Edge AI Deployment: Taking Models to the Data
Sometimes the data can't come to the cloud. Today I'm exploring strategies for deploying AI models at the edge.
Thoughts on data engineering, cloud architecture, and technology. 2205 articles and counting.
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Sometimes the data can't come to the cloud. Today I'm exploring strategies for deploying AI models at the edge.
Today OpenAI announced GPT-4o (the "o" stands for "omni") - their new flagship model that can reason across audio, vision, and text in real time. This is…
Phi-3 uses high-quality training data (textbooks, filtered web content) rather than raw internet scale.
Not every AI workload needs to call the cloud. Today I'm exploring when and how to run AI models locally on your device.
Yesterday I introduced Copilot+ PCs. Today let's dive deep into developing applications that leverage the NPU effectively.
NPU wins on efficiency, crucial for battery life.
GPT-4o is 2x faster than GPT-4 Turbo. Today I'm exploring how to leverage this speed for responsive applications.
GPT-4o is already 50% cheaper than GPT-4 Turbo, but there are more ways to optimize costs. Here are practical strategies I use in production.
1. Navigate to your Azure OpenAI resource 2. Go to Model deployments Deploy model 3. Select from the model list 4. Configure deployment settings 5. Deploy…
A typical multimodal conversation might look like: \n{code snippet}\n For real time applications: Managing context across modalities: 1. Maintain coherent…
GPT-4o's vision capabilities are impressive, but what makes them practical for enterprise is the combination of quality, speed, and cost. Today I'm…
Voice AI is transforming how we interact with applications. Today I'm exploring how to build voice-enabled AI applications using Azure's current capabilities.
Each modality is handled separately, then combined. This works, but has latency and integration challenges.
Microsoft has been rapidly expanding Azure OpenAI capabilities. We can expect: New model deployments : Potentially GPT 4 improvements or new multimodal…
Databricks Foundation Model APIs provide enterprise-ready access to state-of-the-art LLMs. This guide covers using these APIs for building AI applications.
Serverless model serving eliminates infrastructure management while providing cost-effective, scalable ML inference. This guide covers implementing…
Databricks Model Serving continues to evolve with new features for deploying and scaling ML models. This guide covers the latest updates and best practices.
Online feature serving enables real-time ML inference by providing low-latency access to features. This guide covers setting up and using Databricks online…
Feature engineering transforms raw data into meaningful inputs for machine learning models. Databricks provides powerful tools for building and managing…
Unity Catalog extends governance to machine learning assets. Manage models, features, and experiments with the same rigor as your data.
Taking Vector Search to production requires careful consideration of performance, reliability, and maintenance. This guide covers production-ready patterns.
Databricks Vector Search enables semantic similarity search over your lakehouse data. Build RAG applications, recommendation systems, and intelligent search…
The aiquery() function enables custom LLM interactions directly in SQL. Unlike specialized functions, it allows you to craft any prompt and get intelligent…
Databricks SQL AI functions bring large language model capabilities directly into SQL queries. Process text, generate insights, and enrich data without…