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OpenGCUA Guide: The Open-Source Approach to Letting AI Actually Use a Computer
OpenGCUA is an open-source generalist computer-use agent from the Tongyi-MAI team. This guide breaks down its accessibility tree, code execution, and background operation design, checks the paper's 82-task numbers, and gives macOS install steps, three adoption paths, and an isolation plan for its arbitrary-code-execution risk.
Advanced Ontology Design: From a Reasonable Model to a Production-Grade Semantic Layer for Agents
When an ontology has to go to production: pick the right OWL profile, turn constraints into executable checks, handle identity and time, and let agents use it through a tool contract. This is about making it hold up, not making it look pretty.
Ontology Design from Scratch: Building a Reasoning-Ready Business Semantics Layer
Same model, same tools, same data — yet the agent is sometimes right and sometimes wrong. The difference is rarely the model; it is whether there is a shared, computable, constrainable layer of business semantics. This guide starts from zero and ends with a working minimal accounting ontology.
PStack Deep Dive (Part 1): How a Cursor Plugin Turns Engineering Discipline into Executable Files
pstack for Cursor, unpacked: 24 named principles, 23 playbooks, and poteto-mode. A model-agnostic way to turn engineering judgment into auditable files.
PStack Deep Dive (Part 2): Two Agents, Five Special Designs, and How It Actually Lands
The executors of pstack: poteto-agent, comment-sicko, the benny automation, five special designs, and notes on landing it in OpenClaw and DeepSeek Harness.
Tunnel Techniques Explained: When an AI Agent Needs to Pave a Road into the Internal Network
The hard part begins after an AI agent lands inside a network: firewalls block, the target has no outbound internet, and the attack host cannot reach it directly. This illustrated guide explains how three mainstream tunneling techniques work (SOCKS5 proxy, HTTP-disguised tunnel, TUN virtual adapter), when each applies, and what defenders can observe in traffic.
Agentic Attack Tooling Research Series: A Guide to All Fourteen Parts
When attack tooling becomes AI-agent-driven, both sides of the conflict change. This is a fourteen-part deep research series: starting from a publicly attributed real-world incident, it unpacks architecture design, coordination mechanisms, and technical principles, then returns to a checklist defenders can use immediately plus isolated research practice.
When AI Learns to Pentest: The ARTEX Case and the Rise of Agentic Attack Tooling
In October 2026, an open-source AI pentesting tool called ARTEX was linked to attacks on South Korean financial institutions — and within 48 hours its developer pulled the source and went closed-source. This article reconstructs the timeline, unpacks its technical positioning, and answers the more important question: how should defenders respond when attack tooling is driven by AI agents?
The Double-Graph Architecture: Separating "What the Target Is" from "How Far We Have Tested"
Most automation systems track progress in a single state table — and end up with facts and reasoning contaminating each other: unverified guesses get treated as confirmed assets, and work proceeds on false premises. This article unpacks a rare design that splits the truth store from the per-task reasoning chain into two graphs joined by anchors — and why that pattern deserves attention from any long-running AI agent system.
Honeypots and Anti-Agent Traps: When the Prey Starts Setting Traps
Honeypots are a classic defensive tool, but once attackers became AI agents both sides changed: defenders now design traps aimed specifically at AI, and anyone using agents to read external content needs to know how to avoid them. This article unpacks four trap classes and how to defend against them.
Multi-Agent Coordination: How Planners and Workers Avoid Fighting Each Other
Hand a task to several AI agents in parallel and three problems appear fast: duplicated work, information silos, and dependency mis-ordering. This article unpacks four design techniques from a public agentic system — role red lines, process-level information exchange, a shared todo list, and a single intent generator — and how they map onto any multi-agent workflow.
DesignCraft Deep Dive: Layout and Publishing with designcraft-cli
A hands-on guide to designcraft-cli v0.5.0: the nine top-level subcommands, the file.new document model, headless rendering, the App control port, script automation, MCP integration and benchmarks — with four real rendered pages.
OfficeCLI Deep Dive: Control Word, Excel and PowerPoint from the Command Line
A hands-on guide to officecli v1.0.156: the L1/L2/L3 three-layer fallback model, resident mode, atomic batch edits, interactive watch editing, specialized skills and MCP integration, with real rendered screenshots.
Agent Interfaces: choosing between CLI, API, browser use, computer use, and sandboxes
Which door does an agent act through? Adapted from the MIT-licensed curriculum's Stage 8 concept chapter: eight recurring terms, a 'smallest interface first' decision table, the three tables to draw before letting an agent act (allowlist, actions, approval gates), and the four questions to ask of any browser/computer-use benchmark score. The bigger the door, the higher the risk — the first principle is to pick the smallest, most inspectable one.
