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<p style="color:red">The information on this page is updated in accordance with the [https://wiki.teltonika-networks.com/view/FW_%26_SDK_Downloads'''00.07.4'''] firmware version .</p>
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__TOC__
 
==Summary==
 
==Summary==
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In this guide, the MQTT Serial Gateway function will be configured using third-party MQTT Broker services (in this example, ''Flespi.io'').
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This chapter is a guide on configuring cobot.me provider '''hotspot''' instance on RUTX routers. This setup is also applicable to RUT series devices.
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==Configuration overview & prerequisites==
==Step 1: cobot.me configuration ==
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*Two devices with serials ports - one acts as Modbus RTU Master, another as Modbus RTU Slave;
If you're having trouble finding this page or some of the parameters described here on your cobot account, you should turn on '''"Admin" mode'''. You can do that by clicking the "'''Admin'''" button at the top-right corner of the cobot website.
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*Flespi.io account to act as an MQTT Broker/Publisher/Subscriber (for first configuration example);
[[File:Cobotme.gif|border|center]]
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===Login===
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[[File:MQTT Serial gateway topology v2.png|border|center|class=tlt-border|847x279px]]
----
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First, go to '''cobot.me''' and log into your account ('''LOG IN''' in the top right corner). If you don't have a registered account then you will need to create one - click '''Try Cobot'''.
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[[File:Cobotmain.png|border|center|1009x1009px]]
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====Sign Up====
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After clicking '''Try Cobot''' you will be redirected to register page. Enter you account information and click '''Next'''.
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RUT2 will act as a Modbus RTU slave and RUT1 as a Modbus RTU Master. On RUT1, MQTT Serial Gateway will be configured to transfer Modbus data over MQTT. Flespi.io platform will serve as an MQTT Broker
[[File:Cobotsignup3.png|border|center]]
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Next step is to enter further information of your account. After entering it click '''Add Space'''.
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[[File:Cobotsignup5.png|center]]
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==RUT2 configuration==
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===Configuring Modbus RTU Slave===
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----
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Go to Services → Modbus → Modbus RTU Slave and create a new instance.
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# Enter the '''desired instance name''';
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# Select the '''desired serial interface'''.
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[[File:Modbus RTU Slave.png|border|center|class=tlt-border|855 × 308px]]
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===Set Up new radius server===
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==RUT1 configuration==
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===Configuring MQTT Gateway===
 
