In the past couple of years, cloud technology has become a lot less mysterious and complex as companies in numerous industries have moved their central organizational functions to a cloud environment. For a long time, many life sciences companies deferred hopping on the cloud bandwagon due to concerns regarding data integrity, security and regulatory compliance. Ongoing advancements in cloud technology have remedied these concerns. A recent trend is more companies developing regulated products are seeing the cloud as both a significant cost-savings benefit and competitive advantage.
A white paper by MasterControl discusses the advantages of operating in a cloud environment. It also provides insight on how to work with a cloud service provider to mitigate the challenges of change management and the cloud migration process. It includes strategies for planning and achieving a faster and more organized transition.
While moving operations to the cloud is becoming more feasible and practical for organizations, there are still some preparation steps and heavy lifting involved in making the transition. All stakeholders throughout the company need to collaborate in making decisions, addressing the migration process and preparing for how it will change their current operations. Some of the common challenges with a cloud migration include:
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These are just a few of the concerns companies face in migrating operations to the cloud. Still, a more difficult challenge might be getting all the key stakeholders onboard with both the idea of migrating and the timing of the project. To help with this effort, the white paper recommends demonstrating how the entire organization will benefit from operating in the cloud. Communicating this information to all employees — not just to executive staff and department heads — will help obtain buy-in across the company. The following are some of the most valuable benefits of migrating to the cloud:
For various reasons, IT infrastructures occasionally experience the proverbial “the system is slow” day. When this happens, users (and their nervous systems) are at the mercy of the technology. In a health care environment, slow IT system performance can directly impact the quality of patient care. With cloud technology, system latency is rare because cloud service providers are able to ensure a high level of uptime and consistent performance.
Seamless and less disruptive updates
Software version updates can be arduous and time-consuming — software validation is a major contributor to this issue. Unfortunately, many companies put off updates, which ends up being more detrimental to productivity. In a cloud environment, version updates are smaller and more frequent, resulting in minimal system disruption and downtime.
Security measures are industry- and system-specific
Companies have different IT security needs depending on their industry focus, products and IT infrastructure. It’s important for companies to implement security measures based on their specific operation and system configurations. This level of security often requires continuous monitoring and management, as well as the most up-to-date security technology. Few companies have the in-house staff and resources to accommodate their security needs. Cloud service providers are better equipped and staffed to provide comprehensive, system-specific security management.
Always current with the latest features and functionality
Organizations need to have confidence that their technology is reliable and allows staff to be productive. Unfortunately, productivity suffers when employees need to use workarounds or manual processes because the functionality they need isn’t in their current version of the software. With the cloud, smaller and more frequent updates enable users to have immediate access to all the latest functionality and feature enhancements. It also takes less time for users to come up to speed on the updated software.
Your cloud service provider is the best resource to begin your research and due diligence. Cloud companies are constantly refining the technology and upgrade experience, making it as fast and smooth as possible. The following are a few specific items to consider as you embark on your move to the cloud:
Depending on the size of your system and amount of data you need to migrate, the migration could take some time. A best practice is to create a plan that imposes the least amount of disruption as possible. For example, identify your most pertinent processes and data and build your migration plan around those priorities. This will enable you to get your critical business processes (CBP) up and running sooner.
Once you’re operating in a cloud infrastructure, updates are smaller and less complex. With your initial migration, your current system will need to adapt to functioning in a different kind of IT environment. As part of your preparation, it’s a good idea to assess how migrating your system to the cloud will impact your existing infrastructure, components, configurations and data.
Proof of concept
A proof of concept is the process of determining whether an idea can be turned into a reality and achieve the envisioned outcome. Some items to look for during your proof of concept include:
Migrating to the cloud requires some pre-planning and effort, but the process is not as complex and unwieldy as it may appear. If you have completed a major software upgrade, you have experienced much of what is involved in a cloud migration.
Read the entire white paper: “Upgrade to Cloud: Life Science Software Vendors Making “Going Cloud” Easier.”
David Jensen is a content marketing specialist at MasterControl, where he is responsible for researching and writing content for web pages, white papers, brochures, emails, blog posts, presentation materials and social media. He has over 25 years of experience producing instructional, marketing and public relations content for various technology-related industries and audiences. Jensen writes extensively about cybersecurity, data integrity, cloud computing and medical device manufacturing. He has published articles in various industry publications such as Medical Product Outsourcing (MPO) and Bio Utah. Jensen holds a bachelor’s degree in communications from Weber State University and a master’s degree in professional communication from Westminster College.