Verkada

Verkada Night Vision Failure? Enterprise Fix Guide

Fix Verkada night vision failure with enterprise-specific steps. Diagnose IR issues, check Verkada Command settings, and resolve network misconfigurations.

Is this your issue?

Camera shows offline in the VMS dashboard but responds to ping
RTSP stream drops intermittently despite stable network link
PoE negotiation fails — switch port shows Class 0 instead of expected Class 3
Firmware update stuck in pending state in the management platform
Camera's IR LED status shows as inactive in Verkada Command's Device Health dashboard despite night vision mode being enabled

Sound familiar? The guide below will help you fix it.

Verify Your Verkada Camera's Night Vision Configuration

If your Verkada camera is failing to activate night vision despite normal daytime performance, the issue likely stems from misconfigured settings, hardware failure, or network misalignment. This guide provides enterprise-specific steps to resolve the problem, focusing on Verkada's unique tools and features. Begin with the quick checks below before proceeding to deeper troubleshooting.

Quick Fixes for Verkada Night Vision Failure

Before diving into advanced diagnostics, perform these 30-second checks to identify obvious issues:

Check VMS dashboard status: Open your VMS (e.g. Wisenet WAVE or Avigilon Control Center) and confirm the camera is online and not in a degraded state. If the camera shows as offline but responds to ping, the issue may be VMS-specific (see Section 3).
Verify PoE link light: Ensure the switch port’s PoE link light is active and not blinking. A flickering light may indicate power instability or switch port overload.
Ping the camera IP: Use the camera’s IP address to ping it from the switch and verify connectivity. If the ping fails, investigate VLAN misconfiguration or firewall rules.
Check status LED: Look for a solid green LED on the camera. A red or amber LED may indicate power issues or firmware corruption.
Power cycle via PoE switch: Disable the switch port for 10 seconds, then re-enable it. This resets the camera’s PoE negotiation and may resolve temporary glitches.

Diagnose Verkada Command Connectivity Issues

Check VLAN Assignment

Ensure the camera’s VLAN matches the management platform’s network segment. In Verkada Command, navigate to Cameras → [device] → Network and confirm the VLAN ID matches the switch’s configuration. A mismatch will prevent the camera from communicating with the cloud or VMS.

Validate PoE Budget

Access the Power usage tab in the camera’s Device health dashboard. If the switch port is over-subscribed (e.g. more than 80% of PoE budget), reassign the camera to a port with adequate headroom. For CB62 Bullet models, ensure the port supports 802.3at (PoE+).

Confirm Night Vision Mode Settings

Navigate to Cameras → [device] → Settings → Video in Verkada Command. Set Night vision mode to Auto or On. For CD62 Dome models, use the Device health dashboard to check the IR LED status. If the LEDs are inactive, the issue may be hardware-related.

Test IR Cut Filter Functionality

Access the Device health dashboard in Verkada Command and check the IR cut filter status. If the filter is reported as malfunctioning, the camera may not switch between day and night modes properly. For CB62 Bullet models, use the Network diagnostics tool to test the RTSP stream in both day and night conditions. If the stream shows no IR activation, the filter may be stuck in day mode.

Check Firmware Channel and Cloud Region

Ensure your Verkada firmware is on the stable channel in Verkada Command. Navigate to Cameras → [device] → Firmware and verify the channel is set to Stable. If the camera is on Beta, roll back to the last stable version. Check the Cloud connection status in Verkada Command to confirm the camera is registered to the correct cloud region — mismatched regions can cause feature degradation.

Advanced Troubleshooting for Verkada Night Vision

Analyze IR Reflection from Nearby Surfaces

If the camera’s night vision works intermittently, check for IR reflection from nearby surfaces (e.g. glass, mirrors). Use the Video quality analytics tool in Verkada Command to identify areas where IR light is bouncing back. Adjust the camera’s position or add IR-absorbing materials to the reflective surface.

Inspect Bandwidth Usage During Night Vision

For CB62 Bullet models, use the Bandwidth monitor in Verkada Command to check if the camera is transmitting excessive data during night vision mode. High bandwidth usage could indicate a faulty IR LED or misconfigured analytics. If the camera is part of a multi-sensor setup, ensure the sensor fusion feature is enabled in the Camera settings.

Verify VMS Integration and Licence Status

If the camera is integrated with a VMS (e.g. Wisenet WAVE), check the VMS integration settings in Verkada Command. Ensure the camera is assigned to the correct stream profile and that the VMS has sufficient licensing capacity. For multi-sensor setups, confirm that the edge storage is functioning correctly and that the cloud backup is enabled.

Use Enterprise-Specific Tools for Diagnostics

Leverage Verkada’s Network diagnostics tool to test the camera’s RTSP stream in both day and night conditions. For CD62 Dome models, use the Device health dashboard to verify the IR LED status and IR cut filter status. If the filter is malfunctioning, contact Verkada support with the camera serial number and diagnostic logs.

