mindtrace 0.9.1

Mindtrace monorepo with modular packages

Mindtrace

A modular Python framework for building ML infrastructure: microservices, artifact registries, job orchestration, hardware integrations, and more.

📖 Docs · 💡 Samples · 🤝 Contributing

📦 Installation

pip install mindtrace
# or
uv add mindtrace

Or install only what you need:

pip install mindtrace-services  # Microservices
pip install mindtrace-registry  # Artifact storage
pip install mindtrace-cluster   # Distributed workers

🚀 Getting Started

Config & Logging

from mindtrace.core import Mindtrace

class MyProcessor(Mindtrace):
    def run(self):
        # self.config and self.logger are provided automatically
        self.logger.error(f"Cache dir: {self.config.MINDTRACE_DIR_PATHS.ROOT}")

processor = MyProcessor()
processor.run()
# [2026-01-08 10:39:42] ERROR: MyProcessor: Cache dir: ~/.cache/mindtrace

Deploy a Microservice

from mindtrace.services.samples.echo_service import EchoService

# Launch service and get auto-generated client
client = EchoService.launch(port=8080)

result = client.echo(message="Hello, world!")
print(result.echoed)  # "Hello, world!"

client.shutdown()

Define your own service (must be in an importable module):

# mypackage/predictor.py
from pydantic import BaseModel
from mindtrace.services import Service
from mindtrace.core import TaskSchema

class PredictInput(BaseModel):
    text: str

class PredictOutput(BaseModel):
    label: str
    confidence: float

predict_schema = TaskSchema(
    name="predict",
    input_schema=PredictInput,
    output_schema=PredictOutput,
)

class PredictorService(Service):
    def __init__(self, **kwargs):
        super().__init__(**kwargs)
        self.add_endpoint("predict", self.predict, schema=predict_schema)

    def predict(self, payload: PredictInput) -> PredictOutput:
        return PredictOutput(label="positive", confidence=0.95)

Save & Load Artifacts

from mindtrace.registry import Registry
import numpy as np

registry = Registry()

# Save anything: arrays, datasets, configs, dicts
embeddings = np.random.rand(100, 768).astype(np.float32)
registry.save("data:embeddings:v1", embeddings)

# Load it back (with automatic versioning)
loaded = registry.load("data:embeddings:v1")
print(f"Loaded: {loaded.shape}, {loaded.dtype}")
# Loaded: (100, 768), float32

Reactive State with Observables

from mindtrace.core import ObservableContext

@ObservableContext(vars=["status", "progress"])
class Pipeline:
    def __init__(self):
        self.status = "idle"
        self.progress = 0

def on_change(source, var, old, new):
    print(f"{var}: {old} → {new}")

pipeline = Pipeline()
pipeline.subscribe(on_change, "context_updated")

pipeline.status = "running"   # prints: status: idle → running
pipeline.progress = 50        # prints: progress: 0 → 50

📚 Modules

Module	Description
core	Config, logging, observables, base classes
services	Microservice framework with auto-generated clients
registry	Versioned artifact storage (models, datasets, configs)
database	Redis & MongoDB ODM with async support
cluster	Distributed worker orchestration
jobs	Job schemas and execution backends
hardware	Camera, PLC, and sensor integrations
datalake	Query and manage datasets, models, labels, and datums
models	Model definitions, inference, and leaderboards
storage	Cloud storage interfaces (GCS, S3)
automation	Pipeline orchestration and Label Studio integration
ui	UI components and visualization
apps	End-user applications and demos

🏗️ Layered Architecture

Modules are organized into levels based on dependency direction. Each layer only depends on modules in lower levels.

Level	Modules
1. Foundation	core
2. Core Consumers	jobs, registry, database, services, storage, ui
3. Infrastructure	hardware, cluster, datalake, models
4. Automation	automation
5. Applications	apps

📖 Documentation

• Full Documentation
• Samples
• Contributing