AI Company Framework: Multi-Agent Company Orchestration Guide

AI Company Framework: Multi-Agent Company Orchestration Guide

An AI company framework is a system that assigns distinct roles to multiple agents so they collaborate like a real company to complete complex tasks. Instead of one assistant doing everything, a PM, architect, engineer, and QA agent each own a slice of the work, coordinated by encoded standard operating procedures. This guide explains how these frameworks work, the leading open-source options, and how to adopt them. What Is an AI Company Framework? (One-Sentence Definition) An AI company framework is a multi-agent orchestration system that treats an organization chart as an agent architecture — assigning distinct roles to multiple AI agents so they collaborate through encoded standard operating procedures (SOPs) to complete complex tasks that a single agent cannot reliably handle. ...

August 21, 2026 · 12 min · baeseokjae
Agent Trajectory Monitor: Watching Tool Calls and Token Spend in Real Time

Agent Trajectory Monitor: Watching Tool Calls and Token Spend in Real Time

An agent trajectory monitor watches the full sequence of steps, tool calls, decisions, and token spend an AI agent makes in real time — not just the final answer. Because AI agents consume 5-30x more tokens per task than standard chatbots, real-time trajectory monitoring has moved from a nice-to-have to a budget requirement. It lets you see whether your agent is doing the right work or just getting the right answer by chance. ...

August 20, 2026 · 11 min · baeseokjae
TencentCloud AgentObs SDK for DeepSeek Harness

TencentCloud AgentObs SDK for DeepSeek Harness: Zero-Collector GenAI Trace Observability

DeepSeek Harness observability usually means standing up an OpenTelemetry collector, a tracing backend, and code instrumentation. The TencentCloud AgentObs SDK for DSH eliminates all of that: it is a DeepSeek Harness plugin that observes the harness’s native session, agent-loop, LLM-stream, and tool lifecycles and uploads GenAI trace spans directly to Tencent Cloud Log Service (CLS) using Protobuf. There is no OTLP collector, no sidecar, and no extra service to deploy. If you already run agents on Tencent Cloud, this is the fastest path from “where did my agent spend its tokens?” to a dashboards-and-alerts answer. ...

August 20, 2026 · 11 min · baeseokjae
AI Agent Architecture Tutorial: The Complete 20-Chapter Guide

AI Agent Architecture Tutorial: The Complete 20-Chapter Guide

An AI agent architecture is the structural design that lets an LLM observe its environment, reason about a goal, and act on it by calling tools in a repeating loop. In this 20-chapter tutorial you will move from the fundamentals—what an agent is and how the Observe-Reason-Act loop works—through the core building blocks, the five workflow patterns and three agent patterns, hands-on Python code, memory, tool integration, framework comparisons, and production concerns such as evaluation, security, and emerging standards like MCP. By the end you will know exactly when to use a workflow, when to use a full agent, and how to design and ship a reliable agentic system. ...

August 20, 2026 · 16 min · baeseokjae
Snapshots and Copy-on-Write: The Economics of Agent Sandboxes

Snapshots and Copy-on-Write: The Economics of Agent Sandboxes

Agent sandboxes get expensive because most platforms size them for the resources an agent requests, not the resources it actually uses. Snapshots and copy-on-write flip that equation: instead of paying for a full 128 GiB disk and 16 GiB of RAM per session, you pay only for the base image plus the small set of divergences each agent creates. The result is a cost model that scales with real usage, letting a single host run dozens of isolated agents instead of a handful. ...

August 16, 2026 · 10 min · baeseokjae
HashAgent: Share an AI Agent as a URL That Runs Locally via WebGPU

HashAgent: Share an AI Agent as a URL That Runs Locally via WebGPU

What Is HashAgent? A Private AI Agent You Share as a URL HashAgent is an open-source web application that lets you build, run, and share an AI agent as a single self-contained URL that executes entirely in your browser via WebGPU. Instead of sending your prompts to a cloud inference server, HashAgent packages an agent’s behavior — its system prompt, tool wiring, and a runtime model profile — into one compressed #agent= URL. When someone opens that link, their own device downloads a small model and runs the agent locally, with no inference server, no account, and no tracking. It launched on Hacker News on August 14, 2026 (story 49298088) and hit the front page with 38 points and 4 comments at the time of writing. ...

August 14, 2026 · 11 min · baeseokjae
AgentProof Review 2026: Local-First CI Verification for AI-Generated Code Diffs

AgentProof Review 2026: Local-First CI Verification for AI-Generated Code Diffs

AgentProof is a free, local-first proof harness that verifies AI-generated code and diffs by detecting the project type, running safe local checks, launching the app, crawling routes with Playwright, and scoring launch readiness — all without uploading your source, using an API key, or trusting a cloud vendor. For AI code CI verification, it answers one question the chat transcript never can: did this app actually work, or did it just look good in the transcript? This review covers how AgentProof works, its GitHub Action score gate, its pricing, and how it compares to ProofPack and the broader “proof beats diffs” movement. ...

August 13, 2026 · 11 min · baeseokjae
Knowledge inbox for AI agents and Obsidian

Knowledge Inbox for AI Agents and Obsidian: The Local-First Way to Capture Everything (2026 Guide)

A knowledge inbox for AI agents and Obsidian is a local-first ingestion pipeline that turns raw inputs — links, PDFs, videos, screenshots, and plain text — into structured Markdown knowledge cards inside your own vault. Instead of dumping every snippet into cloud read-it-later apps, it normalizes all sources through a single pipeline, enriches them with OCR, transcription, and auto-tagging, then stores everything as human-readable files plus a queryable SQLite index. Your AI agents read the same local store your notes live in. ...

August 13, 2026 · 12 min · baeseokjae
Memoket Kite Review 2026: Token-Efficient Memory Layer for AI Agents

Memoket Kite Review 2026: Token-Efficient Memory Layer for AI Agents

Memoket Kite is an open-source memory layer for AI agents that replaces the standard embeddings-plus-vector-database stack with a single portable, topic-indexed file of structured facts. It scores 93.51% on the LoCoMo long-conversation benchmark and 85.60% on LongMemEval-S while reading only about 1.5k tokens of context — the top overall score on both benchmarks with no vector stack at all. What Is Memoket Kite? A Memory Layer for AI Agents Memoket Kite (KITE) is a Python library, released under the Apache License 2.0, that gives AI agents persistent, source-backed memory. Its tagline is “Follow the thread, not the nearest match.” Instead of storing conversations as opaque embedding vectors and retrieving by similarity, KITE turns what an agent hears into typed, dated, topic-indexed facts that you can open and read in a plain file. ...

August 13, 2026 · 10 min · baeseokjae
Moli: The Best Browser for AI Agents, Written in Pure Rust

Moli: The Best Browser for AI Agents, Written in Pure Rust

Moli is a production-ready, structured-first browser engine for AI agents, written in pure Rust. It runs real JavaScript, DOM, and browser APIs by default, but computes layout or pixels only when you ask — a cost model built for crawling, browser-use, and retrieval workloads. In a 192-URL crawl it beat Chrome Headless on useful-page rate while using roughly 10x less memory. What Is Moli? A Structured-First Browser Engine for AI Agents Moli is not another Chromium wrapper. It is a browser kernel built from the ground up in Rust, designed around a single idea: AI agents mostly want the structure of a page — the DOM, the computed styles, the text — not a rendered picture of it. Traditional headless browsers spend enormous effort producing pixels that most agent workloads never look at. ...

August 11, 2026 · 8 min · baeseokjae