Building a Custom GPT for Your Documentation with Azure OpenAI
This pattern works for any documentation. The key is good chunking, quality embeddings, and a well-crafted system prompt that keeps the bot focused on your…
71 articles
This pattern works for any documentation. The key is good chunking, quality embeddings, and a well-crafted system prompt that keeps the bot focused on your…
Instead of a single LLM handling all tasks, multi-agent systems divide work among specialized agents that communicate and coordinate to achieve goals.
Fine-tuning makes sense when you need consistent style, specialized terminology, or improved performance on specific tasks that prompt engineering cannot…
Semantic Kernel abstracts the complexity of working with multiple AI services while providing extensibility through plugins. This allows developers to…
Poorly designed prompts lead to hallucinations, ignored context, or responses that fail to meet business requirements. A systematic approach to prompt…
Track job progress and handle failures with proper retry logic for robust batch AI processing at scale.
GraphRAG excels when your questions involve multi-hop reasoning, relationship discovery, or when entity connections matter more than document similarity.
The Assistants API provides the foundation for building powerful, context-aware AI assistants that integrate with enterprise systems.
Balance cost and quality by routing requests to appropriate models based on task requirements.
AutoGen enables building sophisticated AI systems that can decompose complex tasks and collaborate to find solutions.
Configure appropriate timeout settings for AI operations and implement retry logic for transient failures. Consider using premium plans for…
Experiment with chunk sizes, overlap, and retrieval strategies. Hybrid search combining semantic and keyword matching often provides the best results for…
Semantic Kernel provides a clean abstraction for building AI-powered features while maintaining flexibility to switch between different LLM providers.
Fine-tuning is appropriate when you need consistent formatting, domain-specific language understanding, or reduced prompt lengths. However, it requires…
Include examples in prompts to guide model behavior for domain-specific tasks. This is especially effective for classification and formatting tasks where…
Multi-modal requests consume more tokens and have higher latency. Use the detail parameter wisely: "low" for quick analysis, "high" for detailed extraction…
Maintain comprehensive logs of all content filtering decisions for compliance and incident investigation. Every blocked request should be logged with…
Fine-tuning makes sense when you need consistent formatting, domain-specific terminology, or significant behavior changes that prompting cannot achieve…
JSON mode guarantees the model outputs valid JSON, though you still need to specify the schema in your prompt.
Functions are defined as JSON schemas that describe parameters and their types. Well-designed function schemas and clear descriptions ensure the model calls…
GPT-4o vision provides remarkable understanding of images, but always validate outputs for critical applications. Combine with traditional computer vision…
Semantic caching avoids redundant API calls for similar queries. Reduce prompt length by removing unnecessary context. Use batch processing with the Batch…
The o1 models are designed for tasks requiring deep reasoning: mathematical proofs, code debugging, scientific analysis, and strategic planning. They take…
RAG works by first retrieving relevant documents from a search index, then passing those documents as context to an LLM for generation. This approach…
Graph RAG significantly improves answers for questions involving relationships, hierarchies, and multi-hop reasoning.
After training completes, evaluate on a held-out test set before deploying. Monitor the fine-tuned model's performance against the base model to ensure…
Track cache hit rates in your monitoring. Applications with high context reuse typically see 60-80% cache hit rates, dramatically reducing per-request costs.
For multi-page documents, process pages in parallel and use a synthesis step to merge extracted data. GPT-4o handles cross-page references like "continued…
Stay current with Azure AI updates to leverage the latest capabilities for your data and AI applications.
Batch processing can reduce costs by up to 50% for workloads that don't need immediate responses.
Tools extend what AI agents can do beyond text generation. Today I'm exploring patterns for effective tool use in production agents.
Total latency: 2-5 seconds. GPT-4o processes audio natively - 232ms average response time. That's human conversational speed. The model understands tone…
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…
Each modality is handled separately, then combined. This works, but has latency and integration challenges.
I experimented with DALL‑E 3 for enterprise image generation; these patterns capture what scaled well and what to avoid.
I've used GPT-4 Vision in real projects; these are the practical patterns that helped move visual AI from experiment to production.
