obsei

Obsei is a low code AI powered automation tool. It can be used in various business flows like social listening, AI based alerting, brand image analysis, comparative study and more .

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Obsei is an open-source, low-code, AI powered automation tool that consists of an Observer to collect unstructured data from various sources, an Analyzer to analyze the collected data with various AI tasks, and an Informer to send analyzed data to various destinations. The tool is suitable for scheduled jobs or serverless applications as all Observers can store their state in databases. Obsei is still in alpha stage, so caution is advised when using it in production. The tool can be used for social listening, alerting/notification, automatic customer issue creation, extraction of deeper insights from feedbacks, market research, dataset creation for various AI tasks, and more based on creativity.

README:

Note: Obsei is still in alpha stage hence carefully use it in Production. Also, as it is constantly undergoing development hence master branch may contain many breaking changes. Please use released version.

Obsei (pronounced "Ob see" | /əb-'sē/) is an open-source, low-code, AI powered automation tool. Obsei consists of -

Observer: Collect unstructured data from various sources like tweets from Twitter, Subreddit comments on Reddit, page post's comments from Facebook, App Stores reviews, Google reviews, Amazon reviews, News, Website, etc.
Analyzer: Analyze unstructured data collected with various AI tasks like classification, sentiment analysis, translation, PII, etc.
Informer: Send analyzed data to various destinations like ticketing platforms, data storage, dataframe, etc so that the user can take further actions and perform analysis on the data.

All the Observers can store their state in databases (Sqlite, Postgres, MySQL, etc.), making Obsei suitable for scheduled jobs or serverless applications.

Future direction -

Text, Image, Audio, Documents and Video oriented workflows
Collect data from every possible private and public channels
Add every possible workflow to an AI downstream application to automate manual cognitive workflows

Use cases

Obsei use cases are following, but not limited to -

Social listening: Listening about social media posts, comments, customer feedback, etc.
Alerting/Notification: To get auto-alerts for events such as customer complaints, qualified sales leads, etc.
Automatic customer issue creation based on customer complaints on Social Media, Email, etc.
Automatic assignment of proper tags to tickets based content of customer complaint for example login issue, sign up issue, delivery issue, etc.
Extraction of deeper insight from feedbacks on various platforms
Market research
Creation of dataset for various AI tasks
Many more based on creativity 💡

Installation

Prerequisite

Install the following (if not present already) -

Install Python 3.7+
Install PIP

Install Obsei

You can install Obsei either via PIP or Conda based on your preference. To install latest released version -

pip install obsei[all]

Install from master branch (if you want to try the latest features) -

git clone https://github.com/obsei/obsei.git
cd obsei
pip install --editable .[all]

Note: all option will install all the dependencies which might not be needed for your workflow, alternatively following options are available to install minimal dependencies as per need -

pip install obsei[source]: To install dependencies related to all observers
pip install obsei[sink]: To install dependencies related to all informers
pip install obsei[analyzer]: To install dependencies related to all analyzers, it will install pytorch as well
pip install obsei[twitter-api]: To install dependencies related to Twitter observer
pip install obsei[google-play-scraper]: To install dependencies related to Play Store review scrapper observer
pip install obsei[google-play-api]: To install dependencies related to Google official play store review API based observer
pip install obsei[app-store-scraper]: To install dependencies related to Apple App Store review scrapper observer
pip install obsei[reddit-scraper]: To install dependencies related to Reddit post and comment scrapper observer
pip install obsei[reddit-api]: To install dependencies related to Reddit official api based observer
pip install obsei[pandas]: To install dependencies related to TSV/CSV/Pandas based observer and informer
pip install obsei[google-news-scraper]: To install dependencies related to Google news scrapper observer
pip install obsei[facebook-api]: To install dependencies related to Facebook official page post and comments api based observer
pip install obsei[atlassian-api]: To install dependencies related to Jira official api based informer
pip install obsei[elasticsearch]: To install dependencies related to elasticsearch informer
pip install obsei[slack-api]:To install dependencies related to Slack official api based informer

You can also mix multiple dependencies together in single installation command. For example to install dependencies Twitter observer, all analyzer, and Slack informer use following command -

pip install obsei[twitter-api, analyzer, slack-api]

How to use

Expand the following steps and create a workflow -

Step 1: Configure Source/Observer

Twitter

from obsei.source.twitter_source import TwitterCredentials, TwitterSource, TwitterSourceConfig