Factory Reset and Escalation for Verkada Cameras

Perform a Factory Reset (Admin-Only)

Verkada cameras do not have a user-accessible factory reset button. To reset a camera, it must be deregistered from the Verkada Command platform by an organisation administrator. Navigate to Cameras → [device] → Actions → Deregister and confirm the action. After deregistration, re-provision the camera using the Camera setup wizard in Verkada Command.

Conduct Packet Capture and Protocol Analysis

If basic fixes fail, use packet capture tools (e.g. Wireshark) to analyse the camera’s network traffic. Look for RTSP stream failures, DHCP lease issues, or multicast/IGMP snooping problems. For CB62 Bullet models, ensure the ONVIF profile is set to Profile S for optimal compatibility with VMS platforms.

Escalate to Enterprise Support

If troubleshooting persists, contact Verkada support via https://help.verkada.com. Provide the camera serial number, diagnostic logs, and VMS integration details. For multi-sensor setups, include edge storage logs and cloud backup status.

Root Causes of Verkada Night Vision Failure

Enterprise-specific root causes include PoE power budget exhaustion, DHCP scope exhaustion, VMS licensing issues, firmware incompatibility, and IR cut filter malfunction. In the UK, Building Regulations Part Q may require additional lighting for visibility, which could conflict with night vision settings. Ensure compliance with local regulations when configuring cameras.

Prevention and Long-Term Care for Verkada Cameras

Schedule Firmware Updates and Monitor VMS Health

Set a firmware update schedule using Verkada Command’s Firmware management tool. Monitor VMS health via the Bandwidth monitor and Device health dashboard. Ensure PoE budget headroom is maintained across all switch ports to avoid over-subscription.

Implement Network Best Practices

Create a dedicated camera VLAN and apply QoS policies to prioritise video traffic. Use SNMP monitoring to track switch port utilisation and detect potential power issues early. For multi-sensor setups, ensure edge storage is configured for redundancy.

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Replacement Decisions for Verkada Cameras

When evaluating camera replacement, consider the wired camera lifespan (5-8 years) and battery camera lifespan (3-5 years). For UK procurement, adhere to the Consumer Rights Act 2015 — 6-year right to repair. Use surveillance-rated HDDs (WD Purple/Seagate SkyHawk) for NVRs and high-endurance SD cards for cameras. If troubleshooting exceeds 30 minutes and basic steps fail, the issue is likely hardware-related.

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Frequently Asked Questions

Verify your Verkada camera's VLAN assignment matches the network segment defined in Verkada Command. If the camera is on a different VLAN than the management platform, it cannot communicate with the cloud or VMS. Use the **Network diagnostics** tool in Verkada Command to identify VLAN mismatches. Ensure the camera's **PoE budget** is sufficient on the switch port — check the **Power usage** tab in the camera's device health dashboard. If the switch port is over-subscribed, reassign the camera to a port with adequate headroom.

In Verkada Command, navigate to **Cameras → [device] → Settings → Video** and ensure **Night vision mode** is set to **Auto** or **On**. If the camera is set to **Off**, it will not activate IR LEDs. For models like the **CD62 Dome**, use the **Device health dashboard** to verify the **IR LED status**. If the LEDs are inactive, the issue may be hardware-related. Cross-check with the **Video quality analytics** tool to see if the camera detects low-light conditions and attempts to trigger IR.

Access the **Device health dashboard** in Verkada Command and check the **IR cut filter status**. If the filter is reported as **malfunctioning**, the camera may not switch between day and night modes properly. For models like the **CB62 Bullet**, use the **Network diagnostics** tool to test the camera's RTSP stream in both day and night conditions. If the stream shows no IR activation, the filter may be stuck in day mode. Contact Verkada support with the **camera serial number** and **diagnostic logs** for further analysis.

Ensure your Verkada firmware is on the **stable channel** in Verkada Command. Navigate to **Cameras → [device] → Firmware** and verify the **channel** is set to **Stable**. If the camera is on **Beta**, it may have incompatible features affecting night vision. Use the **Firmware update** tool to roll back to the last stable version if necessary. Check the **Cloud connection status** in Verkada Command to confirm the camera is registered to the correct cloud region — mismatched regions can cause feature degradation.

For **CB62 Bullet** models, use the **Bandwidth monitor** in Verkada Command to check if the camera is transmitting excessive data during night vision mode. High bandwidth usage could indicate a faulty IR LED or misconfigured analytics. If the camera is part of a **multi-sensor** setup, ensure the **sensor fusion** feature is enabled in the **Camera settings**. This feature combines IR and visible light data for improved low-light visibility. If enabled, disable it temporarily to isolate the issue.

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