An example we will build a trip planner skill, albeit a trivialized version of it, which will gather from the user the departure date, the departure and arrival cities. The collected information can be used to search available fares, hotels and make any other necessary arrangements.
What You Will Need
We did it! There is a new SDK in the Backendless family of libraries, please welcome the SDK for Amazon Alexa! Let’s get a few basic questions out of the way first:
Q: Can I build a custom Amazon Alexa skill without Amazon Lambda?
A: Yes, you can definitely do it by running your custom skill implementation in Backendless.
Q: What is the simplest way to build a custom Alexa skill?
A: Great question! Read the announcement below:
If you have any smart IoT devices in your home or office and tried controlling them with Alexa, you might wonder how it actually works. In this guide you will learn about building a custom Alexa skill which will let you control a wi-fi enabled light bulb with Alexa. You will be able to turn the light on/off and change the light colors. You can see a demo of the completed project as well as an overview of its components in the video below:
The solution consists of the following components:
This is Part 2 of the article about developing an Amazon Alexa skill without any coding. In Part 1 you learned the following:
In this part of the article, you will learn the following:
It is recommended (more like required) to go through Part 1 just so you have the basic environment setup. Also, make sure to watch the “Developing an Alexa Skill without any coding” video which shows the entire process in action.
Codeless Programming is a general approach for creating programs without writing any code. When combined with the power of the Backendess mBaaS, Codeless becomes a powerful and super-efficient tool. In this post, I will describe how to use Codeless to create a custom Amazon Alexa skill. In the first part, you will develop a basic Alexa skill which replies with a static greeting to a voice command. The second post will delve into a more complex implementation.
You can see a demo of what you will build over the course of both posts in the video below: