Modular and Enterprise IoT Development Kit

Last updated: Jan 20th, 2018


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What is Hi-Gate?

The Hi-Gate is an Enterprise and Modular IOT gateway. It is not only translates the protocol [RF/NON RF –To- REST/MQTT] but with TI CC3200 at its heart, which offers better computational power to run advance IOT algorithm. It has 802.11 B/G/N Radio Wi-Fi, GSM/GPRS (2G) capabilities. It also has Zig-Bee, BLE 4.0, SUB-1* as an inbound connectivity protocol. The hIOTron IOT Platform enables rapid design, development, deployment of an enterprise IOT applications using Hi-Gate.



Hardware System
  • Controller: ARM Cortex-M4 Core at 80 MHz
  • Flash: 1MB Serial Flash Memory
  • RAM: 256KB
  • EEPROM: 512KB External
  • Power input: 9-12V DC
  • 2-GPIO Port Pins
  • 2-Analog Port Pins
  • RTC
WiFi Specs
  • IEEE 802.11 b/g/n
  • Frequency Band: 2.4 ~ 2.462 GHz


  • Hi-Gate can be easily configured and managed via hIOTron IOT Platform locally/remotely
  • It has dual mode of operation as a Gateway or Node
  • Supports multiple wireless nodes up to 25 Hi-Nodes can be connected under single Hi-gate (Gateway)
  • It reconnects automatically to internet in case of loss of internet connectivity via, Wi-Fi or GPRS for any remote application
  • Suitable for any kind of application which is purely sensor and actuator based

What is Hi-Node?

The Hi-Node is an Enterprise Sensor Node. It can be operated with a battery (2700 MAH Li-ion) or USB optional. It is designed with a purpose of making interaction between real world and embedded devices simpler by providing multiple options of wired and wireless connectivity on single board. Hi-Node is complete package or a set of 3-Modular units such as sensing, controlling and powering.


Hardware System
  • Controller: ATmega328P
  • Flash: 32KB
  • SRAM: 2KB
  • Power input: 9-24V DC
  • Sensing: supports 4 Universal (Analog/Digital Input)
  • Controlling: support 4-Channels output (4CO 1CH 230VAC) to control
  • ZigBee and BLE 4.0 on board for wireless connectivity


  • Hi-Note can be easily configured and managed via hIOTron IOT Platform locally/remotely
  • Battery operated with USB optional
  • It has ZigBee, BLE 4.0 wireless connectivity
  • Suitable for any kind of applications which are purely sensors and actuator based.
all-part-of-nodes.jpg Hi-Node.png

hIOTron IOT Platform

hIOTron IOT Platform is fully code-less and enterprise IOT platform which is designed to help you to build project for any IOT application. It supports 5 major D’s such as Device connectivity, Device management, Data Analytics, Data Storage, Dashboard and Application Enablement. This will help you for mass deployment and better option of enterprise IOT applications in future at production stage. In later part of this User Manual We will explore each feature of hIOTron IOT Platform.


Account Registration

If this is your first time using hIOTron Platform site, you will need to create a new account. If you already have created an account you can skip to the Sign In section. The following instructions will guide you through the account creation process.

  1. In a web browser, navigate to
  2. Click the “Create Account” button to setup user account
  3. Follow the on-screen instructions to enter your account and contact information.
  4. After entering details click on Submit button, you will be prompted to new screen where you will have to insert 4-digit OTP number. And click on Verify button.
  5. This will prompt you Login page which will show you message Registration Successful. Now we will be ready to login and access hIOTron IOT Platform.
  6. After Sign in process. You will be presented with full featured hIOTron IOT Platfrom where you can setup your devices in order to build any IOT Application. Now we’re done with setup and registration in next chapter we will explore how to add devices Hi-Gate and Hi-Node.

Device Setup

Let’s see how easy it is to add and configure Hi-Gate/Hi-Node in order to use them into your project. The setup process of Hi-Gate involves Adding Hi-Gate to dashboard, setup WiFi on Hi-Gate and finally configure. Likewise for Hi-Node we will have to Add Hi-Node to dashboard and then configure.


Add Hi-Gate

The first step is to power on Hi-Gate using Micro USB Cable. When we connect USB cable to Hi-Gate to power-up. We will see continuous blinking of Blue LED. This means device is powered but not in network. To connect Hi-Gate to internet, we must need to add Hi-Gate to Dashboard.

To get start the process first login to hIOTron IOT Platform. Then on main dashboard browse Device Manager -> ADD GATEWAY


To add new gateway to our dashboard we must provide information about Name, Gateway ID and Passcode. Now in this case: Name: Main Hub, Gateway ID: G-1, Passcode: “your password”. Now we’re ready to hit ADD.


