SYSTEM · Project

Smart Sensor Network Detects Illegal Drug Labs and Bomb Factories in Cities

otherPilotedTRL 7

Imagine if your city's sewage pipes, air vents, and waste systems could sniff out criminals making bombs or drugs in a basement nearby. That's basically what this project built — a network of chemical sensors placed across urban infrastructure that constantly monitor for telltale traces of explosive precursors and synthetic drug production. The sensors feed data into a central system that fuses everything together and alerts law enforcement when something suspicious pops up. It was tested across 7 European cities over 3 years.

By the numbers

European cities where the system was demonstrated

consortium partners involved

countries represented in the consortium

prototype releases delivered (at M12, M18, M24)

different sensor technologies integrated (MOX, MIPs, LC/MS, GC-PID, pH/conductivity)

industry partners in the consortium

total project deliverables

The business problem

What needed solving

Cities have no real-time way to detect when someone is manufacturing homemade explosives or running a clandestine drug lab in an urban area. Law enforcement typically discovers these operations only after an incident, a tip-off, or lengthy surveillance. There is no continuous, automated monitoring system that can flag suspicious chemical activity across a city's infrastructure before harm occurs.

The solution

What was built

The project built a multi-sensor data fusion platform that integrates 5 sensor technologies (Metal-Oxide sensors, Molecular Imprinted Polymers, LC/MS, GC-PID, and pH/conductivity sensors) deployed across sewage, wastewater, solid waste, and air emission monitoring points. Three prototype iterations were delivered, a final data fusion methodology was designed and evaluated, and the complete system was demonstrated across 7 European cities.

Audience

Who needs this

Smart city security solution providers integrating urban monitoring platformsMunicipal law enforcement agencies responsible for counter-terrorism and drug enforcementWastewater utility operators needing chemical contamination early warning systemsEnvironmental sensor manufacturers looking to enter the security marketNational security agencies seeking scalable urban threat detection tools

Business applications

Who can put this to work

Urban Security & Surveillance

mid-size

Target: Security technology integrators and smart city solution providers

If you are a security technology company looking to offer cities advanced threat detection — this project developed a multi-sensor data fusion platform that monitors sewage, air, and waste streams in real time to detect illegal manufacturing of explosives and synthetic drugs. The system was demonstrated in 7 European cities with 3 prototype iterations, giving you a proven integration blueprint for urban monitoring solutions.

Water & Wastewater Utilities

enterprise

Target: Municipal water utilities and wastewater treatment operators

If you are a wastewater utility dealing with unknown chemical contamination entering your treatment plants — this project developed sensor systems (LC/MS, MIPs, pH/conductivity) that can be deployed in sewage networks to detect drug precursors, metabolites, and hazardous chemical byproducts in real time. This means you can identify contamination sources before they damage your treatment processes or pose public health risks.

Chemical & Environmental Monitoring

any

Target: Environmental monitoring equipment manufacturers

If you are an environmental sensor manufacturer looking to expand into security applications — this project integrated 5 different sensor technologies (Metal-Oxide sensors, Molecular Imprinted Polymers, LC/MS, GC-PID, and pH/conductivity sensors) into a unified data fusion platform. The 24-partner consortium with 10 industry partners validated these integrations across 7 cities, providing a roadmap for new product lines in urban chemical threat detection.

Frequently asked

Quick answers

What would it cost to deploy this sensor network in a city?

The project data does not include specific unit costs or deployment pricing. The system integrates 5 different sensor types (MOX, MIPs, LC/MS, GC-PID, pH/conductivity sensors) plus a centralized monitoring centre, so costs would depend heavily on coverage area and sensor density. Contact the consortium for pricing estimates.

Can this scale to cover an entire metropolitan area?

The system was demonstrated in 7 European cities, which shows it can work across different urban environments and infrastructure types. The architecture uses networked sensors across sewage, solid waste, and air emission monitoring points feeding into a centralized fusion centre, which is inherently scalable by adding more sensor nodes.

Who owns the IP and how can we license the technology?

The consortium of 24 partners across 8 countries jointly developed the technology, with 10 industry partners and 8 SMEs involved. IP is likely distributed among consortium members. The coordinator FORMIT (Italy) would be the first point of contact for licensing discussions.

Does this comply with European security and data protection regulations?

The project was funded under the EU Security topic SEC-10-FCT-2017, specifically designed for law enforcement agency support. It was built to provide enriched information to Law Enforcement Agencies, so regulatory alignment with EU security requirements was a core design consideration.

How long does it take to install and get operational?

Based on available project data, the consortium developed 3 prototype releases over 24 months (at months 12, 18, and 24). A deployment in a new city would likely require sensor installation across sewage and waste networks plus integration with the central monitoring platform. The 3-year demonstration period across 7 cities provides operational experience for deployment planning.

Can this integrate with existing city monitoring and law enforcement systems?

The system was specifically designed around a centralized monitoring centre that fuses data from multiple sensor networks. The data fusion methodology was a core deliverable with dedicated design and evaluation tasks. This architecture suggests it can interface with existing command-and-control infrastructure used by law enforcement.

Consortium

Who built it

The 24-partner consortium across 8 countries is heavily oriented toward practical deployment, with 10 industry partners (42% industry ratio) and 8 SMEs. This is not an academic exercise — the consortium was built to deliver working technology. Italy leads coordination through FORMIT, a foundation focused on migration and technology integration. The mix of 4 universities and 3 research organizations provides the scientific backbone, while the 10 industry players and 7 other organizations (likely end-users such as municipalities or law enforcement bodies) ensure the results are grounded in real operational needs. The geographic spread across Belgium, Germany, Greece, Italy, Poland, Sweden, Slovakia, and the UK gave access to diverse urban environments for the 7-city demonstration campaign.

RESI INFORMATICA SPAparticipant · IT
HOCHSCHULEN FRESENIUS GEMEINNUTZIGE TRAGERGESELLSCHAFT MBHparticipant · DE
KOMENDA GLOWNA POLICJIparticipant · PL
ROMA CAPITALEparticipant · IT
VRIJE UNIVERSITEIT BRUSSELparticipant · BE
SENSICHIPS SRLparticipant · IT
BUNDESKRIMINALAMTparticipant · DE
T4I ENGINEERING IKE*T4I ENGINEERING PRIVATE COMPANYparticipant · EL
POLITECHNIKA WARSZAWSKAparticipant · PL
T4I ENGINEERING LTDparticipant · UK
ISEM-INSTITUT PRE MEDZINARODNU BEZPECNOST A KRIZOVE RIADENIE, NOparticipant · SK
MINISTERO DELLA DIFESAparticipant · IT
UNIVERSITAET DER BUNDESWEHR MUENCHENparticipant · DE
BLUE TECHNOLOGIES SP ZOOparticipant · PL

How to reach the team

FORMIT foundation (Italy) coordinated the project. Use Google AI Search to find the project coordinator's contact details.

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Next steps

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