# initialize twitter source config
source_config = TwitterSourceConfig(
   keywords=["issue"], # Keywords, @user or #hashtags
   lookup_period="1h", # Lookup period from current time, format: `<number><d|h|m>` (day|hour|minute)
   cred_info=TwitterCredentials(
       # Enter your twitter consumer key and secret. Get it from https://developer.twitter.com/en/apply-for-access
       consumer_key="<twitter_consumer_key>",
       consumer_secret="<twitter_consumer_secret>",
       bearer_token='<ENTER BEARER TOKEN>',
   )
)

# initialize tweets retriever
source = TwitterSource()

Youtube Scrapper

from obsei.source.youtube_scrapper import YoutubeScrapperSource, YoutubeScrapperConfig

# initialize Youtube source config
source_config = YoutubeScrapperConfig(
    video_url="https://www.youtube.com/watch?v=uZfns0JIlFk", # Youtube video URL
    fetch_replies=True, # Fetch replies to comments
    max_comments=10, # Total number of comments and replies to fetch
    lookup_period="1Y", # Lookup period from current time, format: `<number><d|h|m|M|Y>` (day|hour|minute|month|year)
)

# initialize Youtube comments retriever
source = YoutubeScrapperSource()

Facebook

from obsei.source.facebook_source import FacebookCredentials, FacebookSource, FacebookSourceConfig

# initialize facebook source config
source_config = FacebookSourceConfig(
   page_id="110844591144719", # Facebook page id, for example this one for Obsei
   lookup_period="1h", # Lookup period from current time, format: `<number><d|h|m>` (day|hour|minute)
   cred_info=FacebookCredentials(
       # Enter your facebook app_id, app_secret and long_term_token. Get it from https://developers.facebook.com/apps/
       app_id="<facebook_app_id>",
       app_secret="<facebook_app_secret>",
       long_term_token="<facebook_long_term_token>",
   )
)

# initialize facebook post comments retriever
source = FacebookSource()

Email

from obsei.source.email_source import EmailConfig, EmailCredInfo, EmailSource

# initialize email source config
source_config = EmailConfig(
   # List of IMAP servers for most commonly used email providers
   # https://www.systoolsgroup.com/imap/
   # Also, if you're using a Gmail account then make sure you allow less secure apps on your account -
   # https://myaccount.google.com/lesssecureapps?pli=1
   # Also enable IMAP access -
   # https://mail.google.com/mail/u/0/#settings/fwdandpop
   imap_server="imap.gmail.com", # Enter IMAP server
   cred_info=EmailCredInfo(
       # Enter your email account username and password
       username="<email_username>",
       password="<email_password>"
   ),
   lookup_period="1h" # Lookup period from current time, format: `<number><d|h|m>` (day|hour|minute)
)

# initialize email retriever
source = EmailSource()

Google Maps Reviews Scrapper

from obsei.source.google_maps_reviews import OSGoogleMapsReviewsSource, OSGoogleMapsReviewsConfig

# initialize Outscrapper Maps review source config
source_config = OSGoogleMapsReviewsConfig(
   # Collect API key from https://outscraper.com/
   api_key="<Enter Your API Key>",
   # Enter Google Maps link or place id
   # For example below is for the "Taj Mahal"
   queries=["https://www.google.co.in/maps/place/Taj+Mahal/@27.1751496,78.0399535,17z/data=!4m5!3m4!1s0x39747121d702ff6d:0xdd2ae4803f767dde!8m2!3d27.1751448!4d78.0421422"],
   number_of_reviews=10,
)


# initialize Outscrapper Maps review retriever
source = OSGoogleMapsReviewsSource()

AppStore Reviews Scrapper

from obsei.source.appstore_scrapper import AppStoreScrapperConfig, AppStoreScrapperSource

# initialize app store source config
source_config = AppStoreScrapperConfig(
   # Need two parameters app_id and country.
   # `app_id` can be found at the end of the url of app in app store.
   # For example - https://apps.apple.com/us/app/xcode/id497799835
   # `310633997` is the app_id for xcode and `us` is country.
   countries=["us"],
   app_id="310633997",
   lookup_period="1h" # Lookup period from current time, format: `<number><d|h|m>` (day|hour|minute)
)


# initialize app store reviews retriever
source = AppStoreScrapperSource()

Play Store Reviews Scrapper

from obsei.source.playstore_scrapper import PlayStoreScrapperConfig, PlayStoreScrapperSource

# initialize play store source config
source_config = PlayStoreScrapperConfig(
   # Need two parameters package_name and country.
   # `package_name` can be found at the end of the url of app in play store.
   # For example - https://play.google.com/store/apps/details?id=com.google.android.gm&hl=en&gl=US
   # `com.google.android.gm` is the package_name for xcode and `us` is country.
   countries=["us"],
   package_name="com.google.android.gm",
   lookup_period="1h" # Lookup period from current time, format: `<number><d|h|m>` (day|hour|minute)
)

