Qrzysztof/functiongemma-270m-it-prepaid-cards-v2
Qrzysztof/functiongemma-270m-it-prepaid-cards-v2 is a 0.3 billion parameter FunctionGemma-based instruction-tuned model, fine-tuned by Qrzysztof. It specializes in recognizing prepaid card intents from chat conversations and emitting corresponding tool calls for actions like purchasing cards, checking balances, or viewing transaction history. This model is notable for its training on 107 languages and realistic user noise, making it robust for chat agents handling multi-turn, noisy inputs in diverse linguistic contexts.
Loading preview...
Overview
This model is a fine-tuned version of google/functiongemma-270m-it (Gemma 3 270M) specifically designed for tool-calling related to prepaid cards. It recognizes user intents in chat conversations and generates appropriate tool calls for purchase_card, get_card_balance, and get_transaction_history functions.
Key Capabilities
- Multilingual Support: Trained on 107 languages, including multi-turn conversations and realistic user noise (typos, text-speak, scrambled word order).
- Robust Intent Recognition: Effectively handles noisy and complex user inputs to identify prepaid card-related requests.
- Function Calling: Emits structured tool calls following the standard FunctionGemma protocol, enabling integration with backend systems.
- Small Footprint: At 270M parameters, it's a compact model suitable for distillation targets and efficient deployment.
Good For
- Chat Agents: Ideal for building conversational AI agents that automate prepaid card services, such as purchasing, balance inquiries, and transaction history retrieval.
- Multi-turn Interactions: Excels in scenarios where users provide information across multiple messages or require clarification.
- Global Applications: Its extensive language training makes it suitable for international deployments where diverse linguistic inputs are expected.
Limitations
- Trained on synthetic data, not real user traffic.
- Language quality is uneven, with English and major languages being most robust.
- The model only emits tool calls; it does not execute actions or access real-time data itself.
- Requires server-side validation of tool arguments due to potential mis-parsing of card numbers under heavy noise.