Build Your First AI Agent in Seven Steps: from environment to a minimal production pass
Adapted from the MIT-licensed awesome-agentic-ai-zh integrated tutorial: one 'paper assistant' project wires up environment setup, your first LLM call, the four-part prompt, tool use, the agent loop with reflection, RAG memory, evals with observability, and the smallest interface. Every step ships minimal runnable code and safety rails; the local Ollama path costs 0 in API fees.
A/B Test Automation and Analysis
How do you build an automated A/B testing pipeline — from hypothesis generation, experiment design, and traffic allocation to statistical-significance judgment and applying results? This article teaches you to build a data-driven optimization engine that puts every page element through scientific validation. The focus is on 'avoiding common statistical traps' and 'scaling experiments'.
AI Resume Screening and Candidate Scoring System
Automatically process high-volume resumes, use AI to match candidates precisely and make hiring bias easier to find, and cut screening time by 75%
API Documentation Sync System: From Manual Maintenance to Code-Driven Docs Automation
The API changed but the docs did not, so frontend colleagues guess parameters and the test environment becomes trial and error. This article wires Apidog, Fern, Mintlify, and an LLM node into a documentation-sync pipeline: extract interface definitions from code, generate examples automatically, detect inconsistencies and alert — keeping the docs permanently aligned with the implementation.
Automated Code Review Assistant: From Manual Line-by-Line Checks to an AI-Assisted Quality Gatekeeper
Code review is time-consuming, edge cases slip through, and newcomers struggle to learn the team's conventions. This article wires GitHub Copilot, CodeRabbit, SonarQube, and an LLM node into an automated review pipeline: static analysis, security scanning, style checks, semantic understanding, and risk grading, so senior engineers handle only high-risk changes and the machine takes the repetitive work.
Contract Clause Extraction and Risk Flagging System: From Page-by-Page Reading to Structured Risk Navigation
The most expensive thing about contract review is not the time — it is the miss. This article uses Ironclad, DocuSign, and AI together to build automatic extraction, standard comparison, and risk grading for seven categories of key clauses, so the legal team spends its time where the real differences are.
Smart Email Classification and Reply Template System
Drowning in email every day? This article teaches you how to use AI to classify incoming messages automatically, match the best reply template, and generate drafts for you to confirm and send quickly. The focus is on designing the 'confidence threshold' and the 'human review mechanism', so the system saves time without ever sending the wrong thing.
The Automated Employee-Onboarding Checklist: Structured Guidance from Day One to Day 90
The most expensive part of onboarding is not time, it is the things that slip through. This article uses Workday, BambooHR and AI to build an automated checklist running from offer signature to the end of probation, so every new hire gets a consistent experience and every task has an owner and a due date.
Internal-Document Knowledge-Base Q&A System
Can't find company policies or process docs, and keep asking colleagues instead? This article shows how to build an intelligent Q&A system with AI + RAG, so employees ask questions right in their instant-messaging tool and get accurate answers with the source document attached. The focus is on designing for retrieval accuracy and a miss-tracking mechanism.
Microservice Dependency Map Generation: From Black-Box Architecture to Visualized System Understanding
Under a microservice architecture nobody knows the full call relationships between services; change one API and you cannot tell which downstream services it affects, and a newcomer needs weeks to grasp the system. This article wires Jaeger, Prometheus, LLM nodes, and a graphing library into a dependency-map pipeline: extract distributed-tracing data, build call relationships, identify critical paths, and generate an interactive map so architects and engineers understand the system structure fast.
Multilingual Document Translation and Localization Workflow
Need to translate product docs, marketing materials or internal standards into multiple languages? This article shows how to build an end-to-end translation workflow with AI plus an automation platform, automating everything from content creation to multilingual publishing. The focus is on balancing AI translation speed against human proofreading quality.
Performance Review Data Aggregation and Visualization: From Fragmented Feedback to Structured Insights
The most expensive thing about performance reviews is not the time — it is the bias. This article uses Lattice, 15Five, and AI together to build automatic aggregation of multi-source feedback, theme extraction, and trend visualization, so managers decide based on data instead of impressions.
The SEO Keyword Research and Content Optimization Pipeline
How do you build an automated SEO keyword research system — from discovering opportunities, analyzing competition, and generating content outlines to tracking rank changes? This article teaches you to build an end-to-end content optimization workflow that makes every article hit the search intent precisely. The focus is on a 'data-driven content strategy' rather than guesswork.
