- FluxVLA Engine V2 introduces online RL post-training, boosting SmolVLA success rates by 10-15 percentage points on tasks like LIBERO-10.
- Optimized inference paths achieve 2.31–9.64x frequency gains, validating the deployment chain from checkpoint to closed-loop execution on multiple hardware platforms.
- The core goal is to establish a 'standard production line' for embodied R&D, making underlying engineering capabilities reusable to reduce costs associated with environment setup and interface adaptation.
AI CURATED HOT STORY · 10/28/2026
LimX Dynamics Releases FluxVLA Engine V2 for Online RL and Real-World Deployment
LimX Dynamics has released the open-source FluxVLA Engine V2, a major update to its embodied AI infrastructure that introduces online reinforcement learning (RL) post-training and streamlines deployment from simulation to real-world hardware. This version aims to eliminate redundant engineering efforts by providing standardized interfaces, effectively creating a 'standard production line' for embodied AI development.
Cross-verified data indicates significant performance gains: SmolVLA models achieved success rate improvements of 10.0% on LIBERO-10 and 15.4% on RoboTwin benchmarks. The optimized inference path boosts frequency by 2.31–9.64 times, reducing real-time control latency. Crucially, the engine supports direct closed-loop execution on diverse platforms like ALOHA, Franka, and humanoid robots, validating the end-to-end pipeline from checkpoint to physical action.
This release reshapes the industry landscape by standardizing core engineering capabilities. Developers can now bypass complex environment configurations and focus on algorithm iteration, accelerating the practical deployment of embodied AI in industrial and service scenarios.
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Total 3 reports · Latest first- 量子位官网T2·68 pts
- 量子位官网T2·68 pts
- FluxVLA Engine V2 introduces online RL post-training, boosting SmolVLA success rates by 10.0% on LIBERO-10 and 15.4% on RoboTwin.
- Optimized inference paths achieve 2.31–9.64x frequency gains, supporting direct checkpoint-to-hardware execution on platforms like ALOHA and Franka.
- The toolchain standardizes embodied AI R&D, reducing engineering overhead from environment setup and interface adaptation to promote reusability.
- 量子位 (微信公众号)T2·68 pts
- FluxVLA Engine V2 introduces online reinforcement learning (Online RL) post-training, boosting SmolVLA task success rates by over 10%.
- Optimized inference paths achieve 2.31–9.64x frequency improvements, significantly reducing latency for real-time control.
- Supports end-to-end deployment from model checkpoints to real-world execution on diverse hardware platforms including ALOHA, Franka, and humanoid robots.