The threat · Alarms lost between separate systems?

D-Command Control

Name: D-Command Control
Brand: D-FENCE

Every sensor, camera and alarm on one geolocated map, in the control room or on a phone.

Open APIPlug & Play

< 3 s to alert16 × 16 sensors per gatewayUp to 13 sites

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DatasheetPDF · 311 KB Tender specification textCopy text

D-Command Control screen in alarm state: red alarm frame, 3D city map with the site's stations, and a pop-up showing the fence at Station 1 with its sensor IDs and cameras

Stop losing alarms between separate systems.

D-Command Control is the D-FENCE command-and-control platform. It places every sensor zone, camera and gate of your site on a detailed 3D map. When a sensor alarms, the zone turns red, the camera that covers it opens beside the map, and the operator can assign the event to the team member closest to the scene. The alert reaches the screen in < 3 s.

One picture, not ten screens

Sensors, cameras and alarms from every system meet on one geolocated map.

Respond in seconds

The alert arrives in < 3 s, with the right camera already open.

Fits what you run

Dry contact, RS232 / RS485, IP and a secured API: plug and play with your PSIM, VMS or SCADA.

Behind the screen is a palm-size, fan-less gateway. One gateway takes up to 16 sensor controllers of up to 16 sensors each, IP cameras, and a dry-contact controller with up to 64 inputs and 60 outputs. Up to 13 sites connect over fibre-optic lines to one main control centre.

D-Command Control is open by design. Alarms leave over dry contacts, RS232 / RS485 or IP, and a secured API connects it to the PSIM, VMS, BMS, SCADA or access-control system you already run. It can be your main screen or a feed into the one you have.

From the first touch to the right response.

Sensor
A D-FENCE sensor detects force on the barrier and reports its zone.
Controller
Up to 16 sensors per sensor controller, chained on RS485.
Gateway
Up to 16 controllers, IP cameras and dry contacts per gateway.
D-Command Control
The zone turns red on the 3D map and its camera opens, in < 3 s.
Response
The nearest team is tasked, sirens and lights switch on, and your PSIM / VMS receives the event.

Seen in full.

Every image opens full size. Product sheets are shown whole, exactly as D-FENCE publishes them.

Station 1 camera view in D-Command Control: a fenced compound of street-side equipment cabinets, with sensor IDs 01020 to 01023 and the Prem Cam and Street Cam positions marked — **FIG. 01**Every sensor and camera of Station 1, named and placed.

D-Command Control in alarm with the live sensor-readings graph for Station 1; sensor 01022 is shown in red — **FIG. 02**Live readings show which sensor raised the alarm.

D-Command Control task dialog during an alarm: 'Investigate possible intrusion on Station 1' assigned to the technician — **FIG. 03**Assign the event to the person closest to the scene.

Control room video wall with live feeds from the perimeter cameras of a protected site — **FIG. 04**Perimeter cameras live on the control-room wall.

D-Command Control on a smartphone: map with three sites and an alarm at Site 3 — **FIG. 05**The same alarm, on a phone.

Airport control-room video wall: fence cameras beside a perimeter alarm map of the airfield — **FIG. 06**Airport control room: fence cameras and the perimeter map on one wall.

D-Command Control gateway: black ribbed D-FENCE unit with USB ports, audio jack and status LEDs — **FIG. 07**Palm-size, fan-less gateway: 112 × 84 × 25 mm, 450 g.

D-Command Control integration sheet: the gateway on a globe, surrounded by the systems it interfaces with, including intrusion detection, CCTV / VMS, access control, analytics, fire alarm, radar, BMS, IoT & SCADA, LPR and drones — **FIG. 08**One gateway, every system on site.

Multi-site diagram: two sites with local computers and F-Units linked over fibre-optic lines to a main control centre, for up to 13 sites — **FIG. 09**Up to 13 sites, one main control centre.

Specifications & documents.

SpecificationsD-Command Control

Alert time: < 3 s
Display: Web-based 3D GIS map; desktop, laptop or mobile
Sensor controllers per gateway: up to 16
Sensors per sensor controller: up to 16
Dry-contact controller: up to 64 inputs / 60 outputs
Multi-site: up to 13 sites over fibre-optic lines
Field interfaces: RS232, RS485, IP, dry contact (N.O. / N.C.)
Integration: Secured API; REST / SOAP / SNMP / PSIM bridge; ONVIF cameras
Connects to: PSIM, VMS, BMS, SCADA, access control, fire alarm, radar, LPR
Gateway dimensions / weight: 112 × 84 × 25 mm, 450 g
Gateway enclosure: Aluminium, passive fan-less cooling; wall / VESA / DIN mount (optional)
Operating temperature: −40 °C to 80 °C
MTTF: > 200,000 h
Power: AC 110–240 V, 50–60 Hz (transformer included) or 10–36 V DC
Gateway ports: 2 × 100 Mbps Ethernet (RJ45), 4 × USB 2.0, 1 × RS232, 1 × HDMI (up to 1920 × 1080 @ 60 Hz)
Wireless: Wi-Fi / Bluetooth / cellular removed for security; added on demand
Compliance: FCC / CE, RoHS-II

Specification text, ready for your tender.

Copy it into your specification. It describes the system by what it must do, so any alternative has to meet every point.

