Parlant 3.2 introduces streaming message output, entity labels with session propagation, and improvements across guidelines, journeys, and canned responses.
Parlant 3.2 introduces streaming message output, entity labels with session propagation, and improvements across guidelines, journeys, and canned responses.
Introducing Parlant 3.0 with massive performance improvements, enhanced journeys, canned responses, and comprehensive production features for enterprise deployment.
Introducing Parlant 3.0 with massive performance improvements, enhanced journeys, canned responses, and comprehensive production features for enterprise deployment.
Discover how our team's journey from building mission-critical systems led to the creation of Parlant, an open-source Conversational AI engine designed for reliable customer interactions.
Discover how our team's journey from building mission-critical systems led to the creation of Parlant, an open-source Conversational AI engine designed for reliable customer interactions.
In 2025, the most effective way to build customer-facing AI agents combines the adaptability of LLMs with the structure and precision of traditional conversation design.
In 2025, the most effective way to build customer-facing AI agents combines the adaptability of LLMs with the structure and precision of traditional conversation design.
Conversational AI has evolved dramatically over decades. From rule-based chatbots like ELIZA in the 1960s, through hybrid ML+rule frameworks, and, recently, LLMs. Now, state-of-the-art Conversation Modeling engines marry the generative power of LLMs with structured guidelines, allowing richer interactions that remain controllable, easier to develop iteratively, and more scalable to test in real-world scenarios.
Conversational AI has evolved dramatically over decades. From rule-based chatbots like ELIZA in the 1960s, through hybrid ML+rule frameworks, and, recently, LLMs. Now, state-of-the-art Conversation Modeling engines marry the generative power of LLMs with structured guidelines, allowing richer interactions that remain controllable, easier to develop iteratively, and more scalable to test in real-world scenarios.
In the market for generic RAG frameworks, the different providers are fighting over who can provide 67% accuracy versus 65%. And when you run an off-the-shelf RAG framework on your use case, it will end up closer to 50% accuracy. Is this the best that the industry can do?
In the market for generic RAG frameworks, the different providers are fighting over who can provide 67% accuracy versus 65%. And when you run an off-the-shelf RAG framework on your use case, it will end up closer to 50% accuracy. Is this the best that the industry can do?