Where is the Cloud? The Impact of Modern Security in Life Sciences
Researchers, trial teams, manufacturers, regulators and patients are more connected than ever, and so are the risks. Insider-driven data loss is rising in life sciences, alongside physical threats such as theft and trespassing. This whitepaper looks at how cloud-based security helps organizations close those gaps, stay compliant and prepare for what comes next.
What's inside
- The physical and insider risks facing life sciences organizations today
- What cloud brings: stronger security, better data management, scalability and remote control
- How cloud helps with compliance, high-traffic sites and emergency response
- How to future-proof your security investment
Introduction
In today’s life sciences sectors, a complex network of relationships links researchers, clinical trial professionals, healthcare providers, manufacturers, regulators, and patients, facilitating reliable treatments and professional care. This intricate network enables the sharing of sensitive medical information, enhancing the speed and personalization of therapy while remote and mobile access technologies expand capabilities. Emerging technologies such as cloud are accelerating connectivity across this market segment, integrating technology providers deeply into life sciences operations and aligning partnerships that make this market turn.
However, security threats have surged as these vital health networks become more seamless and sophisticated. Physical security incidents, such as violence against providers, trespassing, and theft, underscore the critical need for life sciences organizations to secure their complex ecosystems. In today’s post-pandemic world, the industry faces new risks, making finding new avenues to maintain security and protect vital operations paramount.
A report by Code42 Software found that life sciences companies, including medical device manufacturers, biotech, and pharmaceutical companies, are experiencing increasing rates of insider-driven losses. Though data loss from insiders, or insider risk, is pervasive across all industries, it uniquely damages companies in the life sciences sector. These companies handle sensitive information, such as patient data, product designs, formulations, trial results, and manufacturing details. Safeguarding sensitive data from unauthorized access is vital to maintain a competitive edge and ensure uninterrupted business operations. Failing to do so results in expensive litigation processes, compliance implications, financial losses, and reputational damage.
With the rapid pace of both innovation and emerging threats, organizations must gain a precise understanding of their role in the modern ecosystem, assess their access control processes, understand their data-sharing capabilities, and identify vulnerabilities amid the intersection of emerging risks. To compete and thrive in the modern world, life sciences organizations must foster greater industry collaboration, leverage security data to be more proactive, engage in real-time monitoring capabilities, and improve access controls in an era of growing reliance on cloud services.
This paper examines the current challenges and emerging solutions that can help life sciences businesses implement secure, modern ecosystems. With cloud services, like access control-as a service and visitor management platforms, organizations can aim to reduce risk, build trust, enhance privacy, drive innovation, and manage compliance. As security threats continue to increase, there is no time to lose. Enhancing ecosystem capabilities and security in the digital era will likely determine the difference between success and failure.
The Ever-Evolving Modern Landscape
The digital transformation of the healthcare and life sciences industry has revolutionized how providers access, process, and analyze data. The growing digital world has also made the protection and security of data and personnel vital, especially in this highly regulated market. Data privacy regulations, such as the Health Insurance Portability and Accountability Act (HIPAA) in the United States, the General Data Protection Regulation (GDPR) in the European Union, the California Consumer Privacy Act (CCP), and Brazil’s General Personal Data Protection Act (LGPD), underscore the need for organizations to be proactive and compliant. It is no longer sufficient to simply have security measures in place — a comprehensive and integrated approach is essential.
As the life sciences industry faces evolving challenges, technology designed for this market is also growing. Video analytics are increasingly looked at as a tool to automate functions and gain new levels of situational awareness. Biometric adoption is rising simultaneously due to an increased interest in AI.
Cloud services for physical security, particularly access control, intrusion, and visitor management, drive infrastructure changes due to their inherent benefits. These advancements offer the potential for more efficient, secure, and scalable security operations across the life sciences sector.
Over the next few years, several key trends will shape strategic decisions and investments across the industry - all of which impact security operations.
The appeal of AI…
is undeniable, but it is essential to consider how these solutions impact privacy, security, compliance, and ethics. The industry has seen a noticeable increase in interest in intelligent platforms. As we look to the future, impending regulations will help ensure the ethical application of AI and emphasize its role as a complement to healthcare providers rather than a replacement for their services.
The increasing global spending on pharmaceuticals…
particularly with the shift towards expensive specialty drugs, has led governments to implement price controls to manage costs. These measures are raising concerns about the potential reduction in R&D investment. As a result, the sector’s ability to innovate and develop new treatments is threatened, which may impact life sciences organizations’ overall security and stability. Ensuring robust security measures while navigating these financial constraints is becoming increasingly critical for the industry.
Life sciences organizations…
face various security threats - from theft of proprietary data to internal theft - and must implement proactive risk mitigation strategies. Security must be an ongoing commitment, and stakeholders should leverage multiple measures to safeguard sensitive data and physical infrastructure, including compliance audits, risk evaluations, and robust physical security protocols to protect against any vulnerabilities and strengthen defenses.
Security leaders are at the forefront of addressing these challenges, with technologies playing a crucial role in augmenting the capabilities of security staff. Access control, visitor management, and intrusion detection are all valuable tools to consider. While most facilities have traditionally used on-premises security solutions to support security strategies, modern challenges sometimes require more advanced solutions. Cloud-based access control solutions, like cloud access control, intrusion detection, and visitor management, offer a solution that eases the complexities of role-based access and efficiently manages high traffic volumes as well as create better ways of working in what is considered quite a traditional industry.