D-Command ControlTender specification textDatasheet

General
The system shall be D-Command Control by D-FENCE Electronic Fencing and Security Systems Ltd. (ISO 9001:2015 certified quality management), or an approved equivalent that meets every requirement in this section.
Function
Every sensor, camera and alarm on one geolocated map, in the control room or on a phone.
The system shall provide
- 3D synoptic map: Sites, zones, cameras and sensors on a detailed 3D GIS view, on desktop, laptop or phone.
- Camera on alarm: The alarm opens the camera that covers the zone, with PTZ control in the same window.
- Sensor-level readings: Live values per sensor show exactly which one raised the alarm.
- Task the right person: Assign the event to the team member closest to the scene and keep the record for debriefing.
- Automatic response: Sirens, floodlights, PA and local outputs switched through relays when the alarm arrives.
- Multi-site: Up to 13 sites linked over fibre-optic lines to one main control centre.
- Open, secured API: REST / SOAP / SNMP bridges into PSIM, VMS, BMS, SCADA and access control.
Technical requirements
- Alert time: < 3 s
- Display: Web-based 3D GIS map; desktop, laptop or mobile
- Sensor controllers per gateway: up to 16
- Sensors per sensor controller: up to 16
- Dry-contact controller: up to 64 inputs / 60 outputs
- Multi-site: up to 13 sites over fibre-optic lines
- Field interfaces: RS232, RS485, IP, dry contact (N.O. / N.C.)
- Integration: Secured API; REST / SOAP / SNMP / PSIM bridge; ONVIF cameras
- Connects to: PSIM, VMS, BMS, SCADA, access control, fire alarm, radar, LPR
- Gateway dimensions / weight: 112 × 84 × 25 mm, 450 g
- Gateway enclosure: Aluminium, passive fan-less cooling; wall / VESA / DIN mount (optional)
- Operating temperature: −40 °C to 80 °C
- MTTF: > 200,000 h
- Power: AC 110–240 V, 50–60 Hz (transformer included) or 10–36 V DC
- Gateway ports: 2 × 100 Mbps Ethernet (RJ45), 4 × USB 2.0, 1 × RS232, 1 × HDMI (up to 1920 × 1080 @ 60 Hz)
- Wireless: Wi-Fi / Bluetooth / cellular removed for security; added on demand
- Compliance: FCC / CE, RoHS-II
Detection sequence
1. Sensor: A D-FENCE sensor detects force on the barrier and reports its zone.
2. Controller: Up to 16 sensors per sensor controller, chained on RS485.
3. Gateway: Up to 16 controllers, IP cameras and dry contacts per gateway.
4. D-Command Control: The zone turns red on the 3D map and its camera opens, in < 3 s.
5. Response: The nearest team is tasked, sirens and lights switch on, and your PSIM / VMS receives the event.
Submittals
Before installation, the contractor shall submit the manufacturer's datasheet, the installation instructions and the zone layout for approval.

D-Command Control | Tender specification text

1. General
The system shall be D-Command Control by D-FENCE Electronic Fencing and Security Systems Ltd. (ISO 9001:2015 certified quality management), or an approved equivalent that meets every requirement in this section.

2. Function
Every sensor, camera and alarm on one geolocated map, in the control room or on a phone.

3. The system shall provide
- 3D synoptic map: Sites, zones, cameras and sensors on a detailed 3D GIS view, on desktop, laptop or phone.
- Camera on alarm: The alarm opens the camera that covers the zone, with PTZ control in the same window.
- Sensor-level readings: Live values per sensor show exactly which one raised the alarm.
- Task the right person: Assign the event to the team member closest to the scene and keep the record for debriefing.
- Automatic response: Sirens, floodlights, PA and local outputs switched through relays when the alarm arrives.
- Multi-site: Up to 13 sites linked over fibre-optic lines to one main control centre.
- Open, secured API: REST / SOAP / SNMP bridges into PSIM, VMS, BMS, SCADA and access control.

4. Technical requirements
- Alert time: < 3 s
- Display: Web-based 3D GIS map; desktop, laptop or mobile
- Sensor controllers per gateway: up to 16
- Sensors per sensor controller: up to 16
- Dry-contact controller: up to 64 inputs / 60 outputs
- Multi-site: up to 13 sites over fibre-optic lines
- Field interfaces: RS232, RS485, IP, dry contact (N.O. / N.C.)
- Integration: Secured API; REST / SOAP / SNMP / PSIM bridge; ONVIF cameras
- Connects to: PSIM, VMS, BMS, SCADA, access control, fire alarm, radar, LPR
- Gateway dimensions / weight: 112 × 84 × 25 mm, 450 g
- Gateway enclosure: Aluminium, passive fan-less cooling; wall / VESA / DIN mount (optional)
- Operating temperature: −40 °C to 80 °C
- MTTF: > 200,000 h
- Power: AC 110–240 V, 50–60 Hz (transformer included) or 10–36 V DC
- Gateway ports: 2 × 100 Mbps Ethernet (RJ45), 4 × USB 2.0, 1 × RS232, 1 × HDMI (up to 1920 × 1080 @ 60 Hz)
- Wireless: Wi-Fi / Bluetooth / cellular removed for security; added on demand
- Compliance: FCC / CE, RoHS-II

5. Detection sequence
5.1 Sensor: A D-FENCE sensor detects force on the barrier and reports its zone.
5.2 Controller: Up to 16 sensors per sensor controller, chained on RS485.
5.3 Gateway: Up to 16 controllers, IP cameras and dry contacts per gateway.
5.4 D-Command Control: The zone turns red on the 3D map and its camera opens, in < 3 s.
5.5 Response: The nearest team is tasked, sirens and lights switch on, and your PSIM / VMS receives the event.

6. Submittals
Before installation, the contractor shall submit the manufacturer's datasheet, the installation instructions and the zone layout for approval.