the most used skill internally at cursor right now
/thermo-nuclear-code-quality-review
- deletes complexity instead of moving it
- blocks files over 1k lines
- flags thin wrappers and leaked logic
- rejects PRs that work but make code messier
Some interesting way to use Claude Skills
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Claude Skills teach Claude how to complete specific tasks in a repeatable way
So Skills are just folders of instructions, scripts, and resources that Claude loads dynamically to improve performance on specialized tasks.
A skill
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I’m starting to get into a habit of reading everything (blogs, articles, book chapters,…) with LLMs. Usually pass 1 is manual, then pass 2 “explain/summarize”, pass 3 Q&A. I usually end up with a better/deeper understanding than if I moved on. Growing to among top use cases.
On
Prompting isn’t just asking the AI a question. It’s a deliberate, engineered input design process, and a critical skill when working with Large Language Models (LLMs).
Let's breakdown the prompting techniques.
✅ 1. Core Prompting Techniques
▪ Zero-shot - No examples provided. Just the task.
▪ One-shot - One example shown before the task.
▪ Few-shot - A handful of examples used to teach patterns.
🧠 2. Reasoning-Enhancing Techniques
▪ Chain-of-Thought (CoT) - Encourage step-by-step reasoning.
▪ Self-Consistency - Sample multiple CoTs; choose the best.
▪ Tree-of-Thought (ToT) - Explore multiple reasoning paths (advanced).
▪ ReAct - Combine reasoning steps with action/tool use (e.g., API calls).
🧾 3. Instruction and Role-Based Prompting
▪ Instruction prompting - Clear directives (“Summarize this…”).
▪ System / Role prompting - Define persona or behavior (“You are a legal assistant”).
▪ Hybrid (Instruction + Examples) - Combine clarity with few-shot grounding.
⚙️ 4. Prompt Composition Techniques
▪ Prompt chaining - Use one prompt’s output in the next.
▪ Dynamic prompting - Inject real-time variables or context.
▪ Meta prompting - Ask the model to improve or verify its own response.
🖼️ 5. Multimodal Prompting
▪ Image + text - Provide both visual and textual context.
▪ Audio/Video + text - Use transcripts or sensory input (model-dependent, e.g., GPT-4o, Gemini 1.5).
🧑⚕️ 6. Domain-Specific Prompting
▪ Code prompting - Constrained, tool-specific inputs (e.g., Python, SQL).
▪ Medical / Legal prompting - High-precision language with strict format and accuracy needs.
🧪 7. Prompt Evaluation & Debugging
(Not prompting techniques, but crucial tools.)
▪ Prompt ablation - Remove elements to test contribution.
▪ Injection testing - Evaluate prompt robustness in apps or agents.
❌ What’s Not a Prompting Technique
▪ RAG: A retrieval + generation architecture. Prompts are used inside it.
▪ Agents / Tool-use systems - Orchestration frameworks (e.g., LangGraph, AutoGPT). Prompting is one component, not the technique itself.
🔧 Prompting is no longer “just prompt engineering.” It’s system design.
If you're working with LLMs, know these cold.
Follow @techNmak for your daily dose of learning.
💥 Top 50 LLM Interview Questions & Answers
Get ready for your next AI / ML / LLM interview with this power-packed Q&A guide covering:
✅ Prompt Engineering
✅ Fine-tuning & RAG
✅ Transformer Architecture
✅ Tokenization & Attention
✅ Real-world LLM Scenarios
Perfect for anyone preparing for AI Engineer, ML Researcher, or LLM Developer roles. 🚀
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🚀 RAG has evolved far beyond its original form.
When people hear Retrieval-Augmented Generation (RAG), they often think of the classic setup: retrieve documents → feed into LLM → generate an answer.
But in practice, RAG has branched into many specialized patterns, each designed to solve different challenges around accuracy, latency, compliance, and context.
Here are some of the most important categories:
➤ Standard RAG - the original retrieval + generation (RAG-Sequence, RAG-Token).
➤ Graph RAG - connects LLMs with knowledge graphs for structured reasoning.
➤ Memory-Augmented RAG - external memory for long-term context.
➤ Multi-Modal RAG - retrieves across text, images, audio, video.
➤ Streaming RAG - real-time retrieval for live data (tickers, logs).
➤ ODQA RAG - open-domain QA, one of the earliest and most popular uses.
➤ Domain-Specific RAG - tailored retrieval for legal, healthcare, or finance.
➤ Hybrid RAG - combines dense + sparse retrieval for higher recall.
➤ Self-RAG - lets the model reflect and refine before final output (Meta AI, 2023).
➤ HyDE (Hypothetical Document Embeddings) - improves retrieval by first generating “mock” documents to embed.
➤ Recursive / Multi-Step RAG - multi-hop retrieval + reasoning chains.
Others like Agentic RAG, Modular RAG, Knowledge-Enhanced RAG, Contextual RAG are best thought of as system design patterns, not strict categories, but useful extensions for specific use cases.
📊 The image below maps out 16 different types of RAG, their features, benefits, applications, and tooling examples.
👉 Whether you’re building production-grade assistants, domain-specific copilots, or real-time monitoring systems, the right flavor of RAG can make all the difference.
----------
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A simple breakdown of Agentic AI - layer by layer
Before we dive in - we’re offering a Free AI Agentic Program for anyone who wants to go deeper into these concepts.
Let’s walk through how it all fits together.
1️⃣ LLMs: the foundation
This is where it all starts. Models like GPT or DeepSeek power the system.
Main ideas:
✅ Tokenization & inference: how text gets processed and generated
✅ Prompt engineering: crafting better inputs for smarter outputs
✅ LLM APIs: ways to connect and use these models in apps
Think of this layer as the engine behind everything else.
2️⃣ AI Agents — built on top of LLMs
Agents give LLMs the ability to act, not just respond.
They handle:
✅ Tool use & function calling: linking models to APIs or external tools
✅ Reasoning: using methods like ReAct or Chain-of-Thought
✅ Task planning: breaking large goals into smaller steps
3️⃣ Agentic Systems — multiple agents working together
When several agents coordinate, you get a full system that can collaborate and adapt.
Core features:
✅ Inter-agent communication: talking through protocols like A2A
✅ Routing & scheduling: assigning tasks to the right agent
✅ State coordination: keeping shared progress consistent
✅ Multi-agent RAG: retrieving and combining knowledge across agents
4️⃣ Agentic Infrastructure — the foundation for scale and safety
This layer makes everything reliable, secure, and ready for production.
It includes:
✅ Monitoring: tracking performance with tools like Opik
✅ Error handling: recovering gracefully when things fail
✅ Security & access control: defining what agents can and can’t do
✅ Rate limits & cost control: managing compute and spend
✅ Automation: integrating agents into wider workflows
✅ Human-in-the-loop: letting people step in when needed
This layer ensures trust, safety, and scalability.
Agentic AI isn’t one tool it’s a layered system.
Each layer builds on the last to add more intelligence, coordination, and control.
What other layer or concept would you include?
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