GitHub issue plan for evolving MultiMindSDK into a Genetic AI framework, using insights from both:
🔧 Core Modules to Add (New Issues)
🧠 Memory & Cognitive Layer
-
[Feature] GraphMemoryAgent
→ Implement Mem0-style symbolic memory as (subject, predicate, object) triples
→ Use networkx or optional Neo4j backend
-
[Feature] MemoryUpdateAgent
→ Automatically decides when to add, update, merge, or delete memory
→ Uses LLM scoring + vector + graph similarity
-
[Feature] TimelineMemoryAgent
→ Stores conversation/task memory as a chronological sequence of events
→ Useful for episodic tasks and summarization
-
[Feature] ContextScorerAgent
→ Injects only the most relevant memory chunks into the prompt
→ Optimizes for token count, recency, and relevance
-
[Feature] UnifiedMemoryStore Abstraction
→ Merge vector, graph, key-value memory under one interface
→ Supports modular backend switching
🧬 Genetic AI Evolution Modules
-
[Feature] MetaControllerAgent
→ Mutates agent DAG mid-task (e.g., swaps Rewriter → Planner order)
→ Uses performance feedback to reroute agent flow
-
[Feature] AgentArena
→ Competing agent flows solve the same task
→ Fitness-based selection (JudgeAgent, metrics-based)
-
[Feature] AgentMutator
→ Introduces randomness or policy-based mutation into agent chains
→ Useful for exploration or auto-curriculum learning
-
[Feature] EvolutionMemory
→ Stores agent-chain performance history per task type
→ Helps guide future selection + planning
-
[Feature] MultiObjectiveJudgeAgent
→ Scores based on multiple metrics (accuracy, cost, speed, novelty)
→ Enables genetic-style fitness evaluation
⚙️ Agent Pipeline Infrastructure
-
[Feature] AgentWorkflowRunner (DAG-style)
→ Load agents as YAML/JSON graph and execute DAG
→ Enables reflexive loops (e.g., Judge ➝ Rewriter ➝ Planner ➝ Judge)
-
[Enhancement] MemoryManagerAgent++
→ Route between vector, graph, timeline, and summary memory
→ Decision-making can be rule-based or LLM-powered
-
[Enhancement] SelfReflectAgent
→ Reuses past memory to critique and rewrite task solutions
→ Similar to Mem0’s Reflexion loop
-
[Feature] FactExtractorAgent
→ Parses LLM output into structured facts for GraphMemoryAgent
→ Bridges text and symbolic knowledge
📊 Developer / Visualization / API
-
[Feature] AgentTraceLogger
→ Logs all agent actions, inputs, and outputs for debugging/explanation
-
[Feature] MemoryInspector API (for Chrome + Streamlit)
→ Read + display memory content: graph, vector, summary
→ Useful for ContextHop and future agent dashboards
-
[Feature] Plugin Loader for Agents
→ Dynamically load agents or memories via YAML or entrypoints
→ Enables plug-and-play architecture
🔬 Roadmap Tags
| Tag |
Meaning |
| genetic-ai |
Evolutionary agent pipelines, mutation, selection |
| reflexive-loop |
Agents that reprocess their own outputs |
| hybrid-memory |
Combines symbolic, vector, and timeline memory |
| multi-objective |
Fitness scoring based on multiple criteria |
| adaptive-agent |
Self-improving or goal-adapting agent workflows |
GitHub issue plan for evolving
MultiMindSDKinto a Genetic AI framework, using insights from both:🧬 Genetic AI principles (modular evolution, reflexion, self-optimization)
🔧 Core Modules to Add (New Issues)
🧠 Memory & Cognitive Layer
[Feature] GraphMemoryAgent
→ Implement Mem0-style symbolic memory as
(subject, predicate, object)triples→ Use
networkxor optional Neo4j backend[Feature] MemoryUpdateAgent
→ Automatically decides when to
add,update,merge, ordeletememory→ Uses LLM scoring + vector + graph similarity
[Feature] TimelineMemoryAgent
→ Stores conversation/task memory as a chronological sequence of events
→ Useful for episodic tasks and summarization
[Feature] ContextScorerAgent
→ Injects only the most relevant memory chunks into the prompt
→ Optimizes for token count, recency, and relevance
[Feature] UnifiedMemoryStore Abstraction
→ Merge vector, graph, key-value memory under one interface
→ Supports modular backend switching
🧬 Genetic AI Evolution Modules
[Feature] MetaControllerAgent
→ Mutates agent DAG mid-task (e.g., swaps Rewriter → Planner order)
→ Uses performance feedback to reroute agent flow
[Feature] AgentArena
→ Competing agent flows solve the same task
→ Fitness-based selection (
JudgeAgent, metrics-based)[Feature] AgentMutator
→ Introduces randomness or policy-based mutation into agent chains
→ Useful for exploration or auto-curriculum learning
[Feature] EvolutionMemory
→ Stores agent-chain performance history per task type
→ Helps guide future selection + planning
[Feature] MultiObjectiveJudgeAgent
→ Scores based on multiple metrics (accuracy, cost, speed, novelty)
→ Enables genetic-style fitness evaluation
⚙️ Agent Pipeline Infrastructure
[Feature] AgentWorkflowRunner (DAG-style)
→ Load agents as YAML/JSON graph and execute DAG
→ Enables reflexive loops (e.g., Judge ➝ Rewriter ➝ Planner ➝ Judge)
[Enhancement] MemoryManagerAgent++
→ Route between vector, graph, timeline, and summary memory
→ Decision-making can be rule-based or LLM-powered
[Enhancement] SelfReflectAgent
→ Reuses past memory to critique and rewrite task solutions
→ Similar to Mem0’s Reflexion loop
[Feature] FactExtractorAgent
→ Parses LLM output into structured facts for GraphMemoryAgent
→ Bridges text and symbolic knowledge
📊 Developer / Visualization / API
[Feature] AgentTraceLogger
→ Logs all agent actions, inputs, and outputs for debugging/explanation
[Feature] MemoryInspector API (for Chrome + Streamlit)
→ Read + display memory content: graph, vector, summary
→ Useful for
ContextHopand future agent dashboards[Feature] Plugin Loader for Agents
→ Dynamically load agents or memories via YAML or entrypoints
→ Enables plug-and-play architecture
🔬 Roadmap Tags