Laboratories are environments where a wide range of instruments, software and processes interact, increasing the risk of data loss, theft or tampering across all their data..
Cyberattacks on laboratories are no longer rare. A well-planned attack can endanger sensitive data and undermine the integrity of analytical and research results . One well-known example involved a cyberattack on a medical laboratory software provider. The attackers used the provider’s VPN connection to enter laboratory networks and launch ransomware attacks . This highlights the urgency of implementing robust security measures to protect against such threats.
Laboratories often have a heterogeneous IT infrastructure comprising various measuring instruments, in-house applications and standard software such as Excel. This diversity increases the attack surface and makes consistent data protection more difficult.
Comprehensive risk awareness is essential to help employees understand the importance of data security. Regular training can help staff understand the latest security policies and act with appropriate security awareness.
Regular security audits and penetration tests are essential for identifying and addressing vulnerabilities in IT infrastructure. Analysing audit trails and log files can help identify and block suspicious activity.
Compliance with applicable security standards such as ISO 27001 is not only a legal requirement but also an established practice for improving data security. Ask your laboratory’s suppliers, particularly providers of LIMS and laboratory software, to implement security policies and procedures in accordance with these standards. This helps your laboratory protect its data against potential threats and strengthen the trust of customers and partners.
Data security in laboratories is essential for protecting sensitive information, ensuring the integrity of results and minimising the risk of cyberattacks. A comprehensive security strategy combining risk awareness, technical measures and compliance gives laboratories a solid foundation for protecting their data.
10 steps you can take immediately to improve data security in your laboratory, regardless of your LIMS.
Consider and assess the worst case. What if laboratory data is destroyed, disclosed unintentionally or tampered with without detection?
Include security standards in your software requirements. Hold suppliers accountable: security vulnerabilities are product defects, not merely weaknesses.
Which settings affect security, and who is responsible for configuring them?
Social engineering: consider simulating internal phishing attacks.
Make this a mandatory system requirement for critical access rights.
Include instruments and applications in equipment management, change default passwords, enable security settings, close open connections and use network segmentation.
Install security updates as soon as they are available, or at least quarterly – although quarterly is not really sufficient.
Least privilege: check that users have exactly the access rights they need and no longer hold permissions they do not need. Recommendation: continuous automated checking.
Does the backup strategy meet regulatory requirements? Test recovery. How long does a full recovery take?
Analysing audit trails and log files can help identify and block suspicious activity.