Benefits of Cloud
Cloud-based access control systems, including visitor management and intrusion, offer numerous advantages, making them ideal for modern life sciences environments, large or small.
Enhanced Security and Privacy
Life sciences generate massive amounts of data used for research, such as disease identification, drug discovery, clinical trials, and genome sequencing. Collecting, storing, and securing all this data is crucial to successful operations. Cloud-based systems provide robust security measures to safeguard information, ensuring compliance with regulations like HIPAA. These systems can also integrate seamlessly with existing infrastructure, providing more data protection and reducing the risk of breaches.
Improved Data Management
These facilities have hundreds, if not thousands, of employees requiring various access levels. Cloud platforms, like access control-as-a-service, can integrate with third-party solutions used by departments like human resources and IT. This streamlines workflows and automates once-manual processes while reducing the workload of system administrators. It also reduces the risk of errors and ensures that the right people have access at the right time.
Scalability and Flexibility
Life sciences facilities often comprise sites of different sizes across multiple geographies, each with unique security needs. Cloud-based systems provide scalability and flexibility, allowing security teams to expand or modify their security infrastructure as needed without significant investment in new hardware. This adaptability is crucial for addressing varying risks at different sites, such as a lab facing risks different from those of drug storage facilities.
Mobility and Remote Management
The ability to be on the move is crucial in today’s world. Cloud access control allows security personnel to manage and monitor access roles remotely, which benefits extensive facilities where security teams need to be in the field. Mobile applications also enable quick responses to security incidents, support immediate changes to access permissions, and drive efficient management of the facility’s security from anywhere.
Integration with Other Systems
Integration between access control and other network-enabled systems, like video surveillance, enhances situational awareness. An access control system with an open API architecture facilitates this integration, and combining multiple systems is increasingly important. For example, integrating access control with video surveillance can help security teams assess potential threats more accurately, improving safety and security.
Addressing Life Sciences Security Challenges
Life sciences organizations are in a transformative period, seeking innovation and growth while managing various risks. They must address changing patient needs and new scientific developments and navigate a volatile business environment marked by geopolitical upheaval, climate events, and manufacturing disruptions. High turnover rates, with workers moving to other life sciences companies or less regulated industries, also pose challenges.
Geopolitical volatility may increase security risks, and demographic shifts drive the need for specialized talent. The government’s efforts to manage healthcare costs further complicate the landscape. Supply chain disruptions and business interruption risks, highlighted during the pandemic, persist despite efforts to address them.
Compliance with Regulations
Life sciences organizations must comply with stringent government regulations and confidentiality standards. Cloud services are designed to meet these regulatory requirements, ensuring providers maintain compliance while enhancing their security.
Managing High Traffic and Data
These facilities have constant traffic from staff, research professionals, patients, and visitors. Managing access control and the visitor management process in such a dynamic setting can be challenging. Cloud based systems streamline data management, making granting and revoking access as needed easier. This efficiency is crucial for maintaining security without compromising the facility’s operational flow.
Practical Implementation and Outcomes
Implementing cloud-based access control systems has yielded significant positive outcomes. By adopting these solutions, life sciences organizations have enhanced their security posture, streamlined operations, and improved compliance with regulatory standards.
Enhanced Emergency Response
In emergencies, the ability to act quickly and decisively is critical. Cloud-enabled solutions enable rapid lockdowns and other security measures at the push of a button. This capability is invaluable in infectious disease outbreaks, where certain areas must be isolated immediately to prevent the spread.
Better Resource Allocation
With integrated systems, security teams can make better use of their resources. For example, video surveillance coupled with access control allows for more precise monitoring, reducing the need for constant physical presence in all areas. Security personnel can be deployed more effectively, focusing on high-risk areas and improving overall security coverage.
Future-Proofing Security
As technology continues to evolve, so do the security needs of life sciences institutions. Cloud-based systems are designed to adapt to these changes, providing a future-proof solution that can scale with the facility’s needs. This adaptability ensures that providers remain at the forefront of security technology, ready to meet new challenges.
Conclusion
Life sciences institutions are tasked with maintaining a secure environment while meeting stringent safety obligations. The cloud can help organizations achieve this balance by enabling real-time monitoring, streamlined management, and enhanced protection, effectively addressing security challenges and improving operational efficiency. Cloud-based systems accommodate complex role-based access requirements, such as immediate access for emergency teams and zoned lockdowns in high-risk lab environments. Additionally, they manage access to high-risk areas like research labs and pharmaceutical storage based on hierarchical permissions, all while handling the daily flow of staff, patients, and visitors.
As digital transformations and automation advance rapidly amid geopolitical volatility, life sciences organizations anticipate that security will remain a top priority. Risks will continue to evolve, talent gaps will intensify, and regulatory changes will remain a key concern as governments manage escalating healthcare costs.
For continued operational success, these businesses must continually assess how market dynamics, geopolitical risks, and the changing regulatory landscape may impact short- and long-term growth. Reputational considerations, including shareholders’ perspectives, also play a role in security assessments and inform organizations’ risk management strategies. Staying one step ahead is crucial, and leveraging cloud solutions can help organizations stay at the forefront of the game.