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In the opened window click '''SETUP''' icon, then - '''Wifi Integration'''. You will be prompted to '''Radius Wifi Integration''' window. Click the '''Set up Radius Server.'''
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Go to '''Services → Modbus → MQTT Gateway''' and there:
[[File:Imagea.png|border|center]]
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===Network details===
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# '''Enable''' the '''instance''';
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# '''Enter Host''' (copied from flespi connection settings without 'wss://' and port);
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# '''Enter Username''' (Copied from flespi Connection settings generated '''token''');
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# '''Enter Password'''.
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You will be given your Radius server configuration data that you will need in the next step.
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[[File:MQTT Gateway config.png|border|center|class=tlt-border|862 × 412px]]
[[File:Radiuscobot.png|border|center|1150x1150px]]
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===Add Wifi Guest Accounts===
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Click '''Wifi Guest Accounts''' in the bottom of the page to add accounts to let users access your WiFi.
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'''Note''': ''Everything else can be left as default or changed according to your needs.''
[[File:Cobotwifi.png|border|center|1098x1098px]]
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===Configuring Serial Gateway===
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----
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Under the MQTT Gateway configuration, create the Serial Gateway:
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# Enter the '''desired device ID''';
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# Select the '''desired serial interface'''.
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Type user account information and click '''Add Account'''.
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[[File:Serial gateway config.png|border|center|class=tlt-border|868×308px]]
[[File:Wifisuers.png|border|center|1095x1095px]]
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===Configuring Flespi.io MQTT Broker===
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----
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'''Log in''' or '''create an account''' on '''https://flespi.io''';
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At the bottom of the page you can see all your created users.
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#Navigate to '''MQTT Board''' on the '''left side''' menu;                                       
[[File:Accounts.png|border|center]]
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#On the right-hand panel, top right corner, next to the name of the MQTT board, '''press the cogwheel-looking icon''' to open ''Connection Settings'';
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#In the opened window, press '''"Get flespi token"''' to generate a username;
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#Enter the '''Client name''';
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#Copy the Host address;
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#Copy '''Username''';
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#Create a '''password'''.
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==Step 2: Router configuration ==
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Once done, save all the changes.
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[[File:Flespi board.png|border|center|class=tlt-border|1102x729px]]
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If you're having trouble finding this page or some of the parameters described here on your device's WebUI, you should '''turn on "Advanced WebUI" mode'''. You can do that by clicking the "Basic" button under "Mode", which is located at the top-right corner of the WebUI.
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===Message format for MQTT publisher===
[[File:Networking rutx manual webui basic advanced mode.gif|border|center]]
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----
===Creating wireless access point===
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Modbus request data sent in the MQTT payload should be generated in accordance with the following format:
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If you have already set up your wireless access point - skip this step.
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<pre>1 <COOKIE> <SERIAL_DEVICE_ID> <TIMEOUT> <SLAVE_ID> <MODBUS_FUNCTION> <FIRST_REGISTER> <REGISTER_COUNT> </pre>
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* Login to your router's WebUI. You can do this by entering the router's LAN IP address (192.168.1.1 by default) into the URL field of your web browser.
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The table below explains what each option means:
* Go to the '''Network → Wireless''' page.
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* '''Click 'Add'''' to create a new Wireless Access Point. Depending on your needs, choose a 2.4 GHz ('''1''') or 5 GHz ('''2''') Access Point.
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[[File:Wifirut.png|border|center]]
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{| class="wikitable"
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|1.  Format version
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|'''1'''
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|-
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|2. Cookie
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|from '''0''' to '''2<sup>64</sup> -1'''
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|-
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|3. Serial device ID
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|a string used to identify a serial device. Must match with <u>Device ID</u> field in MQTT Gateway page Serial gateway configuration section
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|-
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|4. Timeout
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|timeout for Modbus connection, in seconds. Range [1..999].
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|-
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|5. Slave ID
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|Indicates to which slave request is sent
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|-
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|6. Modbus function
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|Modbus task type that will be executed. Possible values are:
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        <ul>
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            <li><b>1</b> - read coils;</li>
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            <li><b>2</b> - read input coils;</li>
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            <li><b>3</b> - read holding registers;</li>
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            <li><b>4</b> - read input registers;</li>
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            <li><b>5</b> - set single coil;</li>
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            <li><b>6</b> - write to a single holding register;</li>
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            <li><b>15</b> - set multiple coils;</li>
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            <li><b>16</b> - write to multiple holding registers.</li>
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        </ul>
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|-
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|7. First register
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|number (not address) of the first register/coil/input (in range [1..65536]) from which the registers/coils/inputs will be read/written to.
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|-
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|8. Registry count
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| <li><b>1</b> - <u>coil count</u> (in range [1..2000]); must not exceed the boundary (first coil number + coil count <= 65537);</li>
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            <li><b>2</b> - <u>input count</u> (in range [1..2000]); must not exceed the boundary (first input number + input count <= 65537);</li>
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            <li><b>3</b> - <u>holding register count</u> (in range [0..125]); must not exceed the boundary (first register number + holding register count <= 65537);</li>
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            <li><b>4</b> - <u>input register count</u> (in range [0..125]); must not exceed the boundary (first register number + input register count <= 65537);</li>
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            <li><b>5</b> - <u>coil value</u> (in range [0..1]);</li>
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            <li><b>6</b> - <u>holding register value</u> (in range [0..65535]);</li>
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            <li><b>15</b> - <u>coil count</u> (in range [1..1968]); must not exceed the boundary (first coil number + coil count <= 65537); and <u>coil values</u> separated with commas, without spaces (e.g., <i>1,2,3,654,21,789</i>); there must be exactly as many values as specified (with coil count); each value must be in the range of [0..1].
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|}
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====Examples====
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----
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{| class="wikitable"
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|Setting relay (on) (Relay address is 202, which means 'Number of first register will be 203)
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|'''1 1 1 1 1 6 203 1'''
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|-
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|Getting temperature
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|'''1 1 1 1 1 3 6 2'''
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|}
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Modbus parameters are held within registers. The register numbers and corresponding system values can be found [[RUT955_Monitoring_via_Modbus#Get_Parameters|'''in this article''']].
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Edit your new Access Point as below:
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==Testing MQTT Publisher and Subscriber on flespi.io==
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====Adding Flespi Subscriber====
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----
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To test the Modbus Serial Gateway functionality, '''log into''' your '''Flespi account''' → '''MQTT Board''' and '''add a Subscriber''':
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# Check '''Enable;'''
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#Press '''''<nowiki/>'+'''''' button on the top right corner
# Mode - '''Access Point''';
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#Select '''''<nowiki/>'Subscriber''''''
# ESSID - Your desired Extended Service Set Identifier name;
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# In the topic field enter '''''<nowiki/>'response''''''
# Network - Choose the network you want to attach to this wireless interface or fill out the create field to define a new network.
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#Press '''''<nowiki/>'Subscribe'''''' button
[[File:APconfig1.png|border|center]]
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Navigate to '''Wireless Security''' tab and choose your '''Encryption''' method '''(1)'''. When you are done, click '''Save & Apply (2)'''.
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[[File:Flespi subscriber.png|border|class=tlt-border|496x204px]]          [[File:Flespi subscriber setup.png|border|class=tlt-border|496x205px]]
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====Adding Flespi Subscriber====
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----
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[[File:APsecu.png|border|center]]
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Also, you will need to '''add a Publisher''':
===Set up hotspot===
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Navigate to '''''Services''' '''Hotspot''''' and add a new Hotspot Instance. To do so, find the '''Add New Instance''' section and select your Wireless AP in the interface list, then press '''Add'''.
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#Press '''''<nowiki/>'+'''''' button on the top right corner
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#Select '''''<nowiki/>'Publisher''''''
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#In the topic field enter '''''<nowiki/>'request''''''
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#In the message field enter message, for this example '''''<nowiki/>'Getting temperature'''''' is used
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#Press '''''<nowiki/>'Publish'''''' button
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[[File:Hotspota.png|border|center]]
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[[File:Flespi publisher.png|border|class=tlt-border|495x238px]]   [[File:Flespi publisher setup.png|border|class=tlt-border|494x239px]]
 
