Introduction
Most AI agents today behave like forgetful assistants: they can perfectly follow your preferences within a single conversation, but forget everything in the next task. This forum post introduces Lemon AI Evolving, a platform built around a Self-Evolving concept where agents accumulate experience and genuinely improve with use.
Why Traditional Agents Forget
Conventional agents lose multi-turn preferences because of the context window limit: an LLM can only process a limited number of tokens per session (thousands to tens of thousands). Once exceeded, earlier information is truncated, causing preferences to evaporate, much like human short-term memory holding only 7±2 items before needing conversion into long-term memory.
Tell a typical agent your detailed preferences once (traveling with dogs, EV charging stations, Marriott hotels under a budget, cultural over natural sights) and it delivers a perfect plan. Start a new task, however, and everything resets to zero.
The Self-Evolving Mechanism
Lemon AI Evolving permanently captures user preferences in each agent's Experience library:
1. First task: Create a new agent with a prompt like: "I want a 7-day trip to Japan. I like vibrant neighborhoods, want a hotel near Tokyo Tower with a pool, plan routes with Google Maps, and build a webpage showing all results." The agent produces a polished itinerary with routes and hotels, but misses food and pricing details.
2. Iterative refinement: The user adds: "Include local restaurant recommendations and keep hotel prices between $50 and $100." The updated page now includes food picks and budget-locked hotels.
3. Memory capture: In Agents settings > Experience, the recorded preferences (pool hotels, Google Maps, food details, price range) persist as cross-task permanent experience.
4. New task, inherited wisdom: Requesting a 7-day US West Coast road trip for September requires no repetition. The agent automatically injects prior learnings, pool hotels, food guides, map-based planning, even EV charging stops inferred from driving habits, producing a tailored travel guide.
The core principle: the more the agent is used, the better it performs.
Agent Store: Shared Knowhow
The Agent Store turns individual experience into a platform-level knowledge marketplace:
- Automatic matching: When creating an agent, the system scans shared cases and applies matching templates. Planning a "European road trip" recalls system experience from similar Japan/US travel cases.
- Replay & Remix: Browse the template store, Replay a case to watch the full iteration process (prompt tuning, preference injection), then Remix it to inherit that experience into your own agent, an "open-source AI brain" approach.
- System-shared experience: distilled from Agent Store contributions
- Personal memories: each agent's unique user habits and preferences
- Subscription: Click username > Upgrade > pay to obtain credits. Each task consumes credits based on complexity; recharge from the credits management page.
- Rename tasks: Task list > More > Rename, to keep workspaces organized.
- Delete tasks: Same path, one click to clean up.
- View task files: Click a task to see all generated files (webpages, maps, reports) for auditing and iteration.
Shared knowhow is abstracted into reusable system modules (e.g., "travel planning always includes map integration + price filtering"), raising first-attempt success rates and solving the cold-start problem.
The Experience Library
The experience library has two layers:
It forms a positive feedback loop: personal preferences can be abstracted and uploaded to benefit others, while users absorb collective wisdom, so more users make the system stronger.
Credits and Task Management
Applications and Outlook
The mechanism generalizes beyond travel: business report agents that remember your data style, writing assistants that retain rhetorical preferences, coding partners that accumulate debugging patterns. Challenges remain around privacy (addressed via experience abstraction/anonymization) and credit fairness (transparent subscriptions). Future directions may include multimodal integration so agents can infer implicit preferences from voice and video.
References
1. Lemon AI Evolving quick-start documentation: https://lemon-11.gitbook.io/lemon-ai-docs/lemonai-chinese/gong-neng-jie-shao/kuai-su-shang-shou