Seismic Shield Pro

The wired Sensor Cable (InvisiFence Plus) creates a continuous virtual fence 6m (19.6ft) wide by 25m (82ft) deep along the buried cable run, with up to 38 sensors connected per string over an RS485 bus. Each sensor is IP68 rated to MIL-STD-810G and operates from -40°C to 85°C (-40°F to 185°F), so the fence performs identically in desert heat, arctic cold, rain, or snow without recalibration. Power draw is low, around 15mW per sensor at 12V, which keeps long cable runs simple to power. Multiple Sensor Cable strings can be combined end-to-end and paired with additional wireless AIO XR sensors at individual chokepoints, so InvisiFence Plus can secure anything from a single fence line to a multi-kilometer perimeter, all without visible fencing, cameras staring down empty ground, or gaps an intruder can find and cross undetected.

Every InvisiFence Plus and AIO XR sensor is fully buried underground, so there's no visible enclosure, junction box, or cable run above grade for an intruder to locate, cut, or bypass — the entire detection layer is invisible before it's ever triggered. Unlike fence-mounted sensors, which can be bridged or climbed between individual units, or IR beams, which can potentially be crawled under or jumped over, Seismic Shield Pro has no exposed wires to cut and no surface panels to defeat. The above-ground component, the IDIS PTZ camera, adds its own hardened IK10 vandal-proof casing and an IP66-rated outdoor housing with a built-in heater, so it keeps operating reliably even if physically targeted. Because detection and alarm triggering happen from concealed underground sensors first, an intruder typically can't identify, let alone disable, the system before it has already registered the intrusion.

No, the system is engineered for unattended, all-weather operation. The underground InvisiFence Plus and AIO XR sensors carry an IP68 rating tested to MIL-STD-810G and operate from -40°C to 85°C (-40°F to 185°F), so they're unaffected by rain, wind, fog, snow, or extreme heat and cold. Because detection happens underground rather than through a visible fence line or line-of-sight beam, it avoids the false-alarm sources that hurt fence-mounted and IR-beam systems most: wind-driven vibration, blowing debris, fog, and beam misalignment. The above-ground IDIS PTZ camera is similarly rated IP66 with a built-in heater and a -40°C to +60°C (-40°F to +140°F) operating range, and its 400m dual-LED IR illuminators, paired with 120dB true wide dynamic range, maintain the same detection and verification performance at night, in glare, or in heavy shadow as during a clear day, so coverage doesn't degrade after dark or in poor conditions.

The IDIS PTZ camera provides up to 400m of infrared night vision from its dual IR LED illuminators, combined with up to x31/x36 optical zoom (6.91-248.76mm focal length, F1.36-F4.6 aperture) for close-up, verified imaging at range. Its 1/1.8-inch CMOS sensor captures 2688 x 1520 resolution with 120dB true wide dynamic range, holding detail in challenging lighting like headlights or heavy shadow without blowing out highlights. Built-in AI video analytics (IDLA) automatically detect and classify humans, vehicles, and faces, and flag intrusion, loitering, or line-crossing events in real time, so operators aren't left scanning a dark video feed manually. Because the underground InvisiFence Plus and AIO XR sensors handle detection, the PTZ camera's job is purely to verify and record what triggered the alarm rather than to detect the intrusion itself, so its 400m range and 31-36x zoom are built for confirmation, not blind area-wide surveillance.

Yes. Both the IDIS PTZ camera and the IDIS recording server (DR-8516 NVR) that make up Seismic Shield Pro's video layer are NDAA compliant, meeting U.S. federal restrictions on telecommunications and video surveillance equipment from prohibited manufacturers. This makes the system suitable for U.S. federal agencies, defense installations, critical infrastructure operators, and any contractor bound by NDAA Section 889 procurement rules, without needing a separate compliant camera or recorder. The recording server (16 IP channels, RAID 1/5/6/10 storage, up to 320Mbps incoming throughput) uses the DirectIP protocol alongside ONVIF Profile S/T and Axis/Panasonic camera support, so NDAA compliance doesn't come at the cost of flexibility if a site later adds other camera brands. The underground InvisiFence Plus and AIO XR sensors carry no video or telecommunications classification, so they aren't subject to NDAA restrictions in the first place.

There's no fixed ceiling; perimeter size scales with how many sensors, HUB units, and PTZ cameras a site combines. The wired Sensor Cable (InvisiFence Plus) supports up to 38 sensors per RS485 string, each covering a 6m by 25m virtual fence segment, while the wireless AIO XR sensor scales up to 256 sensors per HUB in Flat Mode over a LoRa network with up to 1km of transmission range per node. Multiple HUB units and PTZ cameras can be deployed and networked together across a single site, so coverage isn't capped by any one HUB's radio range; large perimeters are built by tiling HUBs and camera zones end-to-end. In practice this lets Seismic Shield Pro secure anything from a single perimeter fence line to a multi-kilometer border, critical infrastructure site, or solar farm boundary, all monitored from one alarm and recording platform rather than a patchwork of disconnected zones.

Yes, Seismic Shield Pro is designed to mix both rather than force a single choice. The wired Sensor Cable (InvisiFence Plus) covers a perimeter continuously as a buried virtual fence, supporting up to 38 sensors per RS485 string, and suits sites that need unbroken linear coverage along a known boundary. The wireless AIO XR sensor installs at individual critical points or access routes where trenching a continuous cable isn't practical, supports up to 30 sensors per HUB, runs on a non-rechargeable battery rated for up to 6 years, and communicates over a 433MHz (or optional 868/915MHz) LoRa network with up to 1km of range. Both sensor types share the same IP67/IP68 environmental rating, 12V power architecture, and connect into the same HUB, 18 dry-contact alarm outputs, and PTZ camera integration, so one site plan can combine continuous wired fencing along the main perimeter with wireless sensors covering isolated gaps.

Yes. Beyond the complete, self-contained IDIS solution (DirectIP cameras and DR-8516 NVR), Seismic Shield Pro integrates with the VMS platforms most large-scale security deployments already run: NX Witness, Milestone, FLIR, Digifort, mPrest, and Axis. The IDIS PTZ camera also supports the ONVIF Profile S/T open standard, extending compatibility to additional third-party VMS platforms beyond that list. In practice this means a site doesn't have to replace an existing video management system to add underground perimeter detection; InvisiFence Plus and AIO XR alarm events, along with PTZ verification video, feed into whatever VMS already manages the rest of the site's cameras and access control. For large-scale or multi-site deployments where a security team has already standardized on one of these platforms, this keeps operator workflows, alarm handling, and reporting unified in a single interface rather than requiring a second, separate monitoring screen just for the perimeter layer.

Seismic Shield Pro is built for large-scale, high-security sites where the perimeter itself needs to stay undetectable and camera-only or fence-mounted systems fall short, including critical infrastructure, solar farms, national borders, and correctional facilities. What these sites share is a need for continuous coverage across open ground, slopes, and vegetation, where buried detection has no line-of-sight requirement and no visible hardware for an intruder to locate before crossing. Combining a wired virtual fence for continuous boundaries, wireless sensors for isolated chokepoints, and NDAA-compliant PTZ verification with up to 400m of night vision means the same platform scales from a single high-value perimeter to a multi-kilometer border or industrial site boundary. Because detection, verification, and recording are unified under one system rather than separate point solutions, security teams get a single alarm and video record for every event, wherever undetectable, all-weather detection is needed.