eSIMuse|AI 通信指南
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eSIMuse|AI 通信指南
@esimuse
AI 工具玩家 / 自动化实践者 分享 ChatGPT、Claude、Agent 和出海工具 顺手整理一点海外卡与长期接入经验 有相关需求可以聊 TG:https://t.co/MfpTTVeKYv

A lot of people still describe AI Agents as just “LLM + tool calling.” But once you actually run the workflow, you realize it’s not that simple. The user query is only the entry point. Behind it, there’s memory, context retrieval, task decomposition, skill routing, MCP/tool calls, execution, result collection, and final response generation. I broke the full chain down into 20 steps.


A lot of people still describe AI Agents as just “LLM + tool calling.” But once you actually run the workflow, you realize it’s not that simple. The user query is only the entry point. Behind it, there’s memory, context retrieval, task decomposition, skill routing, MCP/tool calls, execution, result collection, and final response generation. I broke the full chain down into 20 steps.


A lot of people still describe AI Agents as just “LLM + tool calling.” But once you actually run the workflow, you realize it’s not that simple. The user query is only the entry point. Behind it, there’s memory, context retrieval, task decomposition, skill routing, MCP/tool calls, execution, result collection, and final response generation. I broke the full chain down into 20 steps.




A lot of people still describe AI Agents as just “LLM + tool calling.” But once you actually run the workflow, you realize it’s not that simple. The user query is only the entry point. Behind it, there’s memory, context retrieval, task decomposition, skill routing, MCP/tool calls, execution, result collection, and final response generation. I broke the full chain down into 20 steps.

A lot of people still describe AI Agents as just “LLM + tool calling.” But once you actually run the workflow, you realize it’s not that simple. The user query is only the entry point. Behind it, there’s memory, context retrieval, task decomposition, skill routing, MCP/tool calls, execution, result collection, and final response generation. I broke the full chain down into 20 steps.

A lot of people still describe AI Agents as just “LLM + tool calling.” But once you actually run the workflow, you realize it’s not that simple. The user query is only the entry point. Behind it, there’s memory, context retrieval, task decomposition, skill routing, MCP/tool calls, execution, result collection, and final response generation. I broke the full chain down into 20 steps.


A lot of people still describe AI Agents as just “LLM + tool calling.” But once you actually run the workflow, you realize it’s not that simple. The user query is only the entry point. Behind it, there’s memory, context retrieval, task decomposition, skill routing, MCP/tool calls, execution, result collection, and final response generation. I broke the full chain down into 20 steps.





我重新整理了一张: 2026年4月全球大模型公司能力梯队图。 说实话,AI 圈已经不是“谁聊天更像人”这么简单了。 现在真正卷的是: 谁能推理, 谁能写代码, 谁能跑 Agent, 谁能进企业工作流。 这才是下半场。

Opus 4.8 is now on DeepSWE. On the default high thinking effort, it scores 6% higher than Opus 4.7 xhigh, while also lowering average cost per task.

我重新整理了一张: 2026年4月全球大模型公司能力梯队图。 说实话,AI 圈已经不是“谁聊天更像人”这么简单了。 现在真正卷的是: 谁能推理, 谁能写代码, 谁能跑 Agent, 谁能进企业工作流。 这才是下半场。












