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What Happens After Your Commercial Security System Detects a Threat?
After a commercial security system detects a threat, the event should move through six stages: detection, qualification, routing, verification, response and documentation. The exact path depends on the equipment, integrations and monitoring arrangement. GenX Security Solutions integrates video surveillance, intrusion detection, access control and monitored alarm systems for commercial facilities across South Carolina, North Carolina and Georgia.


How to Design a Privacy-Sensitive Security System Without Sacrificing Safety
A privacy-sensitive security system should be designed zone by zone, beginning with what the organization is permitted to see, hear, analyze, transmit, store, and access. A practical design can divide the facility into four privacy zones: high privacy, controlled privacy, transitional, and public or exterior. In healthcare, the HIPAA Security Rule requires reasonable and appropriate safeguards rather than prescribing one universal camera configuration.
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When Video Surveillance isn't Allowed: How to Protect High-Risk, Privacy-Sensitive Areas
Security without video recording is possible in some high-risk, privacy-sensitive environments with the use of smart sensors, event metadata, audio analytics, privacy masking, panic devices, and permitted nearby cameras to identify where attention is needed without automatically creating conventional recorded footage of the protected space. At GenX Security Solutions, we specialize in designing and installing integrated privacy-sensitive security systems throughout South Caro


Structured Cabling for AI Data Centers: What the Next Generation of Facility Design Means for Security, Speed, and Smarter Infrastructure
AI data centers require up to 8 times more fiber connectivity than traditional setups. That means the old way of running cables one at a time, under raised floors, with no real plan doesn’t work anymore. Next-generation facility designs like TigerDC’s Project Spero blueprint call for high-density fiber trunk cabling, overhead distribution, and plug-and-play architecture to handle massive GPU workloads while keeping everything clean, fast, and scalable. When cabling is done ri




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