Road infrastructure management and maintenanceprimary
2 projects
Central to both SAFEWAY (GIS-based infrastructure management for extreme events) and InfraROB (autonomous robotized road maintenance).
Organization
INGENIERIA INSITU SL
Spanish engineering SME specializing in GIS-based road infrastructure management, predictive maintenance, and autonomous robotics for transport networks.
Engineering firmtransportESSME
H2020 projects
3
As coordinator
0
Total EC funding
€1.1M
Unique partners
37
What they do
Their core work
Ingenieria Insitu is a Spanish engineering SME based in Lugo, specializing in infrastructure management systems — particularly for road networks. They develop GIS-based decision support tools for infrastructure resilience, predictive maintenance, and response optimization during extreme events. Their work spans from pavement management and traffic systems to integrating autonomous robotics and drones (RPAS) for road maintenance and safety operations.
Core expertise
What they specialise in
GIS and decision support systemsprimary
2 projects
SAFEWAY focused on GIS-based management systems with predictive maintenance, and InfraROB integrates pavement and traffic management systems.
Autonomous robotics for infrastructureemerging
1 project
InfraROB explores autonomous robots and collaborative RPAS (drones) with robotized safety cones for road operations.
Multimodal environmental sensingsecondary
1 project
MENELAOS_NT training network on multimodal sensing technologies applied to agriculture, forestry, and environmental monitoring.
Evolution & trajectory
How they've shifted over time
Early focus
Infrastructure resilience and GIS
Recent focus
Autonomous road maintenance robotics
Insitu Engineering began with a focus on infrastructure resilience and GIS-based decision support (SAFEWAY, 2018), emphasizing predictive maintenance and response planning for extreme weather events on transport networks. By 2020-2021, their scope broadened in two directions: environmental sensing technologies through the MENELAOS_NT training network, and a push toward automation with autonomous robots and drone systems for road maintenance in InfraROB. The trajectory shows a clear shift from passive monitoring and decision support toward active, automated infrastructure intervention.
They are moving from GIS-based planning tools toward hands-on automation — expect future work combining autonomous systems with infrastructure management intelligence.
Collaboration profile
How they like to work
Role: specialist_contributorReach: European16 countries collaborated
Insitu Engineering operates exclusively as a consortium participant, never as coordinator, suggesting they contribute specialized technical capabilities rather than leading project management. With 37 unique partners across 16 countries from just 3 projects, they work in large, internationally diverse consortia typical of RIA projects. This profile indicates a flexible specialist comfortable integrating into complex multi-partner setups.
Despite only 3 projects, they have built a broad network of 37 partners across 16 countries, reflecting participation in large European consortia. Their connections span widely across Europe with no obvious geographic concentration beyond their Spanish base.
Why partner with them
What sets them apart
Insitu Engineering sits at an unusual intersection: they combine traditional civil engineering expertise (road infrastructure, pavement management) with emerging automation technologies (autonomous robots, drones, GIS intelligence). For a small Spanish SME from Galicia, their 16-country network is remarkably wide. They would be a strong partner for anyone needing practical infrastructure engineering grounded in real-world road management, now enhanced with robotics and sensing capabilities.
Notable projects
Highlights from their portfolio
- InfraROBCombines autonomous robots, drones, and prefabricated elements for road maintenance — a technically ambitious fusion of robotics and civil engineering.
- MENELAOS_NTTheir largest funded project (EUR 501,810) and a departure from transport, connecting them to environmental sensing, agriculture, and forestry research through a Marie Curie training network.
- SAFEWAYTheir earliest H2020 project, establishing their core identity in GIS-based infrastructure resilience and extreme event response.
Cross-sector capabilities
Environment and climate resilienceAgriculture and forestry sensingRobotics and automationSecurity and emergency response
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