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ArtificialIntelligence Research 1 source(s)

Ecom-RLVE: Adaptive Verifiable Environments for E-Commerce Conversational Agents

Updated September 26, 2026 · 2:44 PM · source date April 16, 2026

Summary

Ecom-RLVE: Adaptive Verifiable Environments for E-Commerce Conversational Agents Ecom-RLVE: Adaptive Verifiable Environments for E-Commerce Conversational Agents Published April 16, 2026 Update on GitHub Upvote 22 Rahul Bajaj thebajajra owlgebra-ai Jaya Nupur ai-queen owlgebra-ai Anuj Garg pmonad owlgebra-ai ben burtenshaw burtenshaw TL;DR — We extend the RLVE framework from single-turn reasoning puzzles to multi-turn, tool-augmented e-commerce conversations . EcomRLVE-GYM provides 8 verifiable environments — product discovery, substitution, cart building, returns, order tracking, policy QA, bundle planning, and multi-intent journeys — each with procedural problem generation, a 12-axis difficulty curriculum, and algorithmically verifiable rewards.

Why it matters

This Research is relevant to the technology intelligence record because it involves GitHub, DeepSeek, Meta, Intel. The source article should remain the factual reference for follow-up coverage.

Key facts
  • Ecom-RLVE: Adaptive Verifiable Environments for E-Commerce Conversational Agents Published April 16, 2026 Update on GitHub Upvote 22 Rahul Bajaj thebajajra owlgebra-ai Jaya Nupur ai-queen owlgebra-ai Anuj Garg pmonad owlgebra-ai ben burtenshaw burtenshaw TL;DR — We extend the RLVE framework from single-turn reasoning puzzles to multi-turn, tool-augmented e-commerce conversations .
  • EcomRLVE-GYM provides 8 verifiable environments — product discovery, substitution, cart building, returns, order tracking, policy QA, bundle planning, and multi-intent journeys — each with procedural problem generation, a 12-axis difficulty curriculum, and algorithmically verifiable rewards.
  • We train a Qwen 3 8B model with DAPO over 300 steps and present early results demonstrating that environment scaling and adaptive difficulty transfer to agentic, real-world task completion.
  • This project originated in the Pytorch OpenEnv Hackathon and is still evolving, follow us for updates 🔥 Why RL for shopping agents?
  • Large language models can hold fluent conversations, yet deploying them as shopping assistants reveals a persistent gap: fluency ≠ task completion .
  • A customer who asks "find me a USB-C charger under $25 that ships in two days" needs an agent that invokes the right catalog search, filters on three hard constraints, avoids hallucinating product IDs it never retrieved, and handles follow-ups when the top result goes out of stock.
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