updates and re-validation, making it easier to upgrade or add new MES modules to their process. Simplifying the process through automation leads to faster ROI and time to market.
Beyond simply allowing for broader yet more efficient searches, leveraging software to automate literature reviews can organize references, assign screeners, and review screening decisions. This saves time, reduces bottlenecks, and, most importantly, leads to a highly transparent, standardized, and repeatable process that supports continuous CER and PER submissions across a product portfolio and for the life of a device.
Data, IoT, artificial intelligence, predictive analytics, virtual and augmented reality, and many other technologies will fuel the healthcare system.
Data integration is doing much to enhance regulatory information management. Life sciences companies are increasingly discovering useful interdependencies between data, documents and RIM processes. The next step is to put this data to work to improve efficiency.
The adoption of this manufacturing process in healthcare saw a tremendous uptick in 2020.
How artificial intelligence and automation play an important role in future-proofing networks.
The wireless network serves as the backbone supporting patient care in every department of a healthcare facility. It is crucial to optimize and future-proof WiFi networks.
The giant leap forward in virtual health is punctuating the need for reliable, clinically accurate technologies to advance how virtual medicine is delivered.
Leveraging automation and data analytics can help facilitate innovation and financial stability.
Companies developing technologies that integrate AI need to consider regulatory concerns, community demographics, fitting into existing workflows, technical proficiency of both the hospital personnel and consumers.