A network infrastructure team is deploying an edge micro data center enclosure on an active manufacturing floor to process real-time telemetry. Due to high physical traffic, ambient dust, and unauthorized personnel in the vicinity, the team must implement appropriate physical security access controls and environmental protection measures for the enclosure. Which TWO of the following controls should be deployed to address these specific access and environmental threats?
- Install smartcard badge readers with PIN keypads on the enclosure doors and configure positive air pressure system within the cabinetCevap
- Deploy environmental monitoring sensors that trigger alerts if enclosure ambient temperature or humidity breaches defined thresholdsCevap
- CUse a optical time-domain reflectometer (OTDR) at the enclosure entrance to detect physical perimeter breaches
- DReconfigure network access control lists (ACLs) on the top-of-rack switches to block unauthorized IP addresses from connecting to the server interfaces
- EDowngrade the SNMP monitoring software to SNMPv2c to prevent high CPU utilization on environmental sensor microcontrollers
Cevap
The two correct measures are installing smartcard badge readers with PIN keypads alongside a positive pressure HVAC/air filtration system, and deploying environmental monitoring sensors for temperature and humidity tracking.
Implementing smartcard badge readers with PIN keypads establishes multi-factor physical authentication to prevent unauthorized physical access on the factory floor, while positive air pressure prevents dust and particulates from entering the cabinet. In addition, environmental monitoring sensors provide essential real-time monitoring of cabinet temperature and humidity levels to protect delicate network hardware from environmental stress.
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Physical Access Control and Environmental Protection Measures