Everything about Agentic Coding, AI Agent Development, App Development & Web Development
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AI Agent Development
May 26, 2026
Shift from conversational chatbots to task-oriented agent systems by prioritizing tool calling and multi-agent orchestration. Learn how to implement task closure in your production architecture.
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Shift from static model benchmarks to dynamic agent evaluation to ensure reliability in production. Learn how to design multi-turn tests that account for tool usage and state changes.
May 19, 2026
Programmatic tool calling replaces sequential LLM round-trips with sandboxed code execution. This pattern reduces latency and token costs for complex agentic workflows.
Agentic Coding
Agentic coding tools like Claude Code rely on a complex harness of permissions, context management, and recovery logic to operate safely in production environments.
May 17, 2026
Distinguishing between simple task automation and true agentic reasoning is essential for avoiding technical debt in AI infrastructure. Learn how to evaluate these systems based on their ability to resolve complex, multi-step problems.
Engineering teams scaling AI agents across large codebases face significant hurdles in dependency management and merge orchestration. A structured approach to repo-level automation is required to maintain system integrity.
Move beyond simple unit tests for AI agents. Implement a 12-metric evaluation framework to measure retrieval, generation, and agent behavior in production.
Move beyond simple agent loops by implementing deterministic state machines and CI agent lanes. Learn how to structure agentic tasks as DAGs for auditability.
May 16, 2026
Move beyond simple prompt filtering to build resilient agentic systems. Runtime orchestration, access control, and automated recovery paths.
May 14, 2026
Move beyond monolithic AI prompts by implementing multi-agent orchestration. Learn how to choose between supervisor, pipeline, swarm, and hierarchical patterns.
How to implement persistent state management in AI agents using Google ADK. This approach enables long-running workflows that survive idle time and context loss.
Moving from static LLM prompts to stateful agentic loops introduces non-determinism. Learn how to build reliable testing frameworks for tool-calling architectures.