# initialize play store reviews retriever
source = PlayStoreScrapperSource()

Reddit

from obsei.source.reddit_source import RedditConfig, RedditSource, RedditCredInfo

# initialize reddit source config
source_config = RedditConfig(
   subreddits=["wallstreetbets"], # List of subreddits
   # Reddit account username and password
   # You can also enter reddit client_id and client_secret or refresh_token
   # Create credential at https://www.reddit.com/prefs/apps
   # Also refer https://praw.readthedocs.io/en/latest/getting_started/authentication.html
   # Currently Password Flow, Read Only Mode and Saved Refresh Token Mode are supported
   cred_info=RedditCredInfo(
       username="<reddit_username>",
       password="<reddit_password>"
   ),
   lookup_period="1h" # Lookup period from current time, format: `<number><d|h|m>` (day|hour|minute)
)

# initialize reddit retriever
source = RedditSource()

Reddit Scrapper

Note: Reddit heavily rate limit scrappers, hence use it to fetch small data during long period

from obsei.source.reddit_scrapper import RedditScrapperConfig, RedditScrapperSource

# initialize reddit scrapper source config
source_config = RedditScrapperConfig(
   # Reddit subreddit, search etc rss url. For proper url refer following link -
   # Refer https://www.reddit.com/r/pathogendavid/comments/tv8m9/pathogendavids_guide_to_rss_and_reddit/
   url="https://www.reddit.com/r/wallstreetbets/comments/.rss?sort=new",
   lookup_period="1h" # Lookup period from current time, format: `<number><d|h|m>` (day|hour|minute)
)

# initialize reddit retriever
source = RedditScrapperSource()

Google News

from obsei.source.google_news_source import GoogleNewsConfig, GoogleNewsSource

# initialize Google News source config
source_config = GoogleNewsConfig(
   query='bitcoin',
   max_results=5,
   # To fetch full article text enable `fetch_article` flag
   # By default google news gives title and highlight
   fetch_article=True,
   # proxy='http://127.0.0.1:8080'
)

# initialize Google News retriever
source = GoogleNewsSource()

Web Crawler

from obsei.source.website_crawler_source import TrafilaturaCrawlerConfig, TrafilaturaCrawlerSource

# initialize website crawler source config
source_config = TrafilaturaCrawlerConfig(
   urls=['https://obsei.github.io/obsei/']
)

# initialize website text retriever
source = TrafilaturaCrawlerSource()

Pandas DataFrame

import pandas as pd
from obsei.source.pandas_source import PandasSource, PandasSourceConfig

# Initialize your Pandas DataFrame from your sources like csv, excel, sql etc
# In following example we are reading csv which have two columns title and text
csv_file = "https://raw.githubusercontent.com/deepset-ai/haystack/master/tutorials/small_generator_dataset.csv"
dataframe = pd.read_csv(csv_file)

# initialize pandas sink config
sink_config = PandasSourceConfig(
   dataframe=dataframe,
   include_columns=["score"],
   text_columns=["name", "degree"],
)

# initialize pandas sink
sink = PandasSource()

Step 2: Configure Analyzer

Note: To run transformers in an offline mode, check transformers offline mode.

Some analyzer support GPU and to utilize pass device parameter. List of possible values of device parameter (default value auto):

auto: GPU (cuda:0) will be used if available otherwise CPU will be used
cpu: CPU will be used
cuda:{id} - GPU will be used with provided CUDA device id

Text Classification

Text classification: Classify text into user provided categories.

from obsei.analyzer.classification_analyzer import ClassificationAnalyzerConfig, ZeroShotClassificationAnalyzer

# initialize classification analyzer config
# It can also detect sentiments if "positive" and "negative" labels are added.
analyzer_config=ClassificationAnalyzerConfig(
   labels=["service", "delay", "performance"],
)

# initialize classification analyzer
# For supported models refer https://huggingface.co/models?filter=zero-shot-classification
text_analyzer = ZeroShotClassificationAnalyzer(
   model_name_or_path="typeform/mobilebert-uncased-mnli",
   device="auto"
)

Sentiment Analyzer

Sentiment Analyzer: Detect the sentiment of the text. Text classification can also perform sentiment analysis but if you don't want to use heavy-duty NLP model then use less resource hungry dictionary based Vader Sentiment detector.

