STAM S.r.l.

STAM is a multidisciplinary engineering SME based in Italy which provides services and consultancies in several fields, including Safety, Security and Automation. Specifically, STAM is working for more than 10 years in Risk Assessment by developing ad-hoc software applications capable to meet the requirements of end-users belonging to several domains, such as industrial plants, transportation infrastructure and automated systems.
STAM
Davide Ottonello

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STAM is an Italian SME founded in 1997 providing engineering and consulting services in the following sectors: security and transports, space and defence, automation and robotics, energy and environment. A large part of our activities is related to safety&security of critical infrastructures and industrial systems. 

STAM provides engineering consultancies to private and public customers to satisfy their needs and meet their expectations on final products. Furthermore, STAM has a strong experience in the European R&D framework thanks to the involvement in several co-financed projects (H2020, FP7, Eureka, etc.)

For what concerns Safety&Security, STAM has matured a remarkable expertise in the following technologies:

  • Security management and decision-support platforms based on quantitative risk assessment for operators and security managers for the prevention and mitigation of attacks to critical infrastructures and extreme natural events.
  • Cost-benefit analysis of security measures, to balance security performance and cost of a set of countermeasures and to compare different but equivalent procedures.
  • Agent-based modelling and simulation of crowd behaviour in operational and attack scenarios which require an evacuation, including PRMs.
  • Agent-based modelling and simulation of threat and hazard scenarios to assess impacts, identify weak points and possible improvements to operations, develop and test procedures to protect infrastructures and public spaces.
  • Analysis and simulation of blast effects and consequences to structures and vehicles.
  • Drones capturing system based on nets.
  • Advanced robotics and automation solutions, including control systems based on data or physical modelling, monitoring and data processing systems.
  • Artificial Intelligence and machine learning techniques.
  • Hyperspectral imaging, for detection, classification, identification and tracking.
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