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Showing posts from June, 2026

Decision Records for AI-Driven Software Development

Learn how ADRs, PDRs, and DDRs preserve intent, guide AI coding agents, and keep architecture, product, and design decisions close to code. Decision Records for AI-Driven Software Development

Testing Concurrent Go Code with synctest

Learn how Go testing/synctest makes concurrent tests faster and more reliable with fake time, isolated bubbles, Wait, and deterministic async behavior. Testing Concurrent Go Code with synctest

Go Error Handling Architecture: Boundaries and Patterns

Learn Go error handling architecture with wrapping, sentinel errors, custom types, errors.Is, errors.As, API boundaries, logging, and production patterns. Go Error Handling Architecture: Boundaries and Patterns

Google A2A Protocol in 2026: Adoption, Hype, and Reality

Is Google's A2A protocol actually useful in 2026? A practical review of A2A adoption, MCP overlap, security concerns, and when to use agent-to-agent protocols in production. Google A2A Protocol in 2026: Adoption, Hype, and Reality

Message Brokers for AI Systems: Kafka vs NATS vs RabbitMQ

Compare Kafka, NATS, and RabbitMQ for AI systems in 2026. This analysis covers architecture, performance, scalability, and security to help choose the right message broker for AI workloads. Message Brokers for AI Systems: Kafka vs NATS vs RabbitMQ

Polling Agents in AI Assistants: 11 Implementation Patterns

A practical guide to polling agent patterns in AI assistants — schedulers, queues, webhooks, durable workflows, state management, and tradeoffs for production systems. Polling Agents in AI Assistants: 11 Implementation Patterns

How to Create a Custom Python RAG Pipeline from Scratch

Learn how to build a custom Python RAG pipeline from scratch using LangChain and Hugging Face Transformers. This guide covers setup, implementation, and production best practices for retrieval-augmented generation systems. How to Create a Custom Python RAG Pipeline from Scratch

What Is the A2A Protocol? Agent Cards and Tasks Explained

A practical guide to the A2A Protocol for AI agents, explaining Agent Cards, tasks, messages, parts, artifacts, discovery, and architecture tradeoffs. What Is the A2A Protocol? Agent Cards and Tasks Explained

Backend APIs in Rust: Rocket vs Actix - A 2026 Comparison

Compare Rocket and Actix for building backend APIs in Rust. This 2026 guide covers architecture, performance, features, and use cases to help you choose the right framework for your project. Backend APIs in Rust: Rocket vs Actix - A 2026 Comparison

A2A vs MCP: Do AI Agents Really Need Both Protocols?

A practical comparison of A2A and MCP for AI agent systems, covering tools, agents, architecture patterns, overlap, security, and when to use both. A2A vs MCP: Do AI Agents Really Need Both Protocols?

Documentation Tools in 2026: Markdown, LaTeX, PDF & Printing Workflows

Practical guides for Markdown, LaTeX, PDF processing and document printing workflows. Conversion tools, formatting tips, and automation techniques. Documentation Tools in 2026: Markdown, LaTeX, PDF & Printing Workflows

Mermaid Diagrams Quickstart and Cheatsheet for Developers

Learn Mermaid diagrams fast with a practical quickstart, syntax cheatsheet, Hugo setup notes, examples, and best practices for technical blogs. Mermaid Diagrams Quickstart and Cheatsheet for Developers

PARA Method for Engineers: Organize Knowledge by Action

PARA (Projects, Areas, Resources, Archives) helps engineers organize knowledge by actionability rather than topic. A practical guide for developers using Obsidian, Notion, or plain files. PARA Method for Engineers: Organize Knowledge by Action

Evergreen Notes: Write Notes That Compound Over Time

Evergreen notes are atomic, standalone, and evolving — the opposite of notes you write once and forget. A practical guide for engineers who want technical knowledge that stays useful for years. Evergreen Notes: Write Notes That Compound Over Time

Digital Gardens: Grow Knowledge Instead of Just Publishing It

Digital gardens are publicly evolving knowledge spaces — not blogs, not wikis, but living networks of notes at different stages of development. A guide for engineers who want their thinking to compound publicly. Digital Gardens: Grow Knowledge Instead of Just Publishing It

