Every new data center campus needs a perimeter that satisfies auditors as much as guards. RBtec layers fence detection, LiDAR and alarmed carrier cabling protection that map directly onto ISO 27001, SOC 2 and TIA-942 expectations.
Speed and scrutiny at the same time. The AI build out has campuses going up faster than security teams can hire, construction sites lose copper, diesel and generators before the fence contractor leaves, and operating sites face everything from activist incursions to plain theft. Meanwhile every customer audit asks the same question in different words: show us how the physical boundary is monitored, and show us the evidence.
ISO 27001:2022 added Annex A control 7.4, physical security monitoring, which expects premises to be continuously monitored for unauthorized access. SOC 2 examines physical access controls under CC6.4. ANSI/TIA-942 sets perimeter provisions for Rated 3 and Rated 4 facilities, PCI DSS Requirement 9 governs cardholder environments, NIST SP 800-53 PE controls apply to federal workloads, and European operators add NIS2 and the CER Directive. A zoned, logged detection layer at the fence answers all of them with the same evidence.
The fence takes zoned sensing: RaySense AI DAS for large campuses, IRONCLAD for compact sites, with each zone tuned and every event timestamped and logged, which is precisely the audit evidence ISO 27001 7.4 and SOC 2 reviewers ask to see. PulseVi 3D LiDAR watches rooftops, docks and gates volumetrically. A covert buried ring adds an outer tripwire where the threat model justifies it, and WallAlert covers vaults and high security rooms inside.
The runs between data halls, substations and network rooms are the layer nobody watches, and they are exactly what the alarmed carrier PDS family protects: FiberPDS for long campus runs, ShortPDS for short copper segments, all monitored continuously per the CNSSI 7003 alarmed carrier model.
At the construction fence. Sites lose the most material before commissioning, and a temporary zoned detection deployment on the construction perimeter later migrates to the permanent fence, so the site is monitored from the first week of earthworks to the day the auditors arrive.
Zoned fence sensing with logged, timestamped events.
PulseVi volumetric coverage of rooftops, docks and gates.
Alarmed carrier PDS on inter building cabling.
WallAlert on vaults and high security rooms.
Monitoring evidence for ISO 27001 7.4 and SOC 2.Layers from the outer fence to the data hall wall.Protection from the construction phase onward.One vendor for fence, volumetric and cabling layers.We’re here to help. Whether it’s a quick question or something more complex: no pressure, just answers.
A layered, monitored boundary: zoned detection on the fence, volumetric coverage of rooftops and entry points, and protection for the cable runs between buildings, all producing logged events. The frameworks the site is audited against, ISO 27001, SOC 2 and TIA-942, all expect that monitoring to be demonstrable.
Annex A 7.4, physical security monitoring, expects premises to be continuously monitored for unauthorized physical access. A zoned perimeter detection system with an event log is a direct, auditable implementation of the control.
With an alarmed carrier Protected Distribution System: the carrier holding the fiber or copper is continuously monitored for tampering, so an attempt to reach the cables raises an alarm as it starts. It is the CNSSI 7003 alarmed carrier model applied to campus infrastructure.
A zoned detection deployment on the construction fence. It stops the copper and equipment losses that plague builds, and the equipment migrates to the permanent perimeter at commissioning.
Yes. Every zone event is timestamped and logged, which turns the perimeter from a guard story into documentation an ISO or SOC 2 auditor can sample.
Real deployments with the problem each site faced,
what was installed and how it performs.
RBtec delivers innovative perimeter security solutions trusted worldwide. With over 5,000 systems installed in 57 countries, our products combine reliability, cost-effectiveness, and user-friendly design for any site size or risk level.