Social Media Content Calendar Management System
Struggling every day over what to post? This article teaches you how to use AI to generate content ideas automatically, schedule publishing, and optimize strategy from the data. The focus is on designing 'content quality control' and 'the balance between automation and human creativity'.
Technical Debt Tracking and Refactoring Prioritization: From Gut Feel to Data-Driven Decisions
Once technical debt piles up, the team falls into the vicious cycle of 'bugs that are never fixed and no time for new features'. This article wires SonarQube, CodeClimate, LLM nodes, and a custom dashboard into a technical-debt quantification pipeline: extract code metrics, assess business impact, compute refactoring ROI, and rank priorities, so the tech lead can use data to persuade the product manager to allocate refactoring time.
Automated Weekly-Report Generation System
Spending 3-4 hours every week collecting data, organizing progress and writing the report? This article shows how to use AI to pull data automatically from tools like Jira, Salesforce and Notion and generate a structured weekly-report draft, so you spend just 15 minutes confirming it and adding insight. The focus is on designing the balance between integrating data sources and adding human value.
How AI Pricing Works: Why One Month Could Cost Ten Times More
What a token is, why long conversations get more expensive, what free tiers usually limit, how to choose between subscriptions and pay-as-you-go, and five concrete ways to keep your first month's cost near zero. No specific prices listed — this site only writes dollar amounts after manual verification.
Where AI Fits in the Research Process: What to Delegate and What to Keep
Breaks the investment research process into seven stages and judges one by one which can be handed to AI, which AI can only assist with, and which cannot be given up one step — with a ready-to-apply division-of-labor table and an implementation checklist that help you draw AI's capability boundary and responsibility boundary clearly.
Three Levels of AI: Chat, Collaboration, and Agent
They are all called AI, yet their capabilities and cost structures differ enormously. This article breaks the tools on the market into three levels — chat, collaboration, and agent — and gives you a decision table to first clarify which level a need belongs to, then talk tool selection and budget, so you avoid spending money on the wrong tool.
Build or Buy: The Decision Tree for an Enterprise Agent Platform
Should we build our own Agent platform or buy one off the shelf? This article builds a decision tree from six decision dimensions — requirement uniqueness, data sensitivity, engineering capacity, maintenance cost, vendor lock-in, and compliance requirements — and gives judgment tables for the build, buy, and hybrid routes plus a total-cost-of-ownership comparison framework.
Function Calling 101: Getting an LLM to Actually Use Tools
A clear account of the Function Calling mechanism in mainstream LLM APIs: how to write a tool JSON Schema, how the model decides whether to call a tool, how to use tool_choice for forced calls and parallel calls — with a complete runnable example, plus practical techniques for how the way you write tool descriptions decides call quality.
How Machines Read Financials: From PDF to Structured Data
The first bottleneck of automating financial-statement analysis is that machines cannot read the PDF. This article breaks down the three paths — text-layer extraction, OCR, and layout analysis — explains why financial tables are especially hard to read and why human proofreading is mandatory after OCR, and gives the design concepts of structured output (JSON schema).
Hallucination Risk in Finance: The Three Most Expensive Mistakes
The cost of AI hallucination in financial scenarios is severely underestimated. This article dissects the three most expensive mistakes — fabricating numbers, confusing periods and companies, and filling gaps with inference — explains what causes each one, and gives four implementable lines of defense: mandatory citation, separate statistics, low-confidence abstention, and human review.
How to Read an Error Message: Anatomy, Stack Traces, and Exit Codes
Error messages aren't meant to be read word by word — they have a fixed shape: a concluding line, a stack trace, a filename with a line number, and an exit code. This article teaches why you read a stack trace bottom-up, how to find the line that actually failed, six real-shaped examples, and when to paste the whole thing into a search engine, when to give it to an AI Agent, and when to do neither.
Shareholding Topology and Double-Count Prevention: Computing Shareholdings Under Group Structures
Under a group structure, directly adding up the shareholding percentages of different layers is the most common — and most fatal — calculation error. Using a fictional teaching structure, this article demonstrates the layer-by-layer dilution computation of economic interest, voting attribution along the control chain, and the simultaneous solving of cross and circular shareholdings, and gives a method for building the shareholding structure into a queryable graph plus a double-count-prevention checkpoint list.
Before You Start: You Only Need to Know These 20 Terms
You can get started with AI Agents without writing code — as long as you understand what the docs are saying. This article splits the 20 terms that actually block beginners into four groups, gives a one-sentence definition for each plus which to read first, and explains how to use the glossary and in what order to finish a first pass.