from obsei.analyzer.sentiment_analyzer import VaderSentimentAnalyzer

# Vader does not need any configuration settings
analyzer_config=None

# initialize vader sentiment analyzer
text_analyzer = VaderSentimentAnalyzer()

NER Analyzer

NER (Named-Entity Recognition) Analyzer: Extract information and classify named entities mentioned in text into pre-defined categories such as person names, organizations, locations, medical codes, time expressions, quantities, monetary values, percentages, etc

from obsei.analyzer.ner_analyzer import NERAnalyzer

# NER analyzer does not need configuration settings
analyzer_config=None

# initialize ner analyzer
# For supported models refer https://huggingface.co/models?filter=token-classification
text_analyzer = NERAnalyzer(
   model_name_or_path="elastic/distilbert-base-cased-finetuned-conll03-english",
   device = "auto"
)

Translator

from obsei.analyzer.translation_analyzer import TranslationAnalyzer

# Translator does not need analyzer config
analyzer_config = None

# initialize translator
# For supported models refer https://huggingface.co/models?pipeline_tag=translation
analyzer = TranslationAnalyzer(
   model_name_or_path="Helsinki-NLP/opus-mt-hi-en",
   device = "auto"
)

PII Anonymizer

from obsei.analyzer.pii_analyzer import PresidioEngineConfig, PresidioModelConfig, \
   PresidioPIIAnalyzer, PresidioPIIAnalyzerConfig

# initialize pii analyzer's config
analyzer_config = PresidioPIIAnalyzerConfig(
   # Whether to return only pii analysis or anonymize text
   analyze_only=False,
   # Whether to return detail information about anonymization decision
   return_decision_process=True
)

# initialize pii analyzer
analyzer = PresidioPIIAnalyzer(
   engine_config=PresidioEngineConfig(
       # spacy and stanza nlp engines are supported
       # For more info refer
       # https://microsoft.github.io/presidio/analyzer/developing_recognizers/#utilize-spacy-or-stanza
       nlp_engine_name="spacy",
       # Update desired spacy model and language
       models=[PresidioModelConfig(model_name="en_core_web_lg", lang_code="en")]
   )
)

Dummy Analyzer

Dummy Analyzer: Does nothing. Its simply used for transforming the input (TextPayload) to output (TextPayload) and adding the user supplied dummy data.

from obsei.analyzer.dummy_analyzer import DummyAnalyzer, DummyAnalyzerConfig

# initialize dummy analyzer's configuration settings
analyzer_config = DummyAnalyzerConfig()

# initialize dummy analyzer
analyzer = DummyAnalyzer()

Step 3: Configure Sink/Informer

Slack

from obsei.sink.slack_sink import SlackSink, SlackSinkConfig

# initialize slack sink config
sink_config = SlackSinkConfig(
   # Provide slack bot/app token
   # For more detail refer https://slack.com/intl/en-de/help/articles/215770388-Create-and-regenerate-API-tokens
   slack_token="<Slack_app_token>",
   # To get channel id refer https://stackoverflow.com/questions/40940327/what-is-the-simplest-way-to-find-a-slack-team-id-and-a-channel-id
   channel_id="C01LRS6CT9Q"
)

# initialize slack sink
sink = SlackSink()

Zendesk

from obsei.sink.zendesk_sink import ZendeskSink, ZendeskSinkConfig, ZendeskCredInfo

# initialize zendesk sink config
sink_config = ZendeskSinkConfig(
   # provide zendesk domain
   domain="zendesk.com",
   # provide subdomain if you have one
   subdomain=None,
   # Enter zendesk user details
   cred_info=ZendeskCredInfo(
       email="<zendesk_user_email>",
       password="<zendesk_password>"
   )
)

# initialize zendesk sink
sink = ZendeskSink()

Jira

from obsei.sink.jira_sink import JiraSink, JiraSinkConfig

# For testing purpose you can start jira server locally
# Refer https://developer.atlassian.com/server/framework/atlassian-sdk/atlas-run-standalone/

# initialize Jira sink config
sink_config = JiraSinkConfig(
   url="http://localhost:2990/jira", # Jira server url
    # Jira username & password for user who have permission to create issue
   username="<username>",
   password="<password>",
   # Which type of issue to be created
   # For more information refer https://support.atlassian.com/jira-cloud-administration/docs/what-are-issue-types/
   issue_type={"name": "Task"},
   # Under which project issue to be created
   # For more information refer https://support.atlassian.com/jira-software-cloud/docs/what-is-a-jira-software-project/
   project={"key": "CUS"},
)

# initialize Jira sink
sink = JiraSink()

ElasticSearch

from obsei.sink.elasticsearch_sink import ElasticSearchSink, ElasticSearchSinkConfig