LLM Hosting in 2026: Local, Self-Hosted and Cloud Infrastructure Compared

Complete guide to LLM hosting in 2026. Compare Ollama, llama.cpp, vLLM, TGI, Docker Model Runner, LocalAI and cloud providers. Learn cost, performance, and infrastructure trade-offs. LLM Hosting in 2026: Local, Self-Hosted and Cloud Infrastructure Compared

AI Systems: Self-Hosted Assistants, RAG, and Local Infrastructure

Build self-hosted AI systems with OpenClaw, Hermes, RAG, and local LLM infrastructure. Learn to orchestrate assistants with memory, retrieval, routing, and observability. AI Systems: Self-Hosted Assistants, RAG, and Local Infrastructure

Model Routing: Stop Using One Model for Everything

Routing tasks to the right model saves money and cuts latency. Capability-based, cost-aware, and latency-aware strategies with working Python code. Model Routing: Stop Using One Model for Everything

LLM Architecture: System Design for Production AI

System design decisions for production LLM systems: model routing, cost optimization, guardrails, multi-model orchestration, and prompt engineering. Practical patterns with working code. LLM Architecture: System Design for Production AI

Writing effective prompts for LLMs

Several points to pay attention to when writing prompts for LLMs - to make them effective Writing effective prompts for LLMs

LLM Guardrails in Practice: What Actually Works

Input validation, output filtering, and safety mechanisms that protect your LLM system without breaking it. Patterns with real Python examples and compliance notes. LLM Guardrails in Practice: What Actually Works

Cost Optimization for LLM Systems: Where the Money Actually Goes

Token budgeting, fallback models, and caching strategies that cut LLM API bills. With real numbers, hardware break-even analysis, and working Python code. Cost Optimization for LLM Systems: Where the Money Actually Goes

Prompt Versioning: The Missing DevOps Layer in AI-Driven Operations

Learn how prompt versioning bridges the gap in AI-driven DevOps workflows, enabling reliable, secure, and auditable AI operations with tools like Braintrust, LangSmith, and PromptLayer. Prompt Versioning: The Missing DevOps Layer in AI-Driven Operations

Memory Systems in AI Assistants

How to design short-term, long-term, and structured memory for AI assistants, with retrieval mechanics, tradeoffs, failure modes, and real patterns from OpenAI, LangGraph, Hermes, and OpenClaw. Memory Systems in AI Assistants

AI Systems: Self-Hosted Assistants, RAG, and Local Infrastructure

Build self-hosted AI systems with OpenClaw, Hermes, RAG, and local LLM infrastructure. Learn to orchestrate assistants with memory, retrieval, routing, and observability. AI Systems: Self-Hosted Assistants, RAG, and Local Infrastructure

Memory Systems in AI Assistants

How to design short-term, long-term, and structured memory for AI assistants, with retrieval mechanics, tradeoffs, failure modes, and real patterns from OpenAI, LangGraph, Hermes, and OpenClaw. Memory Systems in AI Assistants

AI Assistant Architecture: LLM, Memory, Tools, Routing, Observability

A deep technical guide to AI assistant architecture: LLMs, memory, tools, routing, and observability, with real tradeoffs, failure modes, and design patterns. AI Assistant Architecture: LLM, Memory, Tools, Routing, Observability

Rust CLI Patterns Every Developer Should Know

Master essential Rust CLI patterns for building modular, reliable, and high-performance command-line tools using Clap, Cargo, and Serde. Learn best practices in error handling, configuration, and performance optimization. Rust CLI Patterns Every Developer Should Know

Measuring Hallucination Rates in Production Systems: A Comprehensive Guide

Learn how to measure and reduce hallucination rates in AI production systems using tools like Braintrust, Galileo, and Fiddler. Explore industry-specific challenges in legal and healthcare domains, and implement best practices for continuous monitoring and mitigation. Measuring Hallucination Rates in Production Systems: A Comprehensive Guide

Writing Load Tests for LLM APIs

Learn how to design realistic load tests for LLM APIs using tools like Locust, JMeter, and custom scripts. Discover best practices for analyzing performance, identifying bottlenecks, and ensuring scalability in AI-powered applications. Writing Load Tests for LLM APIs