Dutch water monitoring SME delivering contamination detection, fault diagnosis, and emergency response systems for water networks.
MicroLAN is a Dutch technology SME specializing in monitoring, detection, and control systems for water networks. Their core work involves identifying contamination events and diagnosing faults in water distribution and treatment infrastructure — combining sensor-based detection with modelling and control system engineering. They bring practical, deployable technology to large research consortia, contributing the applied engineering layer between scientific research and real-world water safety operations. Their work spans both routine water treatment optimization and emergency response to pathogen outbreaks.
PathoCERT (2020–2024) is explicitly focused on pathogen contamination emergency response, with MicroLAN contributing event diagnosis and fault diagnosis capabilities to a water safety consortium.
AquaNES (2016–2019) demonstrated combined natural and engineered water treatment processes, placing MicroLAN within the water infrastructure technology domain from the start.
PathoCERT keywords include 'control systems' and 'systems engineering', pointing to MicroLAN's role in the technical architecture of detection and response platforms.
PathoCERT's keyword set includes 'risk assessment', 'first responders', and 'emergency response', indicating MicroLAN contributes to the operational and public safety layer of water security projects.
PathoCERT links MicroLAN to modelling of pathogen spread and contamination, extending their water technology work into the public health and epidemiological space.
In their first H2020 project (AquaNES, 2016–2019), MicroLAN worked on water treatment infrastructure — specifically the integration of natural and engineered treatment processes — though no detailed keywords are available for that phase. By their second project (PathoCERT, 2020–2024), the focus had clearly shifted toward water security: pathogen detection, contamination emergency response, fault and event diagnosis, and coordination with first responders. This represents a deliberate move from water quality improvement toward water threat detection and crisis management — a higher-stakes, security-oriented application of the same underlying domain knowledge.
MicroLAN is moving deeper into water security and emergency response technology, suggesting future collaboration interest in critical infrastructure protection, public health safety systems, and real-time threat detection for water networks.
MicroLAN has participated exclusively as a consortium member, never as a coordinator — a pattern consistent with a specialist SME that contributes a defined technical component rather than driving overall project direction. Their two projects involved a combined 54 unique partners, suggesting they operate comfortably in large, complex consortia without needing a central role. This makes them a low-friction partner to bring in for a specific technical contribution, particularly in detection, control systems, or applied water monitoring.
MicroLAN has built connections with 54 unique partners across 18 countries through just two projects — an unusually wide network for an organization of this size, reflecting the large, multi-national consortia characteristic of EU water and security research. No strong geographic concentration is visible; their partnerships span European and likely non-EU countries under both RIA and IA schemes.
MicroLAN sits at a rare intersection: a private SME with hands-on technology in both water treatment and water security emergency response, giving them credibility with both environmental engineering consortia and security-focused programmes. Unlike academic partners who study contamination, MicroLAN brings deployable systems — control technology, fault diagnosis tools, event detection — that are needed to make research projects demonstrate real-world impact. For a consortium needing an applied technology partner with proven EU project experience in water safety, they offer a compact, specialist profile without the overhead of a large industrial partner.