# For testing purpose you can start Elasticsearch server locally via docker
# `docker run -d --name elasticsearch -p 9200:9200 -e "discovery.type=single-node" elasticsearch:8.5.0`

# initialize Elasticsearch sink config
sink_config = ElasticSearchSinkConfig(
   # Elasticsearch server
   hosts="http://localhost:9200",
   # Index name, it will create if not exist
   index_name="test",
)

# initialize Elasticsearch sink
sink = ElasticSearchSink()

Http

from obsei.sink.http_sink import HttpSink, HttpSinkConfig

# For testing purpose you can create mock http server via postman
# For more details refer https://learning.postman.com/docs/designing-and-developing-your-api/mocking-data/setting-up-mock/

# initialize http sink config (Currently only POST call is supported)
sink_config = HttpSinkConfig(
   # provide http server url
   url="https://localhost:8080/api/path",
   # Here you can add headers you would like to pass with request
   headers={
       "Content-type": "application/json"
   }
)

# To modify or converting the payload, create convertor class
# Refer obsei.sink.dailyget_sink.PayloadConvertor for example

# initialize http sink
sink = HttpSink()

Pandas DataFrame

from pandas import DataFrame
from obsei.sink.pandas_sink import PandasSink, PandasSinkConfig

# initialize pandas sink config
sink_config = PandasSinkConfig(
   dataframe=DataFrame()
)

# initialize pandas sink
sink = PandasSink()

Logger

This is useful for testing and dry running the pipeline.

from obsei.sink.logger_sink import LoggerSink, LoggerSinkConfig
import logging
import sys

logger = logging.getLogger("Obsei")
logging.basicConfig(stream=sys.stdout, level=logging.INFO)

# initialize logger sink config
sink_config = LoggerSinkConfig(
   logger=logger,
   level=logging.INFO
)

# initialize logger sink
sink = LoggerSink()

Step 4: Join and create workflow

source will fetch data from the selected source, then feed it to the analyzer for processing, whose output we feed into a sink to get notified at that sink.

# Uncomment if you want logger
# import logging
# import sys
# logger = logging.getLogger(__name__)
# logging.basicConfig(stream=sys.stdout, level=logging.INFO)

# This will fetch information from configured source ie twitter, app store etc
source_response_list = source.lookup(source_config)

# Uncomment if you want to log source response
# for idx, source_response in enumerate(source_response_list):
#     logger.info(f"source_response#'{idx}'='{source_response.__dict__}'")

# This will execute analyzer (Sentiment, classification etc) on source data with provided analyzer_config
analyzer_response_list = text_analyzer.analyze_input(
    source_response_list=source_response_list,
    analyzer_config=analyzer_config
)

# Uncomment if you want to log analyzer response
# for idx, an_response in enumerate(analyzer_response_list):
#    logger.info(f"analyzer_response#'{idx}'='{an_response.__dict__}'")

# Analyzer output added to segmented_data
# Uncomment to log it
# for idx, an_response in enumerate(analyzer_response_list):
#    logger.info(f"analyzed_data#'{idx}'='{an_response.segmented_data.__dict__}'")

# This will send analyzed output to configure sink ie Slack, Zendesk etc
sink_response_list = sink.send_data(analyzer_response_list, sink_config)

# Uncomment if you want to log sink response
# for sink_response in sink_response_list:
#     if sink_response is not None:
#         logger.info(f"sink_response='{sink_response}'")

Step 5: Execute workflow

Copy the code snippets from Steps 1 to 4 into a python file, for example example.py and execute the following command -

python example.py

Demo

We have a minimal streamlit based UI that you can use to test Obsei.

Watch UI demo video

Check demo at

(Note: Sometimes the Streamlit demo might not work due to rate limiting, use the docker image (locally) in such cases.)

To test locally, just run

docker run -d --name obesi-ui -p 8501:8501 obsei/obsei-ui-demo

# You can find the UI at http://localhost:8501

To run Obsei workflow easily using GitHub Actions (no sign ups and cloud hosting required), refer to this repo.

Companies/Projects using Obsei

Here are some companies/projects (alphabetical order) using Obsei. To add your company/project to the list, please raise a PR or contact us via email.

