Start Building Intelligence

The Python-first Framework for Agentic & LLM-Powered Applications

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Stop wrestling with AI boilerplate. Start building intelligence.

IntelliBricks is the Python-first toolkit for crafting AI applications with ease. Focus on your intelligent logic, not framework complexity.

Imagine this:

• Pythonic AI: Write clean, intuitive Python – IntelliBricks handles the AI plumbing.
• Structured Outputs, Instantly: msgspec.Struct classes define your data, IntelliBricks gets you structured LLM responses.
• Agents that Understand: Build autonomous agents with clear tasks, instructions, and your knowledge.
• APIs in Minutes: Deploy agents as REST APIs with FastAPI or Litestar, effortlessly.
• Context-Aware by Default: Seamless RAG integration for informed, intelligent agents.

IntelliBricks solves AI development pain points:

• Complexity? Gone. Streamlined, Python-first approach.
• Framework Chaos? Controlled. Predictable, structured outputs with Python types.
• Boilerplate? Banished. Focus on intelligence, predictability and observability. No more time setting the framework up.

Start in Seconds:

pip install intellibricks

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Core Modules: Your AI Building Blocks

IntelliBricks is built around three core modules, designed for power and seamless integration:

🧠 LLMs Module: Integrate easilly with AI providers

Interact with Language Models in pure Python.

Key Features:

• Synapses: Connect to Google Gemini, OpenAI, Groq, and more with one line of code.

  from intellibricks.llms import Synapse
  
  synapse = Synapse.of("google/genai/gemini-pro-experimental")
  completion = synapse.complete("Write a poem about Python.") # ChatCompletion[RawResponse]
  print(completion.text)

• Structured Outputs: Define data models with Python classes using msgspec.Struct.

  import msgspec
  from typing import Annotated, Sequence
  from intellibricks.llms import Synapse
  
  class Summary(msgspec.Struct, frozen=True):
      title: Annotated[str, msgspec.Meta(title="Title", description="Summary Title")]
      key_points: Annotated[Sequence[str], msgspec.Meta(title="Key Points")]
  
  synapse = Synapse.of("google/genai/gemini-pro-experimental")
  prompt = "Summarize quantum computing article: [...]"
  completion = synapse.complete(prompt, response_model=Summary) # ChatCompletion[Summary]
  
  print(completion.parsed.title)
  print(completion.parsed.key_points)

• Chain of Thought: Structured reasoning with ChainOfThought for observability.

  from intellibricks.llms import Synapse, ChainOfThought
  import msgspec
  
  class Response(msgspec.Struct):
      response: str
      """just to show you can combine ChainOfThought and other structured classes too"""
  
  synapse = Synapse.of("google/genai/gemini-pro-experimental")
  cot_response = synapse.complete(
      "Solve riddle: Cities, no houses...",
      response_model=ChainOfThought[Response] # You can use ChainOfThoughts[str] too!
  ) 
  
  for step in cot_response.parsed.steps:
      print(f"Step {step.step_number}: {step.explanation}")
  
  print(cot_response.parsed.final_answer) # Response

• Langfuse Observability: Built-in integration for tracing and debugging.

  from intellibricks.llms import Synapse
  from langfuse import Langfuse
  
  synapse = Synapse.of(..., langfuse=Langfuse())

  

🤖 Agents Module: Build Autonomous Intelligence

Craft agents to perform complex tasks.

Key Features:

• Agent Class: Define tasks, instructions, and connect to Synapses.

  from intellibricks.agents import Agent
  from intellibricks.llms import Synapse
  
  synapse = Synapse.of("google/genai/gemini-pro-experimental")
  agent = Agent(
      task="Creative Title Generation",
      instructions=["Intriguing fantasy story titles."],
      metadata={"name": "TitleGen", "description": "Title Agent"},
      synapse=synapse,
  )
  
  agent_response = agent.run("Knight discovers dragon egg.") # AgentResponse[RawResponse]
  print(f"Agent suggests: {agent_response.text}")

• Tool Calling: Equip agents with tools for real-world interaction.

• Instant APIs: Turn agents into REST APIs with FastAPI/Litestar.

  from intellibricks.agents import Agent
  from intellibricks.llms import Synapse
  import uvicorn
  
  agent = Agent(..., synapse=Synapse.of(...))
  app = agent.fastapi_app # WIP, any bugs open an issue please!
  uvicorn.run(app, host="0.0.0.0", port=8000)

🗂️ Files Module: Intelligent File Handling

Process files within your AI workflows.

