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Explore insights, guides, tutorials, and ideas across AI, technology, productivity, and other topics worth reading.

Cache-friendly AI prompt architecture showing stable system instructions tools documents and examples before a cache boundary with dynamic runtime context and user input after it
prompt-cachingAugust 20, 2026

Prompt Caching: How to Reduce LLM Cost, Latency, and Repeated Context

Learn how to structure prompts for cache reuse, separate stable prefixes from dynamic inputs, measure cache hits, and compare current OpenAI, Claude, and Gemini caching behavior.

RRizki Murtadha
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Video to prompt workflow showing a reference video decomposed into subject action camera motion lighting timing style audio and a reconstructed AI video prompt
video-to-promptAugust 19, 2026

Video to Prompt: How to Reverse-Engineer Videos Into AI Prompts

Learn how to analyze a reference video’s subject, motion, camera, lighting, timing, style, audio, and shot structure, then reconstruct those observable signals into a reusable AI video-generation prompt

RRizki Murtadha
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One core AI prompt branching into ChatGPT Claude Gemini and Grok with transferable principles and model-specific adaptations
cross-model-promptingAugust 18, 2026

How to Write Prompts for ChatGPT, Claude, Gemini, and Grok in 2026

Learn which prompt-engineering principles transfer across ChatGPT, Claude, Gemini, and Grok, which model-specific techniques need adaptation, and how to evaluate cross-model prompt portability.

RRizki Murtadha
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Anatomy of a reusable AI prompt template showing stable instructions dynamic variables runtime context examples output contract and validation
prompt-templatesAugust 18, 2026

Prompt Templates and Variables: How to Build Reusable AI Prompts

Learn how to turn one-off prompts into reusable prompt templates with variables, runtime context, validation, versioning, testing, and prompt-as-code practices.

RRizki Murtadha
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Zero-shot one-shot and few-shot prompting compared with instructions examples new input and model output
few-shot-promptingAugust 16, 2026

Few-Shot Prompting: How to Use Examples for More Reliable AI Responses

Learn how few-shot prompting uses carefully chosen examples to teach AI models task patterns, output formats, decision boundaries, tone, and edge-case behavior without fine-tuning.

RRizki Murtadha
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Anatomy of a structured AI output showing JSON Schema fields types required properties enums arrays nested objects descriptions and constraints
structured-outputsAugust 15, 2026

Structured Outputs: How to Make AI Return Reliable JSON and Schemas

Learn how structured outputs turn model responses into predictable, machine-readable contracts using JSON Schema, validation, tool calling, error handling, and provider-native schema enforcement.

RRizki Murtadha
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Anatomy of AI context showing system instructions user input runtime state conversation memory retrieved knowledge tools tool results examples and output contract
context-engineeringAugust 14, 2026

Context Engineering: How to Give AI the Right Information at the Right Time

Learn how to design the information environment around an AI model by selecting, structuring, retrieving, compressing, and updating the instructions, memory, tools, state, and evidence it needs for each task.

RRizki Murtadha
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Anatomy of a system prompt showing identity objective behavior context boundaries tool rules output rules uncertainty and priorities
system-promptsAugust 12, 2026

System Prompts: How They Work and How to Write Better AI Instructions

Learn how system prompts shape AI behavior, how they differ across OpenAI, Claude, and Gemini, and how to design reliable instructions for roles, boundaries, tools, outputs, uncertainty, and evaluation.

RRizki Murtadha
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Prompt chaining architecture showing a user goal split into focused prompt stages with structured outputs validation gates evaluation refinement and a final result
prompt-chainingAugust 10, 2026

Prompt Chaining: How to Build Better Multi-Step AI Workflows

Learn how to split complex AI tasks into focused prompt stages, pass structured outputs between steps, add validation gates, control context, prevent cascading errors, and design reusable multi-step AI workflows.

RRizki Murtadha
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