Access points, database & maps

ServiceDescriptionAccessResource typeScope
ADaMS

ADaMS is CERN’s access distribution and management system which enables managing in a flexible manner access to a large variety of resources (buildings, experiments, tunnels, electronic cabinets, etc.). It compiles users’ access rights by centralising conditions from different sources (user’s trainings, IMPACT approval, safety conditions, etc.) and it allows users to easily check their access rights and identify missing conditions for a specific access.

CERN account requiredWeb interfaceAccess distribution and management system
CERN Geographic Information System (GIS)

he GIS portal allow CERN users to consult geographical data of the Patrimony and Site intormation department (ISP), of the equipments maintained by the different CERN departments, as well as data from the Information system of the Genevan territory (SITG), collected for all CERN infrastructures.

CERN account requiredWeb portalCERN Geographic Information System
CERNmap

CERNmap is a web application which helps you find your way at CERN (it can be downloaded also on mobile devices).

CERN account requiredWeb applicationCERN's online map
Intervention Management Planning and Coordination Tool (IMPACT)

IMPACT is a central repository of activity requests that standardises the way work is declared at CERN and allows the coordination of different works. The tool analyses the job and sees whose approval is required, therefore ensuring that the people performing the job are qualified in matter of safety and have followed the appropriate training. The IMPACT platform unifies CERN’s major experiment, accelerator and injector coordination tools.

CERN account requiredWeb application and repositoryDeclaration and coordination of work
Layout Database

The Layout Database is a model of the system architecture in which every component in LHC is defined as a Functional Position (FP) which specifies the size and the position of the space that the component occupies in the accelerator. Tee Functional Positions have the following characteristics:

  1. Type Code: A 5-letter code defined by the CERN naming conventions
  2. Location: Machine Half Cell, Period, Alcove, Building Number etc
  3. Position: within the location, or within the accelerator
  4. Dimensions: can be very large (several metres) or very small (a few millimetres)
  5. Unique Name(s) according to the QA plan of each machine + expert names
CERN account requiredDatabase and web interfacePlan for the installation of components in the LHC