Most people think that you have to be a programming expert to create an AI app.

Not true at all, beginner Python skills are already enough to get you started.

You can easily build the backend of your AI app with just a few lines of code using @LangChainAI Chains.

Here's how 👇 Image
Chains are essential to Langchain as they handle most of the backend code.

They deal with the LLM APIs, process responses, return output, and ensure that everything runs smoothly to create a single, coherent application.

All of that in just 3 or 4 lines of code on your part. Image
The LLMChain is a straightforward chain that requires only an input to generate an output.

It is ideal for single-call applications that do not require much interaction between the user and the AI and do not need to store past interactions in memory. Image
If you want to create a chatbot-like app, where users can chat with the AI, you should use the conversation chain.

This chain really works akin to a chatbot - where both of you take turns talking - and requires a memory parameter to remember its past interactions. Image
One of the main functions of AI today is to interact with internal documents, databases, or lengthy books.

Thankfully, the Document QA chain serves this exact purpose.

This chain enables the app to retrieve and analyze info from the docs you provide with very little code. Image
If your AI app requires multiple chains to work one after the other, you can create a sequence of chains using the Simple Sequential Chain.

Each chain's output will serve as the input for the next.

Below, we create a chain that creates an article on a topic then summarizes it. Image
Of course, there are other chains available, so it's important to review Langchain’s documentation.

However, if you're new to creating AI applications, this is likely all of the chains you will need to begin with.

So go ahead and start experimenting with them.

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More from @Luc_AI_Insights

Jun 1
Chatbot Speedrun!⌚️

Watch me build a fully functional chatbot in just 1 minute and 54 seconds!

I often say that creating your own chatbot with @LangChainAI and @chainlit_io is simple, but now I'll prove it.

Let me show you how easy it is.

Demo and code below👇
This is the chatbot we created. Fully functional and with a nice user interface.

Since we didn't engineer any prompts, it's still kind of basic. But it's fully functional nonetheless.

So simply copy the code below, add your own prompts, and you're good to go.
1. Imports

Here are the necessary imports for our chatbot.

We will only be using two libraries: Chainlit and Langchain.

This will be enough to handle all of the API calls and the user interface. Image
Read 7 tweets
Jun 1
As an AI developer, it is challenging to determine where your skills are in demand and what skill stacks you should focus on developing.

Today, I mostly rely on two websites that allow me to keep a pulse on the market. 👇 Image
1. Product Hunt

Product Hunt enables me to keep an eye on products being developed by individual creators, startups, and founders.

Excellent way to stimulate your creativity, discover cutting-edge products being launched, and see for yourself where the tech is headed.
2. Upwork

There are companies from all shapes and sizes recruiting talent here.

Most of them are outside of the tech and AI bubble (you can even find brick-and-mortar business here), thus providing an unbiased understanding of the latest trends and demands in the overall market
Read 4 tweets
May 27
The way your chatbot remembers your past interactions can make or break its performance.

A simple tweak can take it from answering useless gibberish to answering highly contextual and practical responses.

Here’s how memories work in @LangChainAI 👇 Image
As in humans, so in chatbots.

Memory is simply the way your chatbot remembers its past interactions.

You can choose to have it remember everything or only the most important details.

Each option has its advantages and disadvantages.
1. Conversational Buffer Memory

This is the most straightforward memory available.

It records and recall literally all of your interactions, making it useful when token usage is not a concern and there is little back-and-forth between you and the chatbot. Image
Read 7 tweets
May 26
In just under 3 minutes, I was able to create my own personalized chatbot using LangChain and @chainlit_io .

The process required minimal coding and no prior UI/UX experience. Ideal for all AI developers and AI enthusiasts.

Here's a short guide to help you get started 👇
PS: For the sake of this tutorial, I plugged my personal content idea generator AI agent to the chatbot that was already pre-built with langchain.

To begin, install the Chainlit library on your machine by using the command "pip install chainlit". Image
To avoid configuration errors, it is necessary to run the "chainlit hello" command in your terminal right after you install it.

You may encounter errors (as I did) if you skip this step. Image
Read 5 tweets
May 24
Creating a custom AI agent is the easiest thing in the world when you use the @LangChainAI library.

Here's a short guide on how to create your custom agent from scratch and get it up and running 👇 Image
The prompt template is literally the prompt template your agent will follow.

Feel free to place multiple placeholders to simplify the process of creating your prompt and offering you easy customization.

To create a prompt for your agent, follow the code below. Image
The LLM is nothing more than the language model that you will use to make the prompts.

It acts as a wrapper for your model's API managing all aspects of prompt generation, LLM interaction, and output generation.

The most popular LLM is GPT, so that’s the one we will use below: Image
Read 7 tweets

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