Oraika: Contextually understand customer feedback
1Page: Giving a better context in meetings and calls
Spacepulse: The operating system for spaces
Superblog: A blazing fast alternative to WordPress and Medium
Zolve: Creating a financial world beyond borders
Utilize: No-code app builder for businesses with a deskless workforce

Articles

Sr. No.	Title	Author
1	AI based Comparative Customer Feedback Analysis Using Obsei	Reena Bapna
2	LinkedIn App - User Feedback Analysis	Himanshu Sharma

Tutorials

Sr. No.	Workflow	Colab	Binder
1	Observe app reviews from Google play store, Analyze them by performing text classification and then Inform them on console via logger
1	PlayStore Reviews → Classification → Logger
2	Observe app reviews from Google play store, PreProcess text via various text cleaning functions, Analyze them by performing text classification, Inform them to Pandas DataFrame and store resultant CSV to Google Drive
2	PlayStore Reviews → PreProcessing → Classification → Pandas DataFrame → CSV in Google Drive
3	Observe app reviews from Apple app store, PreProcess text via various text cleaning function, Analyze them by performing text classification, Inform them to Pandas DataFrame and store resultant CSV to Google Drive
3	AppStore Reviews → PreProcessing → Classification → Pandas DataFrame → CSV in Google Drive
4	Observe news article from Google news, PreProcess text via various text cleaning function, Analyze them via performing text classification while splitting text in small chunks and later computing final inference using given formula
4	Google News → Text Cleaner → Text Splitter → Classification → Inference Aggregator

💡Tips: Handle large text classification via Obsei

Documentation

For detailed installation instructions, usages and examples, refer to our documentation.

Support and Release Matrix

	Linux	Mac	Windows	Remark
Tests	✅	✅	✅	Low Coverage as difficult to test 3rd party libs
PIP	✅	✅	✅	Fully Supported
Conda	❌	❌	❌	Not Supported

Discussion forum

Discussion about Obsei can be done at community forum

Changelogs

Refer releases for changelogs

Security Issue

For any security issue please contact us via email

Stargazers over time

Maintainers

This project is being maintained by Oraika Technologies. Lalit Pagaria and Girish Patel are maintainers of this project.

License

Copyright holder: Oraika Technologies
Overall Apache 2.0 and you can read License file.
Multiple other secondary permissive or weak copyleft licenses (LGPL, MIT, BSD etc.) for third-party components refer Attribution.
To make project more commercial friendly, we void third party components which have strong copyleft licenses (GPL, AGPL etc.) into the project.

Attribution

This could not have been possible without these open source softwares.

Contribution

First off, thank you for even considering contributing to this package, every contribution big or small is greatly appreciated. Please refer our Contribution Guideline and Code of Conduct.

Thanks so much to all our contributors

For Tasks:

Click tags to check more tools for each tasks

listen social media create alerts analyze feedback research markets generate datasets

For Jobs:

data analyst social media manager customer support specialist market researcher ai engineer

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MCPHub.nvim is a powerful Neovim plugin that integrates MCP (Model Context Protocol) servers into your workflow. It offers a centralized config file for managing servers and tools, with an intuitive UI for testing resources. Ideal for LLM integration, it provides programmatic API access and interactive testing through the `:MCPHub` command.

github

: 448

ChatGPT-Next-Web

ChatGPT Next Web is a well-designed cross-platform ChatGPT web UI tool that supports Claude, GPT4, and Gemini Pro models. It allows users to deploy their private ChatGPT applications with ease. The tool offers features like one-click deployment, compact client for Linux/Windows/MacOS, compatibility with self-deployed LLMs, privacy-first approach with local data storage, markdown support, responsive design, fast loading speed, prompt templates, awesome prompts, chat history compression, multilingual support, and more.

github

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openai-edge-tts

This project provides a local, OpenAI-compatible text-to-speech (TTS) API using `edge-tts`. It emulates the OpenAI TTS endpoint (`/v1/audio/speech`), enabling users to generate speech from text with various voice options and playback speeds, just like the OpenAI API. `edge-tts` uses Microsoft Edge's online text-to-speech service, making it completely free. The project supports multiple audio formats, adjustable playback speed, and voice selection options, providing a flexible and customizable TTS solution for users.

github

: 412

wzry_ai

This is an open-source project for playing the game King of Glory with an artificial intelligence model. The first phase of the project has been completed, and future upgrades will be built upon this foundation. The second phase of the project has started, and progress is expected to proceed according to plan. For any questions, feel free to join the QQ exchange group: 687853827. The project aims to learn artificial intelligence and strictly prohibits cheating. Detailed installation instructions are available in the doc/README.md file. Environment installation video: (bilibili) Welcome to follow, like, tip, comment, and provide your suggestions.

