IT security in the lab – Requirements for modern laboratory IT
Cyber attacks on industrial operations are increasing, documentation duties are tightening, and test data is becoming ever more valuable. How modern laboratory IT handles these challenges, which standards such as ISO/IEC 27001, ISO 9001, and ISO/IEC 17025 must be observed, and how [FP]-LIMS combines the highest security standards with usable, day-to-day operation.
The importance of IT security in the lab
IT security is increasingly significant in industrial laboratories. Protecting sensitive data and ensuring smooth operations are essential for meeting the demands of modern lab environments. As digitalization advances, documentation duties become stricter, and regulatory requirements grow, labs face a wave of new challenges.
Quality managers, lab managers, and IT leads are all asking the same question: how can modern laboratory IT systems master these challenges while delivering the highest security standards?
Robust IT security is the foundation of reliable lab operations. It ensures that critical data is protected against loss, manipulation, and unauthorized access. This is particularly true in industrial labs that handle sensitive test or production data – where strict security measures are non-negotiable:
Data integrity & availability
Protection against data loss and guaranteed accessibility of data form the basis for efficient processes. A production stop caused by IT failure costs more than any preventive security measure.
Protection of sensitive information
Test results, recipes, master data, and order data demand the highest level of security. In competitive industries, data protection is also trade-secret protection.
Risk reduction
Cyber attacks and data losses are not only a financial but also a regulatory threat. A data breach can put accreditation at risk.
Quality management
IT security is a non-negotiable component of modern lab processes and a decisive factor in meeting compliance requirements – from ISO 9001 to ISO/IEC 17025.
Requirements for modern lab IT
Modern lab IT must meet a wide range of requirements to keep up with complex operational needs. Five aspects stand out:
- Mobility – secure access to lab data from mobile devices within protected networks. In a modern industrial lab, staff move between instruments and production sites.
- Paperless operation – digitalizing processes reduces sources of error and enables more efficient data storage. It also eliminates the risk of lost paper logs.
- Usability – security must not get in the way of daily work. Intuitive operation and the highest security requirements have to coexist.
- Secure data exchange – interfaces to ERP, MES, and process control systems must operate securely and efficiently. Modern protocols such as MQTT with TLS encryption are today’s standard.
- Tamper-proof documentation – storage must be designed so that data cannot be modified after the fact – not even by administrators.
These properties create the foundation for IT infrastructure that is not only secure, but also high-performing.
Regulatory requirements for lab IT
Industrial labs must observe a wide range of standards and legal requirements in order to operate in a certified, compliant manner. Five key areas:
- ISO 9001:2015 – requires an effective quality management system. Secure lab IT directly contributes to meeting its requirements.
- ISO/IEC 27001 – defines requirements for an Information Security Management System (ISMS) that protects processes and data. In industry today, it is often a precondition for supplier relationships.
- ISO/IEC 17025 – labs seeking accreditation to this standard need systems like [FP]-LIMS to meet the technical requirements.
- GDPR / data protection laws – data protection is a central element whenever personal data is processed. Employee data, audit trail entries, training records – all of it falls under privacy regulation. Similar regimes apply outside the EU (UK GDPR, California CCPA, and others).
- National baseline IT security frameworks – frameworks such as the NIS2 Directive in the EU, BSI baseline protection in Germany, or NIST 800-171 / CMMC in the US are binding for many industrial operators, especially in critical infrastructure sectors.
IT security challenges in industrial labs
Despite modern technology, labs repeatedly run into security issues that must be addressed. Drawing on more than 30 years of practice with industrial labs, four issues come up time and again:
Legacy systems
Older operating systems and hardware are vulnerable to attack. Windows 7 or unpatched servers represent a significant risk and should be replaced with current solutions.
Network segmentation
Separate networks for lab systems are necessary to protect sensitive processes. OT/IT separation is now an industry standard.
Backup strategy
Regular backups and the use of firewalls are essential for preventing data loss. Just as important: regularly test backups for restorability.
Audits & compliance
Lab IT systems must be configured so that they withstand internal and external audits – including audit trail, role management, and method versioning.
