Index execution histories and extract success and failure patterns using OpenAI embeddings.
npx skills add https://github.com/Mekann2904/mekann --skill alma-memory
Please help me install this Agent Skill. Skill: alma-memory Source: https://github.com/Mekann2904/mekann/tree/main/.pi/skills/alma-memory Command: npx skills add https://github.com/Mekann2904/mekann --skill alma-memory
This Skill helps AI agents learn and adapt by automatically indexing past execution histories, extracting patterns, and enabling semantic search over previous runs, preventing repeated mistakes and improving efficiency.
Use the alma-memory skill to find similar past runs for the current task.
High-intent search queries and answers about installing and using this skill.
Meta-learning of memory designs for agentic systems works by automatically indexing execution histories, extracting success and failure patterns, and performing semantic searches using OpenAI embeddings. This enables AI agents to continuously learn from past experiences and improve task execution.
You extract success and failure patterns from agent execution logs by indexing past runs and applying pattern extraction techniques. This process identifies common outcomes from previous executions, allowing agentic systems to reference successful solutions and avoid recurring errors during complex tasks.
Yes, you can perform semantic search over past agent runs using OpenAI embeddings. This approach leverages embeddings to find semantically similar past executions, enabling an agentic system to retrieve relevant historical data and reference successful solutions for current task acceleration.
The ALMA framework supports continuous learning for complex debugging tasks by indexing execution histories and extracting patterns. Before starting a debugging task, an agent can search for similar past sessions, identify failure patterns, and reference successful solutions to accelerate the current task.
Limitations of using meta-learning for agentic system memory design include the dependency on having sufficient past execution histories to index. Without adequate run data for pattern extraction and semantic search, the system cannot effectively identify failure patterns or reference successful solutions to improve task execution.
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