[KongchangAI]
Product

RecallAI

A prototype AI tutoring system built on a graph database that uses persistent memory to let the AI remember a user's learning history and provide personalized answers.

Timeline (last 90 days)

Oct 18

A team of four—Aman Kumar, Rishu, Abhishek and Ayan—participated in the Graph Hacks hackathon co-hosted by WeMakeDevs and FalkorDB, chose the 'Agent Memory and Coordination' track, and built the RecallAI prototype in four days.

Unverified50%
Oct 18

RecallAI's architecture consists of four main parts: a frontend chat interface, backend request handling and memory retrieval coordination, a language model, and the FalkorDB graph database.

Unverified50%
Oct 18

The team chose FalkorDB to explore a graph-based memory structure rather than storing each conversation as an isolated text chunk.

Unverified50%
Oct 18

The team chose Qwen2.5-1.5B-Instruct as the language model because the hackathon schedule was tight and hardware was limited, training a model from scratch was unrealistic, and they wanted to focus their effort on the memory architecture.

Unverified50%
Oct 18

Testing on day three found that the system sometimes recalled information when it could recognize keywords or quote directly, but results were unstable when questions depended on broader conversational context, sometimes behaving as if it had no memory or giving confident answers that did not reflect the earlier conversation.

Unverified50%
Oct 18

The possible causes of memory system failure are distributed across five stages: whether information was correctly saved, whether the correct information was retrieved from FalkorDB, whether the backend passed the retrieved information to the model, whether the model had enough context to understand the associations, and whether the model ignored or misread the information it received.

Unverified50%
Oct 18

On day four the team decided not to add new features and instead focused their effort on six core behaviors: saving useful information, retrieving the correct memories, passing information to the model, using context correctly, avoiding irrelevant memories, and isolating user memories.

Unverified50%

All Facts (7)

Unverified

The team chose Qwen2.5-1.5B-Instruct as the language model because the hackathon schedule was tight and hardware was limited, training a model from scratch was unrealistic, and they wanted to focus their effort on the memory architecture.

50%
Unverified

RecallAI's architecture consists of four main parts: a frontend chat interface, backend request handling and memory retrieval coordination, a language model, and the FalkorDB graph database.

50%
Unverified

The team chose FalkorDB to explore a graph-based memory structure rather than storing each conversation as an isolated text chunk.

50%
Unverified

On day four the team decided not to add new features and instead focused their effort on six core behaviors: saving useful information, retrieving the correct memories, passing information to the model, using context correctly, avoiding irrelevant memories, and isolating user memories.

50%
Unverified

Testing on day three found that the system sometimes recalled information when it could recognize keywords or quote directly, but results were unstable when questions depended on broader conversational context, sometimes behaving as if it had no memory or giving confident answers that did not reflect the earlier conversation.

50%
Unverified

The possible causes of memory system failure are distributed across five stages: whether information was correctly saved, whether the correct information was retrieved from FalkorDB, whether the backend passed the retrieved information to the model, whether the model had enough context to understand the associations, and whether the model ignored or misread the information it received.

50%
Unverified

A team of four—Aman Kumar, Rishu, Abhishek and Ayan—participated in the Graph Hacks hackathon co-hosted by WeMakeDevs and FalkorDB, chose the 'Agent Memory and Coordination' track, and built the RecallAI prototype in four days.

50%

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