1. Multi region deployment Distribute for resilience 2. Monitor continuously Track utilization and latency 3. Plan scaling windows PTU changes aren't…
Aspect Pay As You Go PTU Pricing Per token Per PTU hour Throughput Shared, variable Dedicated, consistent Latency Variable Lower, consistent Commitment None…
Many applications send the same system prompt and context repeatedly: 1. Identify common prefixes System prompts, few shot examples 2. Batch similar…
Token cost analysis enables informed decisions about LLM usage. Track, analyze, and optimize to keep costs predictable and manageable.
1. Cache aggressively Identical queries don't need re processing 2. Tier your models Match model to task complexity 3. Optimize prompts Shorter prompts =…
Resilience : Failover when one provider has outages Cost optimization : Route to cheaper models when possible Capability matching : Use best model for each…
I spent time comparing Gemini and GPT in enterprise settings; below are the practical differences that should influence model choice.
Integrated vectorization removed an entire pipeline step in a recent project. I'll show how it simplifies RAG pipelines and where to be cautious when…
Complex enterprise tasks benefit from specialization. In my work, coordinating small specialist agents led to clearer reasoning, easier testing, and more…
When RAG systems can reason about what to retrieve, they stop failing silently. My implementations of agentic RAG show how to add evaluation and iterative…
Over the past year I've been part of several assistant projects that failed at scale not because the model was lacking, but because architecture and…
I started building with the Assistants API in late 2023. In production it rewarded strict state management, clear tool contracts, and thoughtful thread…
GPT 4 Turbo brings several improvements that matter for production: Feature GPT 4 GPT 4 Turbo Context Window 8K/32K 128K Input Cost $0.03/1K $0.01/1K Output…
As we enter 2024, the AI landscape is evolving at an unprecedented pace. After a transformative 2023 that brought us GPT-4, the Assistants API, and…
Tomorrow we'll explore token estimation techniques. Rate Limiting Patterns Circuit Breaker Pattern Azure OpenAI Best Practices
Tomorrow we'll explore rate limit management strategies. Azure OpenAI Quotas Quota Management Rate Limit Best Practices
The Code Interpreter release this month changed how I approach quick data analysis tasks. Not the deep, production-grade EDA that belongs in a Fabric…
Tomorrow we'll explore ChatGPT Code Interpreter capabilities. Azure OpenAI Assistants Code Interpreter Guide Azure OpenAI Pricing
This concludes our June 2023 series on Azure, Data, and AI topics. We covered: Microsoft Fabric deep dives (Lakehouse, Delta Lake, OneLake) Power BI Direct…
Fallback patterns ensure continuous service availability. Tomorrow, I will cover circuit breakers for AI applications.
Azure OpenAI rate limits in mid-2023 are set per deployment per region, and hitting them is a normal operating condition rather than an exceptional one for…
Robust error handling ensures AI applications remain useful even during failures. Tomorrow, I will cover retry strategies in more depth.
Streaming improves the user experience significantly. Tomorrow, I will cover error handling for AI applications.
Effective caching significantly reduces LLM costs and latency. Tomorrow, I will cover response streaming patterns.
Token costs for GPT-4 in mid-2023 are real enough to design around: roughly $0.03 per 1K input tokens and $0.06 per 1K output tokens for the 8K context…
Effective context pruning ensures your LLM applications work reliably. Tomorrow, I will cover token budgeting strategies.
Robust conversation management enables reliable production chat systems. Tomorrow, I will cover context pruning strategies.
Multi-turn conversation management is essential for production chatbots. Tomorrow, I will cover conversation management strategies.
The most consequential design decision in a function-calling agent isn't the model you choose — it's how you write the tool definitions. The model selects…
Function calling, released last week with the 0613 model versions, gives AI agents a proper foundation — and I've been rebuilding some agent prototypes to…
Function calling patterns enable sophisticated AI agents. Tomorrow, I will cover building AI agents in more depth.
Azure AI Studio provides a comprehensive environment for building, testing, and deploying AI applications. Tomorrow, I will cover Prompt Flow in more detail.
Function calling transforms GPT models into powerful agents that can interact with the real world. Tomorrow, I will cover Azure AI Studio in more detail.
Azure OpenAI is becoming the enterprise-grade platform for building generative AI applications. Tomorrow, I will cover building plugins for ChatGPT.
1. Use batching : Upsert in batches of 100+ for efficiency 2. Store text in metadata : Include searchable text in metadata 3. Use namespaces : Organize data…