github

: 63

Scrapling

Scrapling is a high-performance, intelligent web scraping library for Python that automatically adapts to website changes while significantly outperforming popular alternatives. For both beginners and experts, Scrapling provides powerful features while maintaining simplicity. It offers features like fast and stealthy HTTP requests, adaptive scraping with smart element tracking and flexible selection, high performance with lightning-fast speed and memory efficiency, and developer-friendly navigation API and rich text processing. It also includes advanced parsing features like smart navigation, content-based selection, handling structural changes, and finding similar elements. Scrapling is designed to handle anti-bot protections and website changes effectively, making it a versatile tool for web scraping tasks.

github

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docutranslate

Docutranslate is a versatile tool for translating documents efficiently. It supports multiple file formats and languages, making it ideal for businesses and individuals needing quick and accurate translations. The tool uses advanced algorithms to ensure high-quality translations while maintaining the original document's formatting. With its user-friendly interface, Docutranslate simplifies the translation process and saves time for users. Whether you need to translate legal documents, technical manuals, or personal letters, Docutranslate is the go-to solution for all your document translation needs.

github

: 72

Free-GPT4-WEB-API

FreeGPT4-WEB-API is a Python server that allows you to have a self-hosted GPT-4 Unlimited and Free WEB API, via the latest Bing's AI. It uses Flask and GPT4Free libraries. GPT4Free provides an interface to the Bing's GPT-4. The server can be configured by editing the `FreeGPT4_Server.py` file. You can change the server's port, host, and other settings. The only cookie needed for the Bing model is `_U`.

github

: 610

auto-subs

Auto-subs is a tool designed to automatically transcribe editing timelines using OpenAI Whisper and Stable-TS for extreme accuracy. It generates subtitles in a custom style, is completely free, and runs locally within Davinci Resolve. It works on Mac, Linux, and Windows, supporting both Free and Studio versions of Resolve. Users can jump to positions on the timeline using the Subtitle Navigator and translate from any language to English. The tool provides a user-friendly interface for creating and customizing subtitles for video content.

github

: 799

fastserve-ai

FastServe-AI is a machine learning serving tool focused on GenAI & LLMs with simplicity as the top priority. It allows users to easily serve custom models by implementing the 'handle' method for 'FastServe'. The tool provides a FastAPI server for custom models and can be deployed using Lightning AI Studio. Users can install FastServe-AI via pip and run it to serve their own GPT-like LLM models in minutes.

github

: 56

curator

Bespoke Curator is an open-source tool for data curation and structured data extraction. It provides a Python library for generating synthetic data at scale, with features like programmability, performance optimization, caching, and integration with HuggingFace Datasets. The tool includes a Curator Viewer for dataset visualization and offers a rich set of functionalities for creating and refining data generation strategies.

github

: 1.2k

easy-dataset

Easy Dataset is a specialized application designed to streamline the creation of fine-tuning datasets for Large Language Models (LLMs). It offers an intuitive interface for uploading domain-specific files, intelligently splitting content, generating questions, and producing high-quality training data for model fine-tuning. With Easy Dataset, users can transform domain knowledge into structured datasets compatible with all OpenAI-format compatible LLM APIs, making the fine-tuning process accessible and efficient.

github

: 10.6k

Notate

Notate is a powerful desktop research assistant that combines AI-driven analysis with advanced vector search technology. It streamlines research workflow by processing, organizing, and retrieving information from documents, audio, and text. Notate offers flexible AI capabilities with support for various LLM providers and local models, ensuring data privacy. Built for researchers, academics, and knowledge workers, it features real-time collaboration, accessible UI, and cross-platform compatibility.

github

: 177

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comet-llm

CometLLM is a tool to log and visualize your LLM prompts and chains. Use CometLLM to identify effective prompt strategies, streamline your troubleshooting, and ensure reproducible workflows!

github

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obsei

github

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lector

Lector is a text analysis tool that helps users extract insights from unstructured text data. It provides functionalities such as sentiment analysis, keyword extraction, entity recognition, and text summarization. With Lector, users can easily analyze large volumes of text data to uncover patterns, trends, and valuable information. The tool is designed to be user-friendly and efficient, making it suitable for both beginners and experienced users in the field of natural language processing and text mining.

github

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read-frog

Read-frog is a powerful text analysis tool designed to help users extract valuable insights from text data. It offers a wide range of features including sentiment analysis, keyword extraction, entity recognition, and text summarization. With its user-friendly interface and robust algorithms, Read-frog is suitable for both beginners and advanced users looking to analyze text data for various purposes such as market research, social media monitoring, and content optimization. Whether you are a data scientist, marketer, researcher, or student, Read-frog can streamline your text analysis workflow and provide actionable insights to drive decision-making and enhance productivity.

