Planet NMS-AIoT User Manual
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Planet NMS-AIoT User Manual

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Universal Network Management AIoT Application Server
NMS-AIoT
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Universal Network
Management AIoT Application
Server
NMS-AIoT
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Summary of Contents for Planet NMS-AIoT

  • Page 1 Universal Network Management AIoT Application Server NMS-AIoT Universal Network Management AIoT Application Server NMS-AIoT - 1 -...
  • Page 2 Information in this User’s Manual is subject to change without notice and does not represent a commitment on the part of PLANET. PLANET assumes no responsibility for any inaccuracies that may be contained in this User’s Manual.
  • Page 3 WEEE separately. Trademarks The PLANET logo is a trademark of PLANET Technology. This documentation may refer to numerous hardware and software products by their trade names. In most, if not all cases, these designations are claimed as trademarks or registered trademarks by their respective companies.

  • Page 4: Table Of Contents

    Method 1: Setting a Static IP Address ........... 15 3.2.2 Method 2: Using a DHCP Server ............16 Chapter 4. Web-based Management .................. 17 Introduction ......................17 Logging in to the NMS-AIoT ..................17 Dashboard Page ...................... 18 Device Management ....................22 4.4.1 Overview page ..................22 4.4.2 Device List .....................

  • Page 5: Chapter 1. Product Introduction

    Thank you for purchasing PLANET Universal Network Management AIoT Application Server. PLANET NMS-AIoT is described below: NMS-AIoT Universal Network Management AIoT Application Server with LCD Package Contents Open the box of the NMS-AIoT and carefully unpack it. The box should contain the following items:  NMS-AIoT Controller x 1 ...

  • Page 6: Overview

    3,000 sensing devices. In the era of edge computing and AIoT (Artificial Intelligence of Things) applications, enterprises require a high-performance, secure, and flexible management platform to integrate various wired and wireless IoT devices and massive environmental data. The NMS-AIoT Application Server offers a comprehensive solution by integrating energy management, wide-area transmission, and AI edge computing, providing an efficient and secure AI private cloud network for enterprises.
  • Page 7 NMS-AIoT ESG Energy Management Reporting One of the standout features of the NMS-AIoT is its ability to support ESG (Environmental, Social, and Governance) energy management reporting. The platform provides real-time sensor data analysis and aids in reducing the carbon footprint by optimizing energy usage. This feature is critical for enterprises aiming to achieve sustainability and energy efficiency goals.

  • Page 8: Features

    Embedded hardware controller for easy setup  Easy installation for non-technical personnel  Support for future software upgrades  Support for private and PLANET cloud platforms Hardware  6 x 10/100/1000BASE-T RJ45 LAN ports  2 x USB 3.0 ports ...

  • Page 9: Product Specifications

    Providing the at-a-glance view of center system, events summary, Dashboard monitored record of each sensor and real-time alarm status Device List Manages all sensors and devices in the NMS-AIoT Displays monitoring and history records, the latest 10 events, and Detail Information current sensor information...
  • Page 10 Universal Network Management AIoT Application Server NMS-AIoT Maximum Scalability 3,000 nodes Standards Conformance Regulatory Compliance CE, FCC IEEE 802.3 10BASE-T Standards Compliance IEEE 802.3u 100BASE-TX IEEE 802.3ab Gigabit 1000BASE-T - 10 -...

  • Page 11: Chapter 2. Hardware Introduction

    Universal Network Management AIoT Application Server NMS-AIoT Chapter 2. Hardware Introduction Physical Descriptions Physical Interface Mechanical Drawing NMS-AIoT - 11 -...
  • Page 12 Universal Network Management AIoT Application Server NMS-AIoT Hardware Interface Definition Interface Description AC IN 100~240V~, 0.59A max. Easy system operation by pressing the button USB Port Connect the USB HDD to enable USB backup/restoration function LAN Ports (1-6) 10/100/1000BASE-T RJ45 auto-MDI/MDI-X ports...

  • Page 13: 2.2 Hardware Installation

    Universal Network Management AIoT Application Server NMS-AIoT 2.2 Hardware Installation Refer to the illustration and follow the simple steps below to quickly install your NMS-AIoT. Set up the NMS-AIOT Controller with Ethernet connection for the first-time configuration by following the steps below.