Once gateway added successfully, we would have to configure gateway. The next step is to simply hit configure button. And we will get new pop-up box.


This configuration pop-up box will allow user to set the configuration for Main Hub. Since we want to make Main Hub as a Gateway, we must choose USE AS A: GATEWAY, CONNECTION MODE: Wifi, PROTOCOL: ZigBee. Once it is done hit SET button followed by OK.


After pressing Set button, popup will appear on screen by saying Scheduled for Success. Just press Ok and proceed further.


This is how we can register and configure gateway to user dashboard. In next section, we will explore how to configure network in order to connect Hi-Gate with Internet.

Setup WiFi

To connect Hi-Gate to an Internet we will have to download hIOTron Generic Mobile App from Google Play Store. Then login to your account using same login credentials of hIOTron IOT Platform (web dashboard).

Once we logged in we will find same dashboard into mobile view. We will have to click on upper left menu bar in Mobile App. This allows us to navigate Settings menu.

Login Mobile App.jpeg

If everything goes well then you can notice that BLUE LED gets stable. This confirms Hi-Gate is now connected to Internet. The next step could be configure Gateway as a Node and run a small test to remote control two output pins or monitor data from 2-analog input channel.


To run a quick test, we will have to configure Gateway as a Node. This can be done very easily. First let’s browse Device Manager and then click on Configure menu. As show in picture below:


The popup will appear and we will have to select USE AS A: NODE. Since we want to run a test we will make Gateway as a Node. Then we must use this Gateway and create a Project. This will confirm connectivity across gateway and internet network.


Let’s create a small project to run quick test. We must browse Project Manager and click on Create Project from user dashboard.


The popup will appear on our screen. There we can configure project. The first thing is to give name in this case Test, select a Gateway here in this case G-21, then NODE here since we will be using gateway as a node we will keep it to Gateway as node. Make sure to select CUSTOMIZATION option as “Build your own IOT Project” and simply click on Create.


This will take us back to Project Manager and in the list now we can see our project Test. Let’s click on Setting option (Gear Icon).


The new window will take us to project options. There by default protocol should be ZigBee. Then hit next and proceed further.


The next step is to customize project. This will allows us to setup two outputs and two input channels. Lets enable them to control and monitor data from user dashboard. After setting those options just click Next.


In a customization options we would have to enable Input and output channels. In the right side of dashboard we will find Mobile view for our options.


At this point just click on Finish.


We can now ready to run a quick test with the help of project we build. We will find this project under Project View and then select a project in this case Test (G-21).


We will see dashboard which can allows us to control 2-Output Pins and Monitor 2-Analog Input channels.


Note: Setup update interval to become 1 Sec. This option can be found on upper right corner of project view section of user dashboard. We can also monitor same data and control pins from Mobile App.


We can edit/rename gateway under dashboard any point in time. In order to rename Gateway we will have to browse Device Manager. Here under “Registered Gateway List”, click on Edit icon. This will popup new window to insert new name to existing gateway.


We will have to insert new name to the existing gateway and click on Rename button. And you’re done.


Add Hi-Node

To add node the first thing we have to make sure that Hi-Gate should be in configured as Gateway. In previous chapter we have seen how gateway could itself act as node. The remaining process required to follow some simple steps in-order to add node to existing gateway.

To get start we have to browse Device Manager from dashboard. Then under the Registered Gateway List, find gateway to which we wish to add new Hi-Node. Click on Add Node button.


This will popup new window on screen where we will have to insert node credentials. These credentials include NAME, NODE ID and PASSCODE. In this case, name could be any name Node-1, NODE ID will be N-51 (NODE ID will provided along with Hi-Node).


This is all we need to do in order to add/register node under Gateway. Now if we revisit Device Manager and expand Gateway G-21, we will find node will be listed there.


We can edit Node settings at any point in time. To explore these options we will have to again browse Device Manager under which, need to expand Gateway. And click on Edit button. There we can find several parameter user may want to edit to in-order to achieve his objective.


Name: Rename Hi-Node with any name

View Interval: Time interval in Seconds to view data on bashboard

Update Interval: Time for Heartbeat Interval used to monitor the availability of resource.

Select State: Active Mode and Sleep Mode

These are the few parameters user can edit under the listed Node.

Now if we add more than one node and for any reason we want to delete that Node. Then we will have to browse Device Manager under registered Gateway list and in-front of Node just click on Delete button. This will simply remove that particular node from selected gateway.


Build Project

In this section, we will be creating a fresh new project. Since, we know how to add Hi-Gate and Hi-Node to hIOTron IOT Platform. We now can build simple project. Then on the top of that we will be going to explore advance features of hIOTron IOT platform.


