
MemoHarness dynamically configures agent harnesses
MemoHarness is an adaptive framework that dynamically configures an agent's control harness without altering underlying model weights. By treating the harness as a dynamic artifact across six dimensions, it allows agents to learn from past executions and specialize at runtime.
Static agent harnesses are a major bottleneck for LLM applications; by turning the harness into a dynamic, learning control layer, MemoHarness offers a practical, weight-free path to specialized and self-corrective AI agents.
- –**Zero-Weight Specialization:** Optimizes agent performance dynamically at runtime without the high computational costs and overhead of fine-tuning or training LLMs.
- –**Dual-Layer Experience Bank:** Combines case-specific execution diagnostics with distilled global patterns to allow agents to learn from errors.
- –**Granular Harness Adaptation:** Decomposes control into context, tools, generation control, orchestration, memory, and output processing for targeted adjustments.
- –**Graph-Based Correction:** Facilitates complex, graph-based error correction to break loops and handle edge cases more reliably.
DISCOVERED
15h ago
2026-07-20
PUBLISHED
15h ago
2026-07-20
RELEVANCE
AUTHOR
Discover AI