Three-Statement Articulation and Cash-Flow Quality Checks: Spotting the Book-Profit Trap
Profit is an opinion; cash is a fact. This article takes apart the reconciliation relations of the income statement, balance sheet, and cash-flow statement, gives check dimensions such as the cash conversion ratio, working capital, and capitalized spending, adds a 'red-flag signal → account to check → verification method' cheat sheet, and demonstrates writing these checks as an automatically executable, traceable rule engine.
What an AI Agent Can Actually See on Your Computer
Which files an AI Agent can read, whether it can go online, whether it can delete things, and whether what you say gets used for training. This article splits 'what can it do' into four separately verifiable questions, and explains what permission modes, sandboxes, and working directories each block — and don't.
What an Agent Harness Is: The Ordinary Program Wrapped Around the Model
The horse-and-harness metaphor makes the concept clear: the layer of engineering code wrapped around the LLM — assembling context, executing tools, running the loop, managing permissions. It explains why the same model can perform worlds apart under a different harness, and why picking an AI tool is, to a large extent, picking a harness rather than a model.
What Is an AI Agent: From ChatGPT to AI That Acts on Its Own
Break down the essence of AI Agents with four components — LLM, context, tools, and loop — contrast chatbots with Agents, walk through daily, developer, and business examples plus real failure modes, and learn to judge whether your needs actually call for an Agent.
What Is WorkBuddy: Tencent Cloud's AI Agent Office Workbench
WorkBuddy is the office-oriented AI agent workbench in Tencent Cloud's CodeBuddy family: assign tasks in natural language, automatic decomposition, multiple agents working in parallel, multimodal input including text, images, PDFs and spreadsheets, and delivery of office artifacts such as documents, slide decks and spreadsheets. With platform support, the Windows version restriction, and the billing model explained.
Which AI Tool Should I Use: Four Questions and You Have Your Answer
Not a comparison table — a decision tree. Ask four questions in order: what form of output you want from it, whether you are willing to touch a terminal, whether your data can go to a third party, and how long you plan to use it. Every branch points to the matching tool category and a specific article on this site.
Your First AI Task: How to Give Instructions It Gets Right
Why first tasks usually fail — not because the tool is weak, but because the instruction has no output, no input, and no destination. Three elements, three real examples (each with its vague version for contrast), and how to judge how much freedom to give.
Automating Comparable Company Analysis: Run an Entire Sector in One Pass
The difficulty in comparable company analysis is not the arithmetic of multiples but the basis: fiscal year, currency, one-off items, and EV composition can all let two companies' numbers contaminate each other. This article breaks down the criteria for selecting peers, six categories of basis-unification rules, and the traps in choosing multiples, and gives a five-stage automation pipeline design with executable code, from data extraction to outlier handling.
Connecting Your AI Agent to Feishu/Lark: A Beginner's First Enterprise Channel
Use Hermes Agent to connect an AI agent into Feishu or Lark: scan a QR code to create the app, a persistent WebSocket connection with no public IP needed, set the allowlist, send the first message. The one channel with every box ticked in the capability matrix — this is the beginner path; deeper configuration links out to the advanced article.
Connecting Your AI Agent to Telegram: The Simplest First Channel
Use the Hermes Agent gateway to connect a terminal-capable AI agent into Telegram: create the bot with BotFather, set the allowlist, install it as a persistent service, send the first message — and understand who can talk to your bot and where to look when something breaks.
Connecting Your AI Agent to WeChat: Capability Boundaries, Account Risk, and the Full Steps
Use the Hermes Agent weixin adapter to connect an AI agent into personal WeChat: iLink QR-code login, tightening the DM policy, collecting user IDs, starting the gateway. Includes the capability matrix, an honest assessment of the terms-of-service risk, and fixes for common errors.
Connecting Your AI Agent to WhatsApp: Two Paths, Bridge and Official Cloud API
Hermes Agent reaches WhatsApp two ways: the Baileys bridge (scan a QR, personal account, risk-control exposure) and Meta's official WhatsApp Cloud API (business account, webhook, no ban risk). This article teaches you how to choose, how to connect, and who gets to talk to your bot.
DCF Assumptions and Sensitivity Analysis: Make the Valuation Challengeable
The value of a DCF is not in computing one number but in whether the assumptions behind it can be examined, challenged, and recomputed. Using a hypothetical model for teaching, this article demonstrates the assumptions register, the three-stage cash-flow structure, the composition facets and trade-offs of WACC, the risks of the two terminal-value methods, the design of single-factor and two-factor sensitivity matrices, and how to present a valuation as a defensible range rather than a fragile single point.