Key Features:

• RawFile Abstraction: Represent files as objects for easy handling.

  from intellibricks.files import RawFile
  
  raw_file = RawFile.from_file_path("document.pdf")
  print(f"File Name: {raw_file.name}")
  print(f"File Extension: {raw_file.extension}")

• Parsed Files: Foundation for structured content extraction (text, images, tables).

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🏆 Why IntelliBricks? Python Purity & Power.

IntelliBricks is different. It's Python First.

• 🐍 Idiomatic Python: Clean, modern Python – no framework jargon.
• ✨ Simplicity & Clarity: Intuitive API, less boilerplate.
• 🧱 Structured Outputs, Core Strength: Define Python classes, get structured data.
• 🧠 Focus on Intelligence: Build smart apps, not infrastructure headaches.

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Structured Outputs: IntelliBricks vs. LangChain & LlamaIndex

Getting structured data from LLMs is critical. Here's how IntelliBricks compares to other frameworks:

IntelliBricks:

import msgspec
from intellibricks.llms import Synapse

class Summary(msgspec.Struct, frozen=True):
    title: str
    key_points: list[str]

synapse = Synapse.of("google/genai/gemini-pro-experimental")
completion = synapse.complete(
    "Summarize article: [...]",
    response_model=Summary
) # ChatCompletion[Summary]

print(completion.parsed) # Summary object

LangChain:

from langchain_openai import ChatOpenAI
from pydantic import BaseModel, Field
from typing import Optional

class Joke(BaseModel):
    setup: str = Field(description="The setup of the joke")
    punchline: str = Field(description="The punchline to the joke")
    rating: Optional[int] = Field(default=None, description="Rating 1-10")

llm = ChatOpenAI(model="gpt-4o-mini")
structured_llm = llm.with_structured_output(Joke)
joke = structured_llm.invoke(
    "Tell me a joke about cats"
) # Dict[Unknown, Unknown] | BaseModel

print(joke) # Joke object directly

LangChain uses .with_structured_output() and Pydantic classes. While functional, it relies on Pydantic for validation and returns the Pydantic object directly via .invoke(), losing direct access to completion metadata (usage, time, etc.)

LlamaIndex:

from llama_index.llms.openai import OpenAI
from pydantic import BaseModel, Field
from datetime import datetime
import json

class Invoice(BaseModel):
    invoice_id: str = Field(...)
    date: datetime = Field(...)
    line_items: list = Field(...)

llm = OpenAI(model="gpt-4o")
sllm = llm.as_structured_llm(output_cls=Invoice)
response = llm.complete("...") # CompletionResponse

Here is what LlamaIndex' returns:

class CompletionResponse(BaseModel):
    """
    Completion response.

    Fields:
        text: Text content of the response if not streaming, or if streaming,
            the current extent of streamed text.
        additional_kwargs: Additional information on the response(i.e. token
            counts, function calling information).
        raw: Optional raw JSON that was parsed to populate text, if relevant.
        delta: New text that just streamed in (only relevant when streaming).
    """

    text: str
    additional_kwargs: dict = Field(default_factory=dict)
    raw: Optional[Any] = None # Could be anything and could be None too. Nice!
    logprobs: Optional[List[List[LogProb]]] = None
    delta: Optional[str] = None

IntelliBricks Advantage:

• Python-First Purity: Clean, idiomatic Python.
• Simpler Syntax: More direct and intuitive structured output definition.
• Blazing Fast: Leverages msgspec for high-performance serialization, outperforming Pydantic.
• Comprehensive Responses: synapse.complete() returns ChatCompletion[RawResponse | T] objects, providing not just parsed data but also full completion details (usage, timing, etc.).

Examples adapted from LangChain docs and LlamaIndex docs. IntelliBricks offers a more streamlined and efficient Python-centric approach.

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🚀 Join the IntelliBricks Revolution!

Build intelligent applications, the Python way.

• Get Started: pip install intellibricks
• Explore: Dive into the documentation.
• Contribute: It's community-driven!
• Connect: Share feedback and ideas!

Let's build the future of intelligent applications, together!