What each standard requires – and how [FP]-LIMS delivers
Theory is one thing – but what does the actual technical implementation in the LIMS look like? The table below maps the most important regulatory requirements to the corresponding [FP]-LIMS function:
| Requirement | Standard | Implementation in [FP]-LIMS |
|---|---|---|
| Unique user identification | ISO/IEC 17025, ISO/IEC 27001 | Individual logins, no shared shift accounts |
| Role-based access rights | ISO/IEC 27001, GDPR | Role & rights management with four-eyes principle |
| Audit trail | ISO/IEC 17025 | Tamper-proof logging of every change |
| Data encryption | ISO/IEC 27001, baseline IT frameworks | TLS-encrypted connections, encrypted databases |
| Password policies | ISO/IEC 27001, baseline IT frameworks | Configurable password rules (length, complexity, expiry) |
| Backup strategy | ISO/IEC 27001, ISO/IEC 17025 | Automated backups, tested restorability |
| Secure instrument interfaces | ISO/IEC 27001, baseline IT frameworks | MQTT with TLS, isolated OT network connection supported |
| Protection of personal data | GDPR | Granular permission concept, deletion policies |
| Method versioning | ISO/IEC 17025 | Full version history of all test methods |
IT security features in [FP]-LIMS
In detail, [FP]-LIMS offers six core IT security building blocks that work together seamlessly:
-
1
Role and rights management Every user receives exactly the rights they need for their task – no more, no less. Defining via roles rather than individual permissions simplifies administration and audits.
-
2
Audit trail Every change is automatically logged with timestamp, user, and reason for change. Tamper-proof and not modifiable – not even by administrators.
-
3
Configurable password rules Password policies you can tune: minimum length, complexity, validity period, reuse blocking. Aligned to your IT policy.
-
4
Encrypted interfaces Data transfer via MQTT with TLS encryption, secure ERP and instrument integrations. SAP®-certified S/4HANA® connection.
-
5
Automated backups Scheduled, automated data backups with option for off-site storage. Restorability can be tested specifically.
-
6
Method & equipment versioning Versioned test methods and calibration histories make it traceable in any audit which method was in effect at the time of measurement.
Our certifications – security at the vendor level
IT security doesn’t start with the software – it starts with the vendor. Fink & Partner has set up its own processes to meet even the most demanding security expectations:
27001
Certified
Fink & Partner is certified to ISO/IEC 27001 – the highest information-security requirements are actively implemented.
9001:2015
Certified
Quality management to ISO 9001:2015 ensures clean development and delivery of our software.
Certified Integration
Certified integration with RISE with SAP S/4HANA® Cloud – security at the interface level.
This combination makes [FP]-LIMS an IT solution that supports labs comprehensively: standards-aligned, with the highest security standards, and intuitive to use. Three properties that are usually treated as contradictions in practice – for us, they are the baseline.
Frequently asked questions about lab IT security
Why is IT security in the lab so important?
It protects against data loss and cyber attacks and helps you meet standards and data protection requirements such as ISO 9001, ISO/IEC 27001, ISO/IEC 17025, and GDPR. At the same time, it is a precondition for a future-ready, paperless lab.
What should modern lab IT deliver?
Transparent processes, controlled access, secure data storage, and traceability. Together, these create a solid foundation for a future-ready, low-paper lab – including secure interfaces to ERP, MES, and process control systems.
How does [FP]-LIMS support IT security in everyday use?
Through roles and rights, audit trail, and features such as access controls and configurable password rules. Add to that encrypted interfaces (MQTT/TLS), automated backups, and method versioning.
How does [FP]-LIMS ensure data integrity and traceability?
Changes are logged in the audit trail end-to-end. Samples and analysis data are fully traceable – from registration through measurement to release.
How does [FP]-LIMS integrate securely with existing IT?
Analytical data is read in automatically via interfaces; systems such as ERP or process control can be connected. This reduces manual steps and keeps data flows consistent. The SAP®-certified interface to S/4HANA® adds an extra layer of security.
Is [FP]-LIMS itself certified?
Yes. Fink & Partner is certified to ISO/IEC 27001 (information security) and ISO 9001:2015 (quality management). The software is developed and shipped under these standards.
How does [FP]-LIMS address GDPR requirements?
Personal data (e.g., user logins, audit trail entries containing employee names) can be specifically protected through the granular permission concept. Deletion policies and evaluation restrictions are configurable.
On-premises or cloud – which is more secure?
Both are available. [FP]-LIMS can run classically on-premises in your data center (full data sovereignty) or in the cloud. Which is more secure depends on your specific IT strategy – we’ll advise individually.