The First Ten Minutes After Installing an Agent Tool: A Seven-Item Verification Checklist
Just installed Cursor, Claude Code, Codex, OpenClaw, Hermes, or any AI Agent tool? Don't assign work yet. Spend ten minutes on seven verifications: it runs, it reaches the model, it reads files, it writes files, permission boundaries, one real task, and where the logs are. Tool-agnostic.
Doubao Work Installation Guide: Downloading the Desktop Client, Signing In, and Your First Work Task
Install ByteDance's Doubao Work desktop client step by step: confirm the Windows and Mac configuration requirements, download and install, sign in and claim the trial benefit, then use Work Task mode to complete your first AI Agent task and accept the deliverables and quota.
Hermes Agent Installation Guide: Two Paths, Desktop App and Command Line
Step-by-step installation of Nous Research's open-source Hermes Agent: the macOS and Windows desktop bundles, the Linux/macOS/WSL2 command-line script, the Windows PowerShell and Termux paths, plus first launch, model configuration, the health-check command, and official troubleshooting.
OpenClaw Installation Guide: One Command to Your Own AI Agent Gateway
Step-by-step installation of the open-source agent framework OpenClaw: the official install script, the first-run setup wizard, installing the Gateway as a background service, opening the web console, and verifying the installation with your first message — plus fixes for the common PATH and npm errors.
WorkBuddy Installation Guide: From Download to Your First Completed AI Task
Install Tencent's WorkBuddy desktop app step by step: confirm the Windows and Mac system requirements, download and install, sign in by scanning a WeChat QR code, then create your first AI task and check the deliverables. All GUI operations, with no command-line background needed.
Announcement and Research-Report Monitoring Agent: Alert Me Only When Something Actually Changes
How to design a monitoring agent that notifies you only on substantive change: three classes of monitoring target, fetching and deduplication strategy, the three gates that filter noise, where summary ends and impact assessment begins, tiered delivery, and the balance between never missing something material and never causing alert fatigue.
Your First Agent: A Hello World That Uses Tools
Hand-write an Agent that actually does things, without any framework: it checks the weather, does arithmetic, and loops on its own until the task is complete. A step-by-step breakdown of the six steps of the Agent loop, its termination conditions, and the common pitfalls — once you've written it, you'll understand what frameworks do for you.
300-Page Annual Report to Structured JSON: The Three Statements and Segment Data
Building on the PaddleOCR field practice, this pushes 'reading out the text' to 'usable data': locating the financial-statement pages, handling cross-page tables, field mapping and unit normalization for the three statements and segment information, JSON schema design, and a complete pipeline and checklist for automated proofreading via reconciliation relationships.
Building Your Own Investment-Research System: The Complete Design from Skill Library to Verification Gates
Gathers the methods of all the previous articles into one complete blueprint: the five-layer architecture of data, skills, orchestration, verification, and output; the input/output contract design of the skill library; five gates from format validation to low-confidence abstention; why coverage and accuracy must be counted separately; the seven-step method for building an evaluation set; post-launch operations mechanisms; and the four-stage evolution path from a solo tool to a team system.
Contract Key-Clause Extraction and Risk Flagging: An Alternative to Page-by-Page Reading
Contracts are long and dense; reading them page by page is slow and easy to miss things. This article uses PaddleOCR to process scans, Claude to locate and transcribe clauses, and NotebookLM to compare against your standard template, producing a clause comparison table that carries source locations and flags deviations. This is not legal advice — the final call belongs to qualified legal counsel.
Turning Earnings Call Notes into Investment Key Points
Turn a one-hour earnings call into a usable research record: get the transcript, break down the management presentation and the Q&A, compare guidance changes, spot wording changes, distinguish factual statements from evasive answers, and finish with a source-annotated key-points page and a to-verify list.
Your First Research Workflow: From Question to Traceable Conclusion
Starting from one vague research question, build a complete workflow that ends in a traceable conclusion: break it into verifiable sub-questions, assign independent sources to each, record findings on evidence cards, cross-verify, mark uncertainty, and finally produce a cited conclusion page.
The Marketing Content Mass-Production Pipeline: From Topic Selection to Finished Draft
Anyone can write one piece of content with AI; the hard part is stable mass production. This article breaks marketing content production into a pipeline: where topics come from, how to use a style guide as the system prompt to lock in style, how to derive versions for multiple platforms, where to place human review, how to troubleshoot unstable quality, and how to measure whether the line is really producing.
Automatically Turning Meeting Notes into Assigned Action Items
When a meeting ends and its action items sink without a trace, that is one of the most common hidden drains in an organization. This article breaks down the complete automation of record and transcribe → extract action items and owners → push assignments → auto-recap before the next meeting, focusing on how to design the human-confirmation step so the system saves effort and stays trustworthy even when extraction accuracy is imperfect.