  • Page 14: Chapter 3. Preparation

    3. Recommended web browsers: Google Chrome, Microsoft Edge or Mozilla Firefox. Setting TCP/IP on your PC The default IP address of the NMS-AIoT is 192.168.1.100. To successfully connect to NMS-AIoT, users need to configure their computer with a static IP address or ensure that a DHCP server is available on their network.

  • Page 15: Method 1: Setting A Static Ip Address

    4. Set a Static IP Address Set the "IP Address" to: 192.168.1.x, where x is any number between 2 and 254 that is not the same as NMS-AIoT's IP address (192.168.1.100). Set the Subnet Mask to: 255.255.255.0 Set the Default Gateway to: 192.168.1.1 (If the known gateway address is different, set it accordingly.)

  • Page 16: Method 2: Using A Dhcp Server

    3.2.2 1. Ensure a DHCP Server is Available Make sure that a DHCP server or use PLANET Gateway is running in the current network environment. Typically, home routers have built-in DHCP functionality. 2. Set the Computer to Obtain an IP Address Automatically On Windows, follow the steps above to access the "Internet Protocol Version 4 (TCP/IPv4)"...

  • Page 17: Chapter 4. Web-Based Management

    Logging in to the NMS-AIoT Refer to the steps below to configure the NMS-AIoT: Connect the IT administrator’s PC and NMS-AIoT’s LAN port (port 1) to the same hub / Step 1. switch, and then launch a browser to link the management interface address which is set to https://192.168.1.100 by default.

  • Page 18: Dashboard Page

    Universal Network Management AIoT Application Server NMS-AIoT Dashboard Page Upon successful login, the main web page will load, displaying the web dashboard with summary information, a sensor history chart, and real-time event alarms. Figure 4-3-1: Dashboard Page ■ Summary Information...
  • Page 19 Universal Network Management AIoT Application Server NMS-AIoT ■ Sensor History Chart The sensor history chart displays alias-based sensor data over daily, weekly, and monthly intervals. Users can also switch to viewing sensors located in different locations, as shown in Figure 4-3-3 Figure 4-3-3: Sensor History Chart ■...
  • Page 20 Universal Network Management AIoT Application Server NMS-AIoT ■ Menu and Shortcut  Shortcut In the top right corner of the screen, you'll find several shortcut buttons for quick access to preset screens, along with a menu that consolidates various functions.
  • Page 21 Description The Device Management feature allows you to manage, monitor, and Device configure all devices linked to NMS-AIoT. It includes both graphical Management and text-based views, as well as all automated management options. The Map feature allows you to assign a location to each device and place them on various customized maps.

  • Page 22: Device Management

    Universal Network Management AIoT Application Server NMS-AIoT Device Management Overview page 4.4.1 The graphical interface provides a fast and intuitive way to visualize device status, monitored values, and supervisory conditions. This allows users to easily interpret data, assess system performance, and quickly identify any issues that require attention, all through a visually engaging and informative display.
  • Page 23 Universal Network Management AIoT Application Server NMS-AIoT Clicking on an image allows you to access the device or sensor's monitoring data, view historical records, check event logs, and review the current configuration settings for the device or sensor. The following diagram uses the Example LS200-CM3 sensor as a reference.
  • Page 24 Universal Network Management AIoT Application Server NMS-AIoT The LoRaWAN 3-phase Current Meter, designed for robust industrial power monitoring, LS200-CM3 excels with a maximum current measurement of 75A. The left side of the screen displays sensor device record charts, which can be viewed and marked by day, week, or month in the historical records.
  • Page 25 Universal Network Management AIoT Application Server NMS-AIoT Displays and statistics for annual, quarterly, and daily data, as well as budget charts for the entire month. Figure 4-4-6: Power Meter Sensor Chart The top right corner displays the current status and information of the selected sensor.
  • Page 26 Universal Network Management AIoT Application Server NMS-AIoT The bottom right corner displays the 10 most recent event records for the selected sensor. Figure 4-4-8: Event Records View On the sensor information page, there are shortcut keys for editing device settings, configuring automation rules, and resetting the current session.
  • Page 27 Universal Network Management AIoT Application Server NMS-AIoT Edit Rule Figure 4-4-11: Automation Rule Setting View - 27 -...

