Docs / Quickstart

Quickstart Guide

Build and deploy custom SOTA fine-tuned models to serverless Google Cloud TPU infrastructure in minutes.

Documentation Status: Work in Progress (WIP)
Our developer documentation is currently being updated to reflect the latest APIs and tooling changes for the Beta release. Some references may change.

Welcome to the AlphaDeep Documentation page. This guide will walk you through the core platform web interface and the 4-step pipeline to build, test, and serve custom models on Google Cloud TPUs.

1. Platform Web Workflow

The AlphaDeep platform guides you through a seamless, 4-step pipeline to take raw datasets from upload to highly optimized serverless endpoints:

Step 1: Upload Data

Securely upload raw training images, annotations, or documents to our secure enclaves. The AI Engineering Agent parses and structures the datasets automatically.

AlphaDeep Workspace Data Upload
Figure 1: Uploading and managing raw datasets in the developer console.

Step 2: Review & Annotate

Inspect labels, bounding boxes, or text annotations. Modify dataset errors using our automated clean-up assistant and integrated human-in-the-loop validation tools.

Dataset Review and Annotation
Figure 2: Reviewing data tags and fine-tuning parameters.

Step 3: Fine-Tune Adapter

Launch training jobs on shared Google TPU Pod clusters. The AI Agent automatically runs hyperparameter searches and provides real-time training analytics.

Training Analytics Dashboard
Figure 3: Monitoring loss convergence and parameter metrics in real-time.

Step 4: Serve on TPUs

Deploy instantly to high-throughput endpoints. Test predictions live using our interactive model playground to evaluate performance before production rollout.

Interactive Model Playground
Figure 4: Testing generated model results inside the playground console.

2. Billing & Cost Optimization

Because the open-source Blinx Kernel hot-swaps weights in microsecond-scale timelines, you pay strictly per request for inference. Endpoints automatically scale down to zero when idle, meaning zero billing overhead for cold resources.