A Multi-Agent Investment-Research Pipeline: Collect, Analyze, Report in Three Stages
A single Agent cannot finish an investment-research task: the context blows up, attention scatters, and errors cross-contaminate. This article gives the complete design for a three-stage collect / analyze / report division of labor — each stage's responsibilities and negative list, the structured JSON contract between stages, the write-scope partition, failure isolation and contamination detection, where to place the verification gates, and the cost-and-latency trade-off framework, with an architecture diagram and a failure-mode list.
Resume Screening and Interview-Question Generation: Write the Criteria Down Instead of Going by Feel
The common problem in resume screening is not slowness but that the criteria live in the interviewer's head — inconsistent and hard to articulate. This article turns the hiring criteria into a document that can actually be judged, then uses Claude, NotebookLM, and Dify to extract fields, match against the criteria with the original text as evidence, and generate interview questions, while holding the line on human decision-making and compliance boundaries.
Wiring Existing SaaS into One Flow with n8n: From Manual Copy-Paste to Automation
Copying data between a CRM, spreadsheets, and messaging apps by hand is slow, lossy, and error-prone. This article uses n8n plus an LLM node to automate one process: how to inventory the manual data-moving points, pick a process, wire the nodes, and do error handling and failure alerts — and makes clear which stages should not go to the LLM and should use deterministic nodes instead.
Build a Working Prototype Website in a Weekend: From Idea to Shareable Link
To validate a product idea you do not have to wait for engineering capacity. Using AI generation tools like v0, Lovable, and Bolt, this article walks you through converging the idea into a one-page spec, producing the first version, wiring a database and login, deploying to a shareable link, and putting it in front of real users — and spells out which requirements mean you should stop and find people instead.
A Reality Check on Decision Models: Why They Seem Miraculous Online but We Measured Only 54%: A Full Comparison of JEV / LAYA / KEV / CLM-8B and a Deployment Formula
In September 2026, System One decision models formed a new category within two weeks: the closed-source JEV API, then LAYA, KEV, and CLM-8B open-sourced one after another. This article does more than summarize the differences among the four; it uses six everyday scenarios to explain how they are actually used, and places the official marketing side by side with our same-question measurements: on the same set of questions, full-coverage accuracy was only 54%, but with confidence gating it reached 91.7%.
YC Open-Sources QM: Source-Level Teardown of the 'Whole-Company Agent Operating System' That Hit 12K Stars in 7 Days, with More Security Code Than Model Loops
On July 31, 2026, Y Combinator open-sourced its internal Agent system QM (Quartermaster). Clone test: 241K lines of TypeScript, 379 test files, 4 interchangeable harnesses (Pi/OpenCode/Codex/Claude Code), egress proxy re-resolves DNS for each request, three-person gate 'a wall, not a hole', npm supply chain 7-day cooldown period: complete source-level dissection
Complete LangChain Tutorial 2026: Building Enterprise-Grade LLM Applications from Scratch
The most detailed LangChain 2026 tutorial: covering LCEL, RAG, Agent, LangGraph, LangSmith. From installation to production deployment, with complete code examples.
Token-Efficiency Bias in LLM Agents: SOP Non-Compliance
When LLM agents systematically violate procedural rules despite explicit contrary instructions, and why only architectural enforcement can fix it.
Infrastructure-izing Context Compression: How Headroom Turns Token Cost from a Tactical Problem into System Architecture
Headroom 25.8K⭐ · A new species of Agent infrastructure, not a cost-saving tool but an infrastructure layer that makes long-running AI Agents economically viable. A 6-layer compression pipeline + the reversible CCR design + a 16x academic breakthrough validating that the route is correct.
