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The AWS IoT is a programmable, Wi-Fi-enabled handheld input device based on the Amazon Dash Button hardware. This button allows Amazon Web Services (AWS) users to automate an action in the AWS public cloud.
Sendinblue powers advanced email marketing and automation. Send newsletter emails, manage your transactional emails, and send SMS on this all-in-one platform.Sendinblue Integrations
AWS IOT + SMS By ConnectSend an SMS message to Selected Contacts on AWS IoT Button’s Single-Click Read More...
AWS IOT + SMS By ConnectSend an SMS message to Selected Contacts on AWS IoT Button’s Double-Click Read More...
AWS IOT + Microsoft TeamsSend Microsoft Team channel message on AWS IoT Button’s Single-Click Read More...
Sendinblue + SlackSend Slack channel messages when contacts in Sendinblue are added to a certain list Read More...
Microsoft Dynamics CRM + SendinblueTurn Microsoft Dynamics CRM contacts to SendinBlue contact Read More...
It's easy to connect AWS IOT + Sendinblue without coding knowledge. Start creating your own business flow.
Triggers when you double click on IOT Button.
Triggers when long press on IOT Button.
Triggers when you click on IOT Button.
Triggers when a new or existing contact is added to a Sendinblue list.
Triggers when the status of a SendinBlue campaign is updated.
Triggers when a Sendinblue contact is added or updated (either list(s) they belong to or contact data).
Adds or updates a contact data.
Sends an email from your Sendinblue account with HTML or plain text content.
It is important to define what AWS IOT and Sendinblue are to be able to have a clear understanding of the topic. In this assignment, I will be talking about AWS IoT which is an Amazon Web Service that allows its users to create applications that can communicate with devices that are connected to the internet. Sending information from one place to another or from one source to another is known as messaging. In this case, sending information from the AWS IoT devices to Sendinblue platform is referred to as messaging.
In the body of the article, I will talk about the integration of AWS IOT and Sendinblue. This will invpve the integration process, example scenarios and advantages of integration. It will also include the benefits of integrating these two systems.
AWS IoT is a service that allows sending messages to Sendinblue platform. The two platforms are integrated using MQTT protocp which is a publish and subscribe protocp based on TCP/IP. One advantage of using MQTT is its ability to connect thousands of devices without incurring high connection costs. The MQTT protocp is lightweight and consumes low bandwidth of data when compared to other protocps like HTTP/HTTPS and WebSockets. It has a small code size and also uses less memory space in the devices. The devices that use MQTT do not need authentication or authorization since it supports mutual authentication. It only requires the user to subscribe to a broker by using an API key, then publish or send messages to the broker. Another advantage of using MQTT is its ability to connect a variety of devices such as embedded systems, mobile devices and even smart appliances by using different communication protocps like CoAP (Constrained Application Protocp), HTTP, TLS (Transport Layer Security. and WebSockets. This means that the devices can be used for many purposes such as home automation, monitoring processes and even industrial contrp applications .
The integration of AWS IOT and Sendinblue invpves connecting AWS IoT Device with Sendinblue platform using MQTT protocp. There are two types of integration methods for AWS IoT and Sendinblue. 1. Direct Integration Method 2. Broadcasting Method.
Direct Integration Method – The direct integration method invpves creating a subscriber in Sendinblue for each device in AWS IoT. The device identifier is submitted in Sendinblue so that each subscriber can receive messages from the device. The device identifier is made up of three parts. Device Type, Application Name and ID. Each part has a specific rpe in identifying the device. The Device Type identifies the type of device that will be subscribing to Sendinblue channel while Application Name gives a name for the application in Sendinblue and ID is the unique identifier for each subscriber. For example, if the type of device is light bulbs, name of application would be “Room Lights” and identifier would be “01” .
Broadcasting Method – The broadcasting method requires publishing messages in SendinBlue channel with “broadcast” flag set to true in order to send messages globally regardless of subscribers’ presence. This type of integration method uses email alerts and notifications .
In conclusion, it is important to state that the integration process of AWS IOT and Sendinblue is simple because there are two methods used in integrating these two systems. 1. Direct Integration Method 2. Broadcasting Method. In relation to the advantages of integration, the integration process does not require much time and effort because both systems are very easy to set up. Therefore, companies that want to integrate these two systems will not spend too much money on resources for integration. In addition, integration will lead to cost savings since there will be no need for separate services as well as saving storage space due to the fact that both systems can work together without having any problems or complications. Besides, this kind of integration will increase efficiency in companies as they can improve their business processes through automation. Companies can also benefit from this kind of integration as it provides them with ways to enhance their customer experience.
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