github

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ALwrity

ALwrity is a lightweight and user-friendly text analysis tool designed for developers and data scientists. It provides various functionalities for analyzing and processing text data, including sentiment analysis, keyword extraction, and text summarization. With ALwrity, users can easily gain insights from their text data and make informed decisions based on the analysis results. The tool is highly customizable and can be integrated into existing workflows seamlessly, making it a valuable asset for anyone working with text data in their projects.

github

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LLM-Alchemy-Chamber

LLM Alchemy Chamber is a repository dedicated to exploring the world of Language Models (LLMs) through various experiments and projects. It contains scripts, notebooks, and experiments focused on tasks such as fine-tuning different LLM models, quantization for performance optimization, dataset generation for instruction/QA tasks, and more. The repository offers a collection of resources for beginners and enthusiasts interested in delving into the mystical realm of LLMs.

github

: 117

bonito

Bonito is an open-source model for conditional task generation, converting unannotated text into task-specific training datasets for instruction tuning. It is a lightweight library built on top of Hugging Face `transformers` and `vllm` libraries. The tool supports various task types such as question answering, paraphrase generation, sentiment analysis, summarization, and more. Users can easily generate synthetic instruction tuning datasets using Bonito for zero-shot task adaptation.

github

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Auto-Data

Auto Data is a library designed for the automatic generation of realistic datasets, essential for the fine-tuning of Large Language Models (LLMs). This highly efficient and lightweight library enables the swift and effortless creation of comprehensive datasets across various topics, regardless of their size. It addresses challenges encountered during model fine-tuning due to data scarcity and imbalance, ensuring models are trained with sufficient examples.

github

: 79

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sweep

Sweep is an AI junior developer that turns bugs and feature requests into code changes. It automatically handles developer experience improvements like adding type hints and improving test coverage.

github

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teams-ai

The Teams AI Library is a software development kit (SDK) that helps developers create bots that can interact with Teams and Microsoft 365 applications. It is built on top of the Bot Framework SDK and simplifies the process of developing bots that interact with Teams' artificial intelligence capabilities. The SDK is available for JavaScript/TypeScript, .NET, and Python.

github

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ai-guide

This guide is dedicated to Large Language Models (LLMs) that you can run on your home computer. It assumes your PC is a lower-end, non-gaming setup.

github

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classifai

Supercharge WordPress Content Workflows and Engagement with Artificial Intelligence. Tap into leading cloud-based services like OpenAI, Microsoft Azure AI, Google Gemini and IBM Watson to augment your WordPress-powered websites. Publish content faster while improving SEO performance and increasing audience engagement. ClassifAI integrates Artificial Intelligence and Machine Learning technologies to lighten your workload and eliminate tedious tasks, giving you more time to create original content that matters.

github

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chatbot-ui

Chatbot UI is an open-source AI chat app that allows users to create and deploy their own AI chatbots. It is easy to use and can be customized to fit any need. Chatbot UI is perfect for businesses, developers, and anyone who wants to create a chatbot.

github

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BricksLLM

BricksLLM is a cloud native AI gateway written in Go. Currently, it provides native support for OpenAI, Anthropic, Azure OpenAI and vLLM. BricksLLM aims to provide enterprise level infrastructure that can power any LLM production use cases. Here are some use cases for BricksLLM: * Set LLM usage limits for users on different pricing tiers * Track LLM usage on a per user and per organization basis * Block or redact requests containing PIIs * Improve LLM reliability with failovers, retries and caching * Distribute API keys with rate limits and cost limits for internal development/production use cases * Distribute API keys with rate limits and cost limits for students

github

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uAgents

uAgents is a Python library developed by Fetch.ai that allows for the creation of autonomous AI agents. These agents can perform various tasks on a schedule or take action on various events. uAgents are easy to create and manage, and they are connected to a fast-growing network of other uAgents. They are also secure, with cryptographically secured messages and wallets.

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griptape

Griptape is a modular Python framework for building AI-powered applications that securely connect to your enterprise data and APIs. It offers developers the ability to maintain control and flexibility at every step. Griptape's core components include Structures (Agents, Pipelines, and Workflows), Tasks, Tools, Memory (Conversation Memory, Task Memory, and Meta Memory), Drivers (Prompt and Embedding Drivers, Vector Store Drivers, Image Generation Drivers, Image Query Drivers, SQL Drivers, Web Scraper Drivers, and Conversation Memory Drivers), Engines (Query Engines, Extraction Engines, Summary Engines, Image Generation Engines, and Image Query Engines), and additional components (Rulesets, Loaders, Artifacts, Chunkers, and Tokenizers). Griptape enables developers to create AI-powered applications with ease and efficiency.

github

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