Agent-Reach: Giving AI Agents a Pair of Eyes Over the Entire Internet
GitHub Trending #7 · 5.2K ⭐/week · Lets AI Agents search and read content from 10+ platforms including Twitter/Reddit/YouTube/Bilibili/Xiaohongshu, with no API fees, using pure web scraping
Headroom: An LLM Context Compression Engine, Saving 60-95% of Tokens
GitHub Trending #2 · 38K ⭐ · Compresses everything an AI Agent reads (tool output/logs/documents/RAG), keeping the answer unchanged while reducing tokens by 60-95%. Supports four deployment modes: Library/Proxy/MCP/Agent Wrap
/last30days: A Cross-Platform Social Media Deep Research Engine
GitHub Trending #1 · 41K ⭐ · An AI Agent-driven cross-platform research engine that searches 14+ platforms including Reddit/X/YouTube/TikTok/HN/Polymarket and ranks results by real user engagement (likes/votes/real money), not SEO ranking
NVIDIA SkillSpector: An AI Agent Skill Security Scanner
GitHub Trending #11 · Open-sourced by NVIDIA · Detects 64 vulnerability patterns × 16 risk categories, scanning Agent Skills for malicious code, prompt injection, data exfiltration, and other security risks. A must-have security check before installation
Tolaria - Markdown native knowledge base desktop app
GitHub Trending #9 · 12K ⭐ · Markdown native knowledge base desktop app, supports wikilinks, Git version control, local AI Agent, no database, no proprietary format
SkillOpt Deep Technical Breakdown: Training Agent Skill as a Neural Network
A complete source-code-level analysis of the SkillOpt framework published by Microsoft Research. Starting from 18 Deep Learning analogies, it deeply breaks down the six-stage training loop (Rollout→Reflect→Aggregate→Select→Update→Gate), the SkillOpt-Sleep deployment engine, OpenClaw integration in practice, and the 52/52 all-win experimental results.
The Ultimate Comparison of 7 AI Agent Loop Engineering Architectures: From while(true) to Multi-Agent Orchestration
A comparison of seven agent loop architectures: Claude Code, Cursor, Aider, Cline, SWE-agent, OpenHands, and our in-house Loop Engineering. Covers five dimensions: loop shape, tool execution, context management, error recovery, and verification mechanisms.
Comparison of AI Agent Verification Architectures: From Prompt Self-Awareness to Architectural Enforcement, a Source-Level Analysis of Seven Approaches
Who verifies that every step of an AI Agent is correct? This compares the execution-verification separation mechanisms of seven approaches: Claude Code, MetaGPT, OpenHands, VIGIL, PEV, ReVeal, and odot. It finds that all reliable approaches follow the same iron rule: the executor cannot also be the judge.
Technical Argument for the OpenClaw Loop Engineering Refactor: A Complete Plan from Prompt-Driven to Architecturally Enforced
Based on source-level analysis of 14 AI Agent architectures and a production environment field audit, this proposes 8 hypotheses for refactoring the OpenClaw system, a comparison of technology options across 8 architecture nodes, and a complete refactor roadmap.
Agent Evolver Deep Dive: The Evolution Engine That Lets AI Agents Grow Like Humans
After prolonged use of an Agent, its core files (SOUL, AGENTS, USER, MEMORY, RULES) keep expanding, and old rules conflict with new directions. Agent Evolver introduces a human growth model: periodic self-reflection, identifying outdated beliefs, and reshaping itself under user approval. This article breaks down its philosophical foundations, three-dimensional evaluation system, growth trigger mechanism, and safety design, and explains why it is the most underrated "evolution layer" in Agent infrastructure.
Pre-mortem: Why AI Agents Need to Imagine Their Own Failure Before They Start
The application of the Pre-mortem methodology in AI Agent systems. Explore how Agent Previsor uses multi-scenario divergent path forecasting to move the regret of "I should not have done it that way" from after execution to before execution, based on chess move calculation, military war-gaming, and a complete analysis across four forecasting dimensions.
Build Complete Infrastructure for Your AI Agent in Half an Hour: The Complete Agentic Infrastructure Ten-Piece Guide
From zero to fully running: ten prompts to establish a gate pair, vector memory, skill curation, and scheduled inspection. Solves the skill-skipping problem caused by LLM confidence bias, so your Agent never loses its memory again.
Agentic Infrastructure: A Seven-Layer Architecture Defining How AI Agents Should Exist
From "skills that cannot be triggered" to "how an Agent should evolve itself": seven open-source skills, seven layers of architecture, one complete system of Agent self-awareness. Based on a field audit of 125 skills and 6 months of iteration through pitfalls.
Skill Reporting: Breaking the AI Agent Black Box with One Line of Text - The Design Philosophy and Practice of Institutional Skills
Agent replied to you, but you have no idea which skills it used, what process it followed, or where the data came from. Every reply feels like a black box. Transparency is the third-largest barrier to enterprise adoption of AI Agents (Deloitte 2026). Skill Reporting breaks the black box with one line of text: no code required, just add one permanent rule to RULES.md. This article deeply analyzes the design philosophy, real-world effects, and indirect impacts of institutional skills.
200+ Skills, One Router: Engineering Practice of Agent Skill Routing
After installing 200+ skills, does the AI Agent actually get dumber? How category-by-stage matrix routing raises skill discovery from 35% to 90%, reduces incorrect tool usage by 80%, and lets any task automatically match the right skill combination.
