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Zorluk: OrtaPhysical Security Controls and Environmental Measures

A network security administrator is updating physical and environmental defense measures for a new enterprise data facility. Match each physical security or environmental risk on the left with its corresponding primary control measure on the right.

  • Risk of electrostatic discharge (ESD) damaging sensitive networking hardware in equipment roomsInstalling anti-static flooring paired with HVAC systems maintaining relative humidity between 40% and 60%
  • Risk of electromagnetic interference (EMI) and radio frequency (RF) eavesdropping on core serversEnclosing critical equipment racks inside a grounded metallic Faraday cage
  • Risk of unmonitored liquid accumulation beneath raised flooring caused by HVAC condensationLaying conductive rope leak detection sensors along subfloor drainage paths connected to environmental monitoring
  • Risk of unauthorized individuals tailgating behind employees into the primary server hallDeploying an access-controlled dual-door mantrap equipped with weight sensors and biometric authentication

Cevap

ESD risk matches anti-static flooring with 40%-60% relative humidity control; RF/EMI eavesdropping risk matches a grounded Faraday cage; subfloor HVAC liquid accumulation risk matches conductive rope leak detection sensors; and unauthorized tailgating risk matches a dual-door mantrap with weight sensors.
Each risk aligns directly with established Network+ physical security and environmental standards: ESD risk is mitigated via anti-static flooring combined with humidity controls (40%-60%); RF eavesdropping and EMI are contained using Faraday cages; subfloor water leaks are monitored via conductive rope sensors; and tailgating is prevented using interlocking mantraps.

Adım Adım Çözüm

1
Analyze the electrostatic discharge (ESD) risk in low-humidity environments.
Air that is too dry increases static accumulation. Maintaining relative humidity between 40% and 60% along with anti-static grounding safe-guards equipment.
Relative humidity below 40% promotes ESD buildup, while humidity above 60% leads to condensation risk.
2
Analyze the electromagnetic interference (EMI) and signal interception risk.
Containing or blocking RF emissions requires conductive metallic shielding.
A grounded Faraday cage reflects and absorbs external and internal RF/EMI signals.
3
Analyze subfloor liquid accumulation risks from air handling units.
Water pooling under raised floors requires continuous line-based detection across cable pathways.
Subfloor conductive rope sensors detect moisture anywhere along their run, unlike point sensors which only detect localized pools.
4
Analyze physical unauthorized entry via tailgating/piggybacking.
Tailgating bypasses single card-swipe access points.
Mantraps use interlocking doors and weight/occupancy verification to ensure only one authenticated individual passes through at a time.

Anahtar Kavram

Physical Security Controls and Environmental Measures
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