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====Flespi Subscriber output====
'''Hotspot configuration'''
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----
 
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Check the response in the '''''<nowiki/>'Subscriber'''''' tab, you should receive a message similar to the one below.
In the '''General tab''' do the following steps:
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# Check '''Enable;'''
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# Authentication mode - '''Radius'''.
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[[File:Hotspotgentab.png|border|center]]
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Then go to '''Radius''' tab and enter the Radius server configuration details from cobot:
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# '''RADIUS Servers''' - 130.211.138.166, 104.198.250.153;
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# '''Authentication port''' - 13143;
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# '''Radius secret key''' - 4L1pnC5jMIlfZH2T;
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# '''Save & Apply'''.
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[[File:Hotspotconfiga.png|border|center|1258x1258px]]
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==Test your Hotspot==
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Try connecting to your router using computer or mobile phone.
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Select the newly creating hotspot
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[[File:Wifimobile.png|border|center]]
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After successful connection visit any website. You should be redirected to hotspot login page.
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Type your username and password.
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Click '''Login'''
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[[File:Wifilogin.png|border|center|alt=|713x713px]]
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[[File:Flespi response.png|border|center|class=tlt-border|500x305px]]
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You should see a message '''Authorization Successful'''
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In the output, we can see that router's '''temperature''' is '''44 degrees Celsius'''.
 
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[[File:Wifisuccess.png|border|center|alt=|713x713px]]
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==See Also==
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*[[RUT955 Monitoring via Modbus#Get Parameters]]
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*[[RUT955_Modbus#MQTT_Gateway|MQTT Gateway and Modbus]]
 
==External links==
 
==External links==
http://www.cobot.me
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[https://flespi.io/#/ Flespi.io]
 
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[[Category:IoT]]