Skills Triggering Deep Dive: Why Your AI Agent Has 200 Skills but Can't Use Even One
A comprehensive audit of 242 skills reveals: 95% of open source skill descriptions are English only, and non-English trigger success rate is just 20%. How a three-layer keyword strategy raised skill discovery rate from 35% to 90% by changing just one line.
Vector Memory Deep Dive: A Production-Grade Memory System That Ensures AI Agents Never Lose Memory Again
State amnesia is the #1 killer in production Agent environments. We built a four-layer vector memory system based on Qdrant + BGE-m3, with 9 retrieval modes, validated with 6,675 memories in real-world use, raising Chinese search accuracy from 0% to >78%. One line curl | bash, 100% local deployment, and data sovereignty stays in your hands.
ECC Deep Technical Analysis: The 207K Star Agent Operating System, a Full Dissection of 63 Agents × 251 Skills × 7 Platforms
affaan-m/ECC is the most-watched AI Agent operating system on GitHub: 63 specialized Agents, 251 skills, 31 Hooks, and cross-platform support for 7 platforms. A complete source-level dissection + its value for our AI assistant: what is worth porting, what needs adapting, and what must not be touched.
Agent & Model Matrix
A panorama of the multi-Agent system: 5 Agents × 7 model providers × a similarities-and-differences comparison
Claw Code Deep Research: The 193K Star Open-Source Claude Code Alternative, a Complete Dissection of a Rust-Rewritten AI Coding Agent
After the Claude Code source leak in March 2026, Sigrid Jin initiated a clean-room rewrite. 193K+ Stars within 2 days. 10 Rust crates, 60+ slash commands, full MCP protocol, autonomous recovery, Hook lifecycle. A complete source-level dissection + item-by-item comparison with the OpenClaw tech stack + 7 borrowable design patterns.
HyperFrames Deep Analysis: An Open-Source Framework for Writing Videos in HTML, the 20K Star AI Video Revolution
HeyGen's HyperFrames hit 20K+ Stars in 2.5 months. Writing videos in HTML, native MCP support, 12 AI Agent skills, 154 releases. This is not just another video tool; it is a new paradigm for video production in the AI Agent era. A complete architecture dissection + a detailed breakdown of the 12 skills + a comparison with Remotion + an analysis of applications for our team.
GitHub Trending May W4: A Deep Dissection of 14 Trending Projects
A complete analysis of the GitHub Trending list for May 18-24, 2026: from personal AI superintelligence to WiFi spatial sensing, from code knowledge graphs to turning everything into a CLI, covering the technical architecture, business value, and field assessment of 14 trending projects.
Academic Research Skills Deep Technical Breakdown: How 45+ Agents Collaborate to Complete the Full Workflow from Literature Review to Peer Review
Complete technical analysis of the GitHub Trending #3 project Academic Research Skills: the architecture design of a 13-Agent research team, a 12-Agent paper writing pipeline, and a 7-Agent review panel, plus innovative mechanisms such as Socratic dialogue, integrity gates, and style calibration.
Complete Guide to 14 Financial Services AI Skills: From Deal Sourcing and M&A Models to Catalyst Calendars
A complete introduction to the 14 OpenClaw financial skills derived from Anthropic Claude for Financial Services, covering three major areas: investment banking (7), private equity (6), and equity research (1), including each skill's command meanings, use cases, and hands-on tutorials.
A Deep Dive into Search Channels: The Underlying Principles and Division of Labor Strategies of DuckDuckGo, Tavily, and Brave
A complete technical primer on three search channels: their respective indexing mechanisms, ranking algorithms, return formats, and cost models, plus how to divide work precisely within AI Agent workflows.
From Zero to Launch: Agentics Website Development Retrospective and Key Lessons
A complete development retrospective on building a Next.js knowledge platform from scratch with AI Agents (our AI assistant + Claude Code): architecture design, pitfalls, key decisions, and best practices for AI-assisted development.
Three-Layer Agent Collaboration Framework: Hermes → OpenClaw → Claude Code Architecture Explained
An in-depth analysis of a three-layer AI Agent collaboration architecture built on Hermes Agent, OpenClaw, and Claude Code: the responsibilities of each layer, the communication mechanism, and why it is designed this way.
M3 Ultra 512GB: The Dream Workstation for Running Multi-Agent Frameworks
Why the Mac Studio M3 Ultra's 512GB of unified memory is ideal hardware for running multiple AI Agent frameworks: several LLMs + Agent frameworks + image generation all online at once, with no lag.