Let’s click on Project Manager from left pan of the dashboard. And click on Create Project. This will popup new window on screen to setup project. Now insert all the details as per your project need. In this case, details are as follow:


Here in our case, the Project Name given as Home Automation. Since we already have Gateway and Node added we will be going to use same Gateway G-21 and Node N-51 respectively. We also have to click on Build your Own IOT project under customization option. And finally click on Create and we are done.


Now we have already project listed in our dashboard. This project can be found under Project Manager Section in the dashboard.


Let’s customize this project, so that we will be able to control 4-Input and 4-Output channels of Node. Just click on Gear Icon as shown in picture. This will open new window with advance customization options.


Click Next and proceed further


We will have to turn ON all INPUT and OUTPUT Channels. As soon as we add more and more input-output channels, we can see real-time customization in Mobile App view on dashboard. Let’s press Next.


At this step Click Close and We are done. Next step is just control/monitor Hi-Gate and Hi-Node from hIOTron IOT Platform. Let’s test the project we have build on real hardware.

Run on Real Hardware

Now open a project, browse Project View in left pan and select your Project. This will take us to new screen where we can see real time data in our dashboard. Also we will be having some button through which we can toggle 4-Output Channels of Hi-Node.


Advance Features

In this section we will explore advance customization features of hIOTron IOT Platform.

Configure each Sensor Pin

In previous sections we have seen how easy it is to control INPUT and OUTPUT pins on HI-Gate or Hi-Node. Now to provide fine control, dashboard allows us to configure each sensor pin. This will open possibilities such as getting most accurate data from sensor, set rules/action and also to export data. Let’s see how to use these features.


Rename feature allows you to give user defined name to particular pin/channel on our dashboard. Let’s suppose we want to change the name of Channel A2 to Temperature. Since,we will be going to connect analog Temperature Sensor LM35 to Pin A2. To do that we mustbrowse Project Setup -> Select project Home Automation (N-51). -> Under Customization, click on View tab and in the listed channels press Gear Icon next to the channel we wish to rename. In this case Channel A2.


Now we will be presented with a new window named Configure Channel 2 and Rename option. There we can give any meaningful name to represent the pin functionality, unit and multiplying factor. Just hit Next.


Multiplying Factor: This value scales reading from particular channel. If we don’t keep multiplying factor then data from temperature sensor could be just an raw analog adc counts.But this information must be converted into oC and this can be done by adding multiplying factor.
Say for example: In this case, when we will connect LM35 Temperature Sensor to A2 Channels. We will get temperature data in the form of adc counts. By adding multiplying factor 0.1. We will covert that adc value in to oC which will be more useful.

Set Rules

Rules give your devices the ability to interact with hIOTron IOT Platform. With just few clicks we can add rules to particular pin and perform conditional operation without even writing single line of code. Let’s add rule to existing channel Temperature from previous section.


Now click on Add Rule and we will be presented with a new window to configure rule on same channel. The first step could be to rename rule then click on + button. This will enable us to setup condition and act upon it so as to trigger alert messages.

Configure-Rule.jpg Add-Models.jpg

We can test condition when Temperature is greater than 30oC. Then turn- ON the Pin O1 for 1 Minute. There are several Models available through which we can customize rule to one which suits to an application. We can even configure more than one model for single pin/channel. In the Models we can generate Action, Push Notification, Email, SMS Alert and Interval Action.

Export Data

Now when it comes to storing and managing data from different channels. Export Data is a fully managed service. We can create database tables that can store and retrieve any amount of data, and serve any level of request traffic. We will be easily scale up or scale down your tables. The Export Data option allows us to export/download data into CSV format. This data can then be ported to any other platform from analytics to almost anything.


Let’s hit on any data we are interested. This will download .csv file onto our computer. This is an easiest and quickest way to remotely export data

Switching Nodes

We can add multiple Nodes under single Gateway or even multiple Gateways. Please refer, Section 3.2.1(this) to learn more about how to add Node and Section 3.1.1(this) for adding Gateway. If user want to switch Nodes from one Gateway to other it can be done with few simple steps. As we can see we have two Gateways and two Nodes on the dashboard as shown below:


Let’s suppose we have two Gateways from different applications. And we wish to switch Node-1 from Gateway "Main Hub" (G-21) to Gateway "Second Hub" (G-22). To do this we must first click Swap Node option as shown in the picture above. This will present new popup where we must select Gateway under whom we wish to switch Node-1.


Once Gateway selection done, click on Switch button. And press OK then please do not forget to Refresh the Page once. After this step’s we will find Node-1 will be listed under Gateway G-22 "Second Hub".