Xovis sensors are AI-powered 3D overhead people counters using stereo vision or structured light. They push data to Vemcount via outbound-only network connections — no inbound firewall ports are needed. Vemco Group is a Xovis Gold Partner.
Xovis sensor families
PC2 Series | Second-generation 3D people counter. Standard indoor retail and commercial use. Models: PC2SE (standard), PC2SE-L (wide lens), PC2SE-UL (ultra-wide), PC2RE (with WiFi/BT), PC2SE-O / PC2SE-LO / PC2SE-UL-O (outdoor-rated variants). |
PC3 Series | Third-generation 3D sensor with enhanced AI, higher accuracy and extended mounting height range. Models: PC3SE, PC3SE-H, PC3SE-L, PC3SE-M1, PC3SE-M2 and outdoor (-O) variants of each. |
PF-L (People Flow Large) | High-coverage sensor designed for large open spaces, malls, transport hubs. Covers 5.6×5.6m at 2.5m height, 10.0×10.0m at 3.5m height. |
Network / firewall requirements
Device remote management | xovis.vemcount.com / 52.58.139.245 | TCP 3002 (outbound) |
Data push to Vemcount | data.vemcount.com | TCP 80 / 443 (outbound) |
License validation | license.vemcogroup.com | TCP 443 (outbound) |
Time synchronisation (NTP) | ntp.vemcount.com | UDP 123 (outbound) |
Full firewall guide: vemcogroup.com/faq/vemcount-firewall-guidelines
PC2SE — Technical specifications
Mounting height | min. 2.20 m — max. 6.00 m |
AI-powered | Yes |
WiFi / Bluetooth | No (PC2SE) — Yes (PC2RE variants) |
Power supply | PoE Class 0 (IEEE 802.3af, 48V nominal) or USB-C (5V) |
Power consumption | max. 6W |
Required illumination | min. 2 lux |
Size (L×W×H) | With cover: 13.02 × 9.32 × 3.28 cm |
Weight | 300 g |
Ingress protection | IP40 (indoor) / IP65 (outdoor variants) |
Operating temperature | 0°C to 45°C |
Colour options | Standard white and black cover available |
Overheating protection | Automatic shutdown if internal temperature exceeded |
Coverage tables by mounting height
These values are calculated from the Xovis Hub Coverage Calculator. Coverage increases significantly with mounting height — always use the maximum practical height for your ceiling to minimise sensor count.
PC2SE (standard lens) — Indoor
Mounting height | Length × Width | Coverage area |
2.5 m | 1.88 × 1.06 m | 2.00 m² |
3.5 m | 5.63 × 3.19 m | 17.93 m² |
5.0 m | 7.00 × 5.00 m | 35.00 m² |
PC2SE-L (wide lens) — Indoor
Mounting height | Length × Width | Coverage area |
2.5 m | 1.88 × 1.06 m | 1.99 m² |
3.5 m | 5.63 × 3.19 m | 17.93 m² |
5.0 m | 11.00 × 6.38 m | 70.13 m² |
PC2SE-UL (ultra-wide lens) — Indoor
Mounting height | Length × Width | Coverage area |
2.5 m | 2.63 × 2.13 m | 5.58 m² |
3.5 m | 7.00 × 5.88 m | 41.13 m² |
PF-L (People Flow Large) — Indoor
Mounting height | Length × Width | Coverage area |
2.5 m | 5.60 × 5.60 m | 31.36 m² |
3.5 m | 10.00 × 10.00 m | 100.00 m² |
PC2SE-O / PC2SE-LO (Outdoor variants)
Model | At 5.0 m height | Coverage area |
PC2SE-O | 7.00 × 5.00 m | 35.00 m² |
PC2SE-LO | 11.00 × 6.38 m | 70.13 m² |
Coverage Calculator: Use the Xovis Hub Coverage Calculator at hub.xovis.cloud to calculate exact coverage for any mounting height for any sensor model. Required Sensors tool calculates how many sensors you need for a given floor area.
Sensor naming convention
PC | People Counter |
2 / 3 | Generation (PC2 = 2nd gen, PC3 = 3rd gen) |
R | WiFi + Bluetooth radio included (PC2RE) |
S | Standard model |
E | Enhanced / AI edition |
L | Wide angle lens |
UL | Ultra-wide lens |
H / M1 / M2 | PC3 lens variants (H=high-angle, M1/M2=medium) |
O | Outdoor-rated (IP65) |
Setup steps
After physical installation, send the sensor MAC address and location name to the Vemco support team for onboarding.
The sensor is configured with detection zones, counting lines, and data push settings pointing to Vemcount.
The location is created in Vemcount and the sensor is attached.
For advanced setups (Adults/Children/Staff counting), see Xovis — Adults, Children, Groups & Staff counting setup.
For remote sensor access and configuration, use Settings → Devices → Connect to device in Vemcount.
Important: Sensor calibration must be completed before data is reliable. Do not use data from a sensor that has not been validated. Validation involves comparing live sensor counts against a manual count — the sensor passes if the difference is below 10%.