#Claude Code memory
1751 related articles
·4 min
Claude Code New Features Deep Dive: Remote Control, Multi-Agent Parallelism, and Auto Memory
Deep dive into Claude Code's major new updates: Remote Control for session takeover, Auto Mode to reduce interruptions, multi-agent code review, Auto Memory, and Routines for cloud automation workflows.
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·2 min
Three Essential Claude Code Configuration Techniques: A Practical Guide to CLAUDE.md, Memory & MCP
Master three Claude Code configuration techniques: use CLAUDE.md for project rules, Memory for auto-learning preferences, and MCP for connecting GitHub and external tools.
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·3 min
9 Advanced Claude Code Tips: From Memory Injection to Context Management — A Complete Guide
9 advanced Claude Code tips covering /init memory injection, Token context monitoring, Plan mode, collaboration strategies, and /undo safe rollback to build a complete AI coding workflow.
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Tutorials·2 min
Two MCP Plugins Combined: Solving Claude Code's Memory Loss Problem in Large Projects
Claude Code loses memory on large projects? Learn how Cloud Context and Context Mode MCP plugins combine vector-indexed retrieval with 98% compression to solve context window overflow.
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Tutorials·2 min
The Complete Guide to CLAUDE.md Configuration: Give Claude Code Memory of Your Project
Complete guide to Claude Code's CLAUDE.md memory file: creation methods, content structure, hierarchy system, and practical tips to boost AI coding efficiency.
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Tutorials·3 min
Claude Code Hooks Configuration & Plugin Recommendations: Cross-Session Memory and Automation in Practice
In-depth guide to Claude Code Hooks event-driven mechanism and configuration, featuring CloudMemory, Everything Claude Code, and other popular plugins for automated dev workflows.
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Product Reviews·2 min
TRAE vs Claude Code Real-World Test: Who Can Fix an Embedded Memory Overflow?
Same NRF52840 Bluetooth memory overflow bug tested with TRAE and Claude Code using DeepSeek V4 Pro. Real-world comparison of AI debugging capabilities in embedded development.
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Deep Dives·1 min
Claude Code AutoDream Feature Explained: AI Memory Organization Mechanism and How to Enable It
Deep dive into Claude Code's AutoDream feature and its four-stage mechanism that simulates REM sleep to organize AI memory. Includes activation methods and practical tips.
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Tutorials·2 min
Obsidian + Claude Code Three-Layer Memory System: A Complete Solution to AI Cross-Session Amnesia
Learn how to build a three-layer memory system with Obsidian and Claude Code to solve AI cross-session amnesia. Runs locally with zero API costs, includes Memory.md template.
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Tutorials·3 min
Graphiti MCP Server Configuration Tutorial: Giving Cursor and Claude Code Persistent Memory
Step-by-step guide to configuring Graphiti MCP Server, adding persistent cross-session memory to Cursor and Claude Code via Neo4j temporal knowledge graphs.
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Product Reviews·2 min
Claude Code Auto-Memory Plugin: Say Goodbye to AI Amnesia with Automated CLAUDE.md Maintenance
claude-code-auto-memory is an open-source plugin that automatically maintains CLAUDE.md memory files, enabling Claude Code to retain project context across sessions and eliminating AI amnesia.
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·3 min
Token Economics: The New Unit of Value Measurement in the AI Era
Deep dive into how Tokens evolved from a technical concept in LLMs to the core unit of measurement in the AI economy. Exploring Token consumption explosion, cost optimization, and Token economics.
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·2 min
Cursor vs Codex vs Claude: Practical AI Coding Tool Selection in Cross-Platform Development Environments
Comparing Cursor, Codex, and Claude in cross-platform environments through real developer cases, analyzing compatibility with network folders, Windows Server, and enterprise setups to guide practical tool selection.
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·2 min
Tomte: A Free Local AI Runtime Framework Built Specifically for Gemma
Tomte is a free local AI framework optimized for Apple Silicon to run Gemma models. Learn about its features, performance advantages, and how it compares to ChatGPT for private, fast local AI deployment.
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·2 min
Deep Dive into the LangChain Ecosystem: A Guide to LangGraph, deepagents, and LangSmith Collaboration
A deep analysis of three core LangChain ecosystem components: LangGraph stateful agent orchestration, deepagents deep agent paradigm, and LangSmith observability platform for production AI apps.
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·2 min
Kimi K3 Integrates with Devin Platform: A Long-Horizon Coding Agent with Outstanding Debugging Capabilities
Kimi K3 launches on Devin Desktop and CLI, surpassing GPT-5.5 on FrontierCode 1.1 with standout debugging skills. Explore its long-horizon agentic coding performance.
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·3 min
Building a Local AI Agent Architecture: From Scattered Scripts to Your Personal Jarvis
A practical guide to consolidating scattered automation scripts into a local AI Agent hub. Covers Function Calling, Ollama+Qwen2.5 deployment, tool orchestration architecture, and a complete implementation roadmap.
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·3 min
Tigriden: A 40MB Lightweight AI Development Workbench Redefining Human-AI Collaboration
Tigriden is a Rust-native desktop workbench using only 40MB of memory, designed for AI Agent collaboration. Its Diff Tracker and Time Machine help developers review AI code changes and roll back quickly.
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·3 min
Two Working Modes of Agentic AI: The Greenhouse and Lens Framework Explained
Deep dive into the Greenhouse and Lens modes of Agentic AI — understanding how agents excel in breadth exploration vs. precision convergence to optimize AI programming workflows.
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·3 min
Six Months and 124 Iterations: Conquering Reactive Play in Breakout with PPO
An RL enthusiast spent 6 months and 124 iterations to achieve reactive play in Atari Breakout using PPO. A deep dive into PPO tuning challenges and real-world RL engineering.
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