Basic Memory Build Knowledge That Grows With You

Basic Memory Ai memory built on plain text markdown. both you and your ai read, write, and search the same knowledge — locally or in the cloud. open source, mcp native, works with claude, chatgpt, and gemini. Build persistent knowledge through ai conversations with basic memory, our flagship local first knowledge management tool.

Basic Memory What is basic memory? basic memory addresses the challenge of disappearing context in conversations with ai assistants like claude. it functions as a knowledge management system that captures and preserves the valuable insights generated during these interactions. Basic memory lets you build persistent knowledge through natural conversations with large language models (llms) like claude, while keeping everything in simple markdown files on your computer. Basic memory is a knowledge management system that leverages natural conversations with llms to build persistent knowledge, saving it to local markdown files. it solves the problem of short lived llm interactions and difficulty retaining knowledge. Basic memory is a tool for creating local knowledge graphs by conversing with ai (e.g., claude), which turns conversations into markdown files stored on the user's computer and supports obsidian view editing to help with research, writing, or personal knowledge management.

Basic Memory Basic memory is a knowledge management system that leverages natural conversations with llms to build persistent knowledge, saving it to local markdown files. it solves the problem of short lived llm interactions and difficulty retaining knowledge. Basic memory is a tool for creating local knowledge graphs by conversing with ai (e.g., claude), which turns conversations into markdown files stored on the user's computer and supports obsidian view editing to help with research, writing, or personal knowledge management. Basic memory is a knowledge management system enabling users to build a persistent, locally stored knowledge base through natural language conversations with large language models (llms). Basic memory lets you build persistent knowledge through natural conversations with large language models (llms) like claude, while keeping everything in simple markdown files on your computer. The tool builds knowledge graphs by model context protocol (mcp) collaborating with big models, ai can read and write knowledge to form semantically connected graphs. The multi store model of memory, proposed by atkinson and shiffrin, explains memory as three separate stores: sensory memory, short term memory, and long term memory. information moves between these stores through attention, rehearsal, and retrieval, highlighting that memory is a linear process involving distinct stages.

Basic Memory Basic memory is a knowledge management system enabling users to build a persistent, locally stored knowledge base through natural language conversations with large language models (llms). Basic memory lets you build persistent knowledge through natural conversations with large language models (llms) like claude, while keeping everything in simple markdown files on your computer. The tool builds knowledge graphs by model context protocol (mcp) collaborating with big models, ai can read and write knowledge to form semantically connected graphs. The multi store model of memory, proposed by atkinson and shiffrin, explains memory as three separate stores: sensory memory, short term memory, and long term memory. information moves between these stores through attention, rehearsal, and retrieval, highlighting that memory is a linear process involving distinct stages.

Basic Memory Build Knowledge That Grows With You The tool builds knowledge graphs by model context protocol (mcp) collaborating with big models, ai can read and write knowledge to form semantically connected graphs. The multi store model of memory, proposed by atkinson and shiffrin, explains memory as three separate stores: sensory memory, short term memory, and long term memory. information moves between these stores through attention, rehearsal, and retrieval, highlighting that memory is a linear process involving distinct stages.