  • Page 28: Device List

    Universal Network Management AIoT Application Server NMS-AIoT Device List 4.4.2 The text-based tabular list offers a comprehensive and easily navigable overview of the status of all devices and sensors, allowing you to quickly assess their condition at a glance. The table is designed...
  • Page 29 Device Info: to navigate to the Device Info page Device Setting: to navigate to the Device Setting page Action Automation Rule: to navigate to the Automation Rule page Remove: to remove the device from NMS-AIoT Object Description Add device Remove device...
  • Page 30 Universal Network Management AIoT Application Server NMS-AIoT  Add Device To add a LoRaWAN Gateway Figure 4-4-13: Add LoRaWAN Gateway View Object Description Category To select the bindable device category. Device Type To select the bindable device type. Location To assign a location for the new device (default is ‘Default Location’).
  • Page 31 Universal Network Management AIoT Application Server NMS-AIoT Add New LoRaWAN Sensor Figure 4-4-14: Add LoRaWAN Sensor View - 31 -...
  • Page 32 Universal Network Management AIoT Application Server NMS-AIoT Object Description Category To select the bindable device category. Device Type To select the bindable device type. Location To assign a location for the new device (default is ‘Default Location’). To assign a group for the new device.
  • Page 33 When a device is set to execute or operate a specific action, the Action system sends a command or signal to the "Device for Action" to perform its designated task. Automation Rule: to navigate to the Automation Rule page. Edit Remove: to remove the device from NMS-AIoT - 33 -...

  • Page 34: Map

    Universal Network Management AIoT Application Server NMS-AIoT 4.4.3 This page allows you to mark sensor devices on the uploaded floor plan, enabling quick identification of device status through the map. By visualizing the placement of each device on the floor plan, you can easily monitor and manage your sensor network.
  • Page 35 Universal Network Management AIoT Application Server NMS-AIoT This page displays Location settings page as shown in Figure 4-4-18. Figure 4-4-18: Edit Location Page - 35 -...

  • Page 36: System

    Universal Network Management AIoT Application Server NMS-AIoT System 4.4.4  Date and Time Time settings and NTP functionality allow you to configure the system clock and synchronize it with a Network Time Protocol (NTP) server. Accurate time synchronization is essential for ensuring that all system logs, event timestamps, and scheduled tasks are consistent and reliable.
  • Page 37 Universal Network Management AIoT Application Server NMS-AIoT  IP Settings Device IP configuration allows you to set the IP address for the device, ensuring it can communicate effectively within the network. Proper IP address configuration is essential for network connectivity, enabling the device to interact with other devices, access servers, and perform its designated functions.
  • Page 38 Universal Network Management AIoT Application Server NMS-AIoT  User Management The User Account Management and Group Settings functions can only be edited and managed by users with the highest level of permissions (admin). This ensures that critical account and group configurations are securely controlled, minimizing the risk of unauthorized changes and maintaining the integrity of the system.

  • Page 39: Network Services

    Universal Network Management AIoT Application Server NMS-AIoT Network Services 4.4.5 Mail configuration supports email services such as SMTP and Microsoft Exchange Web Server, allowing events to be sent to specified email addresses. This feature ensures that you receive timely notifications about critical events directly in your inbox, enabling swift responses to system alerts. By configuring multiple recipients, you can ensure that the right team members are informed immediately, enhancing the overall reliability and responsiveness of your monitoring system.

  • Page 40: Maintenance

    Universal Network Management AIoT Application Server NMS-AIoT Maintenance 4.4.6  Backup and Restore The Backup and Restore feature allows you to save and recover device configurations, including network settings, mail configurations, account and group settings, and more. This functionality is crucial for ensuring that your system can be quickly restored to a known good state in the event of a system failure, configuration error, or other issues.
  • Page 41 Universal Network Management AIoT Application Server NMS-AIoT  Factory Default This page displays Factory Default setting as shown in Figure 4-4-27. Figure 4-4-27: Factory Default Setting Page  System Information System Information provides details about the device's current status, including CPU usage, hard drive capacity, memory utilization, and the display of the firmware (FW) version.

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