S360 Response Unit Web Interface
The S360 Response Unit provides a local web interface for device configuration. This interface is primarily intended for stand-alone setups.
For deployments where the Response Unit is connected to an S360 Box, configuration and management are performed via the S360 Partner Portal, and the local web interface should only be used for its Network Configuration.
Before starting the configuration, ensure that the Response Unit is installed, powered on, connected to the network, and updated to the latest approved firmware.
Firmware updates in stand-alone deployments must be performed manually via the System page
Accessing the Web Interface
The S360 Response Unit is configured via its web-based interface, which is accessed using a standard web browser.
By default, the device obtains an IP address via DHCP. If DHCP is not available, the Response Unit uses the following default static IP address:
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192.168.2.230
Once the device has a valid IP address, open a web browser on a device in the same network and enter the IP address in the browser’s address bar. The web interface can be accessed via HTTP or HTTPS, depending on the device configuration.
Access to the S360 Response Unit web interface requires authentication.
Log in using the credentials configured for the device.
For reference, the factory default credentials are:
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Username:
admin -
Password:
admin
If the device is newly installed or has been reset to factory defaults, the default password must be changed before configuration changes can be saved
"Resource" page
The Resource page is used to manage the audio and LED resources that are referenced by alarm and idle schedules.
Audio Resources
The S360 Response Unit includes a set of default, pre-recorded audio messages. In addition, custom audio files can be uploaded using the Custom option in the web interface.
Uploaded audio files must meet the following requirements to ensure correct playback:
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File format: WAV
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Channel type: Mono
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Sampling rate: 8 kHz
Once uploaded, audio files become available for selection in alarm and idle configurations.
LED Resources
The device is equipped with both front and back RGB LED lights. These lights support multiple colors, including red, green, blue, white, yellow, violet, and cyan.
The front and back lights are intended for different signaling purposes and therefore support different display patterns:
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Front light: steady, 1-second blink, 2-second blink, 5-second blink, breathe, and strobe
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Back light: steady and chase
Brightness and strobe frequency are not configured directly on the Resource page. These parameters are defined per schedule and can be adjusted in the Schedule section.
"Schedule" page
The Schedule section defines how the S360 Response Unit behaves during alarm conditions and during normal (idle) operation. Schedules allow behavior to be adapted to different times of day or operational scenarios.
Alarm Configuration
The S360 Response Unit supports up to five alarm schedules, allowing different alarm behavior to be defined for different time periods.
When an alarm is triggered—typically via an external device such as a camera alarm output—the Response Unit executes the actions defined in the active alarm schedule.
Each alarm schedule allows configuration of the following behavior:
The alarm duration determines how long the alarm remains active once triggered. During this period, the configured audio and visual actions are executed.
The audio volume defines the playback level of the selected audio message when the alarm occurs.
The front light behavior can be configured using one or two colors simultaneously. When two colors are selected, the front light alternates between them according to the selected display mode, for example to create a red/blue strobe effect.
The alarm output can be enabled to forward the alarm signal to other equipment via the GPIO alarm output on the device.
Network notifications can be configured to propagate alarm events beyond the device itself. Alarms can be sent to third-party systems via HTTP, or broadcast to other compatible devices on the same local network using the broadcast function.
Optional email notifications can be sent when an alarm is triggered, provided email settings are correctly configured.
A built-in test function is available to verify that the configured alarm set-up behaves as expected.
Idle Configuration
Idle schedules define how the S360 Response Unit behaves when no alarm is active.
Up to five idle schedules can be configured, allowing different behavior at different times. Idle behavior may include audio playback, visual signaling using the LED lights, or a combination of both.
"Talk"page
The Talk page is used to configure two-way audio functionality on the S360 Response Unit. When enabled, this allows audio to be sent to the device (talk-down) and, if required, audio to be received from the device’s built-in microphone.
To support talk-down via a VMS or NVR, the PC microphone option must be enabled. This setting is enabled by default and allows audio streams from external systems to be played through the Response Unit’s speaker.
The Line In option allows talk-down audio to be provided directly from an external analog audio source connected to the device.
The Device Microphone setting controls whether the Response Unit’s internal microphone is active. When enabled, audio from the device can be monitored remotely.
The supported audio codecs for two-way communication are G.711U, G.711A, and AAC. The volume setting controls the playback level of talk-down audio.
To initiate talk-down directly from the web interface, use the Talk button located in the top-right corner of the page.
"Network" page
The Network page is used to configure all network-related settings of the S360 Response Unit. This includes IP addressing, notification services, and protocol configuration.
The TCP/IP settings define how the device connects to the network. By default, DHCP is enabled, allowing the Response Unit to automatically obtain an IP address and network parameters. If required, static IP settings can be configured.
The Email settings allow the device to send email notifications when an alarm occurs. After configuring the required parameters, a built-in test function can be used to verify that the email settings are correct.
The HTTP and HTTPS settings control web and integration access to the device. The default HTTP port is 80, and the ONVIF port uses the same value. The default HTTPS port is 443.
The RTSP settings define the Real-Time Streaming Protocol used for audio streaming and integration. The default RTSP port is 554.
The Wi-Fi settings allow the device to connect wirelessly if required. The S360 Response Unit supports 2.4 GHz Wi-Fi only. To establish a connection, both the SSID and password must be configured.
"Alarm" page
The Alarm page defines low-level alarm behavior and alarm integration options for the S360 Response Unit.
Alarm Levels
The Response Unit supports configurable signal levels for both alarm input and alarm output. Each can be set to either low or high level, depending on the requirements of the connected equipment.
By default, both alarm input and alarm output are configured with a low-level signal.
HTTP Linkage
HTTP linkage allows the S360 Response Unit to notify third-party platforms or systems when an alarm occurs. When enabled, the device sends an HTTP notification as part of the alarm event, enabling integration with external systems.
Broadcast Linkage
Broadcast linkage allows an alarm event to be propagated to other compatible response devices located on the same local network.
When broadcast linkage is enabled, the receiving devices will react to the alarm according to their own configured alarm schedules. It is possible to define which devices should receive broadcast alarms and whether individual devices are allowed to accept broadcast-triggered events.
"System" page
The System section provides access to general device information and maintenance functions for the S360 Response Unit.
Device Information
The Device Info page displays basic information about the unit and allows the device name to be changed. Assigning a meaningful device name is recommended to simplify identification during operation and troubleshooting.
Maintenance
The Maintenance page contains tools for managing and maintaining the device.
An automatic reboot can be scheduled to restart the Response Unit at a predefined date or interval, which may be useful for long-running deployments.
The factory default function resets the device to its original settings. This action removes all configuration and should be used with caution.
Configuration settings can be exported to a file, allowing configurations to be backed up or reused on other devices. Existing configuration files can also be uploaded and applied to the Response Unit.
Firmware upgrades for stand-alone deployments are performed from this section. To upgrade the firmware, select the approved firmware file and initiate the upgrade process. Ensure that the device remains powered and connected throughout the upgrade.
The latest released firmware for the response unit is: