The Great Voyage of AI Agents: From 'Chatboxes' to 'Gundam Cockpits' (2025)
How one architecture standard unified the chaos of AI Agents — and why Skill, MCP, and CLI are not interchangeable but co-construct a vertical dimensional reduction pipeline.
This post is a synthesized recap of earlier discussions with friends and colleagues; I'm happy if it proves helpful to anyone.
Around early 2025, everyone started talking about AI Agents — imagining them as some kind of super-proxy that could "proactively finish tasks for you." People were full of ideas. But what did one actually look like? Nobody could quite say. Everyone was feeling around in the dark.
Then, seemingly out of nowhere by the end of 2025, the landscape was unified in an instant. The game-changer was a bedrock architectural logic introduced alongside Anthropic's Claude Code: Agent Skills.
This architecture set the baseline framework of Agents in the most brutal, yet elegant, way imaginable:
````
my-skill/
├── SKILL.md # The operating manual, thinking framework, and personality
├── template.md # The standardized output template
└── scripts/ # The tool armory (Executable tools/scripts)
To use an analogy: The LLM (Large Language Model) is merely a highly intelligent Brain (The Pilot) with no hands or legs. The Skill, containing operational boundaries (Prompts) and physical tools, is the Mech (The Gundam).
Only when the "Pilot" steps into a clearly defined "Gundam" does it become a true Agent ready for the battlefield. Even more than its operational capability, what truly defines an Agent as an "Agent" is whether it possesses a thinking framework capable of dynamic judgment.
Here's what makes this so elegant in practice: every time you open your development environment, the system sweeps through all the SKILL files, reads their YAML headers, and collects every Agent's "summoning ring." (Sound familiar? Think of those classic robot anime transformation sequences.) The moment a problem arises, the system already knows exactly which specialist to activate.
Vertical Dimensional Reduction: Decoupling and Actualizing Intent
Why did this Agent Skill standard get adopted by the open-source community like wildfire in just a month? Because it forcefully decoupled the previously chaotic "AI execution process" into a pristine Vertical Dimensional Reduction Pipeline.
The architecture flow:
- 📱 Application Layer — ChatGPT / Claude / Cursor / Apps
- 🤖 Agent Layer — Reasoning / Planning / Loop (OpenAI, Anthropic, LangGraph)
- 🧠 Skill Layer — Task Workflows / Agent SOPs / Strategy
- 🔧 Tool Layer — Intent Interfaces (search_web, execute_query, read_file)
- 📡 Tool Protocol Layer — Handshake Standardization (MCP, Function Call)
- ⚙️ Driver Layer — Physical Actuators (CLI: gh/kubectl, API SDKs, Puppeteer)
- 🌍 Systems Layer — World State (GitHub, AWS, Slack, Databases)
This reveals a core truth: AI moving from receiving vague human intent to causing physical changes in the real world is a multi-layered process of "dimensional reduction."
There's currently a lot of over-interpretation in the market — claims like "If you have Skills, you don't need MCP," or "You can just replace MCP with CLI." These are blind spots born from a complete misunderstanding of the architectural layers.
- The Skill Layer is strategic knowledge and task SOPs (What the Agent wants to do).
- The Tool Protocol (MCP) is the cross-dimensional handshake standard (How the Agent formats its thoughts for the machine).
- The Driver (CLI/SDK) is the physical actuator that intervenes in physical reality after receiving the handshake.
They definitively do not replace each other; they co-construct a stable, secure Agent execution pipeline.
Divergence and Evolution: Multi-Agent Swarms vs. Long-Context Breakthroughs
With this standardized pipeline in place, different "military formations" of Agents began emerging within IDEs:
- SubAgents (The Adjutant Model): When the primary Agent encounters a tangential task, it spawns a specialized SubAgent via a prompt and runs it in an isolated container, much like delegating work to a temp exactly when needed.
- AgentTeams (The Expert Squads): When there's a need for diverse perspectives, several Agents with distinct functional roles are launched in parallel to exchange feedback back and forth.
Some hardcore players (like the Antigravity ecosystem) argue that this basically just burns massive computational Tokens. There is also a faction that relies on native, massive Context Windows combined with an omnipotent Default Agent to engage in single-threaded warfare. The debate is still raging.
The Rise of OpenClaw and the Dark Forest
If January was about IDE-bound support systems, mid-January's explosion of the OpenClaw framework pushed the narrative straight into The Matrix.
OpenClaw dragged the Agent/Skill structure directly onto servers, equipping them with a 24/7 Runtime (a pulse), persistent memory, and comms channels. The craziest part? Developers attached crypto-wallets to them, forming the first AI-exclusive black-market economy where Agents outsource tasks and pay each other bounties.
Yet, this wild west is fraught with danger. After careful evaluation, I and my Agents collectively decided to refuse turning our system into another swarm of claws. Andrej Karpathy recently posted his thoughts:
"I'm definitely a bit sus'd to run OpenClaw specifically — giving my private data/keys to a 400K lines of vibe coded monster that is being actively attacked at scale is not very appealing at all... it feels like a complete wild west and a security nightmare."
This perfectly echoes my own architectural stance. Long before this hype, when I began building my 38+ Agent orchestration framework, I specifically designed it as a Kernel-based Agent. It was a conscious refusal to let my brain and my system become an unmanageable "vibe-coded monster" indiscriminately mounting hundreds of disposable Skill repositories riddled with backdoors.
This is the great voyage. We've only just sighted the shoreline of this new Agent layer continent, and someone is already burying landmines on the beach. But for Sovereign Architects, that's exactly where the real fun begins.
If you are curious about the architectural patterns behind ChronicleCore, I've open-sourced the conceptual whitepaper:
(Author's Note: The core thoughts in this article are drawn directly from my authentic, hand-written drafts. Even as an architect heavily reliant on AI Agents, I cannot — and will not — let AI generate my philosophies from scratch. Tools can be outsourced, but true soul and strategy must remain strictly human-in-the-loop.)
FAQfrequently asked
Q1. What is the relationship between Skill, MCP, and CLI?
They are different layers in a vertical pipeline, not competitors. Skill is strategic knowledge (what the Agent wants to do). MCP is the cross-dimensional handshake protocol (how the Agent formats its intent for machines). CLI/SDK is the physical actuator (executing on real systems). They co-construct a stable execution chain — none can replace the others.
Q2. Why are SubAgent and AgentTeam architectures controversial?
Hardcore players argue these patterns burn massive Tokens. The opposing camp uses native large Context Windows + omnipotent Default Agent for single-threaded warfare, saving communication overhead. Both approaches remain in active competition.
Q3. Why did you reject OpenClaw for ChronicleCore?
OpenClaw equips agents with 24/7 runtime + persistent memory + crypto wallets, forming an AI black-market economy — but it's a security wild west. After auditing, my Agents and I chose a Kernel-based Agent architecture instead, refusing to mount disposable Skill repositories with potential backdoors. Karpathy publicly echoed this concern: "giving private data/keys to a 400K-line vibe-coded monster being actively attacked is not appealing."