Archives

Development of an Automated Installation Portfolio for a High School for the Municipality of Manchester, Connecticut, USA

Threat survey; review of the existing security situation; development of a rescue concept for such emergency situations as kidnapping, terrorist attacks or natural disasters at the school; development of an automated installation portfolio and a printed portfolio containing essential information about the school and the students, to be used by the school and all of the emergency services.

City without Violence Project – Nazareth

Nazareth is a central city serving as a cultural, commercial, business and public service center for a sizable population from the towns, villages and settlements in the area. It is the home of several world-renowned tourist attractions that draw large crowds and encourage public gatherings. Additionally, local criminal and violent political elements aggressively oppose the deployment of security resources.
The primary objectives of the City without Violence project are to prevent irregular incidents, establish deterrence, improve the enforcement capabilities of the authorities, minimize local violence and improve the sense of personal security among the local inhabitants.
In the context of this project, various areas of interest that had been identified and prioritized by the Municipality of Nazareth were addressed, with the emphasis placed on areas with a potential for violent incidents.
The methodology for fulfilling the operational need consists of four primary elements:
• A command and control complex, to which all of the end units and sensors deployed throughout the city are connected;
• Various types of surveillance cameras and sensors installed at the relevant sites and areas of interest.
• Response systems.
• Operating procedures and directives for the control center operators and response teams.

Characterization of the Future Logistic Concept of the Swiss Armed Forces for the Swiss Ministry of Defense

Development of a modern logistic concept using the “push” supply method instead of the previous concept that was based on the “pull” method; development of the concept based on a reference scenario we had written which was subsequently sanctioned by the Swiss General Staff; compilation of all doctrinal manuals and presentations sanctioned by the Swiss General Staff and by the Swiss Parliament.

Characterization & Development of LOLAS – a Logistic Simulator for the Swiss Ministry of Defense

Characterization, design, development and assimilation of a logistic simulation system for planning the logistic solution for combat units and for training logistic officers from the battalion level to the divisional level. The system enables dynamic monitoring of armored fighting vehicle and standard vehicle losses and consumption of resources in the various situations of an armed confrontation.