Insights from the world of the laboratory.

Laboratory automation increases efficiency, but at the same time it also increases system complexity. Without structured knowledge management, dependencies arise, downtime becomes longer, and the causes of errors are difficult to trace. Only by centrally capturing and using operational knowledge can automation become truly manageable, sustainable, and efficient.

Do you keep a logbook - or actually use it? In many labs, daily entries hold enormous potential that goes untapped. While lab logbooks have been part of lab work for decades, it's only through lab digitalization that they truly reach their full potential.

ISO 17025 or ISO 15189? Learn the differences and similarities - and how LabThunder digitally unifies both standards.

Knowledge loss is one of the biggest yet most underestimated challenges in modern laboratory operations. More than 80% of laboratory personnel depend on knowledge held by individual employees. This article examines why traditional structures fail, the hidden costs caused by knowledge gaps, and how digital systems and AI can help make knowledge permanently accessible and usable.

Learn how centralized laboratory equipment management can optimize your processes, reduce costs, and increase equipment availability. Discover practical solutions and tools for efficient laboratory organization.

From Excel to Measurement Equipment Management Software: How Laboratories Can Identify Shadow IT and Transition Systematically to Professional Measurement Equipment Monitoring.

Why modern analytical instruments become a risk without structured knowledge management—and how laboratories can protect the value of their investments through systematic knowledge systems.

Is laboratory documentation consuming time instead of making work easier? Learn why Excel reaches its limits in measurement equipment monitoring and how digital solutions can reduce the burden.

Measurement Equipment Monitoring & Laboratory Digitalization for Standards-Compliant Implementation of ISO 17025 and ISO 15189.

Context does not arise from individual pieces of information, but from their controlled semantic and temporal interconnection.