Gradient Releases Echo-2 RL Framework, Boosting AI Research Efficiency by Over 10 Times

marsbitPublished on 2026-02-12Last updated on 2026-02-12

Abstract

Gradient has released the Echo-2 distributed reinforcement learning framework (arxiv.org/pdf/2602.02192), designed to overcome efficiency barriers in AI research training. By decoupling Learners and Actors at the architectural level, Echo-2 reduces the post-training expense of a 30B model from $4,500 to just $425. Under the same budget, it delivers more than 10x improvement in research throughput. The framework uses compute-storage separation and asynchronous training (Async RL) to offload large-scale sampling to unreliable and heterogeneous GPU instances. It incorporates bounded staleness, fault-tolerant scheduling, and a custom Lattica communication protocol to maintain model accuracy while significantly boosting efficiency. Alongside the framework, Gradient is launching Logits, an RLaaS platform, to shift AI research paradigm from "capital-intensive" to "efficiency-driven". Logits is now open for global students and researchers for预约 (logits.dev).

Distributed AI lab Gradient today released the Echo-2 distributed reinforcement learning framework (arxiv.org/pdf/2602.02192), aiming to break through the efficiency barriers in AI research training. By achieving a complete decoupling of Learner and Actor at the architectural level, Echo-2 slashes the post-training cost of a 30B model from $4,500 to $425. Under the same budget, it delivers over a 10x increase in research throughput.

The framework utilizes compute-storage separation technology for asynchronous training (Async RL), offloading massive sampling computations to unstable GPU instances and heterogeneous GPUs based on Parallax. Combined with breakthroughs in bounded staleness, instance fault-tolerant scheduling, and the proprietary Lattica communication protocol, it significantly enhances training efficiency while ensuring model accuracy. Alongside the framework release, Gradient is also set to launch Logits, an RLaaS platform, to propel AI research from a "capital-intensive" paradigm to one of "efficiency iteration." Logits is now open for预约 (booking) to students and researchers worldwide (logits.dev).

About Gradient

Gradient is an AI lab dedicated to building distributed infrastructure, focusing on the distributed training, serving, and deployment of cutting-edge large models. Backed by top-tier investment institutions, Gradient is building an open and efficient future for the intelligent era.

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Related Questions

QWhat is the main purpose of Gradient's newly released Echo-2 framework?

AThe main purpose of the Echo-2 distributed reinforcement learning framework is to break AI research training efficiency barriers by decoupling Learner and Actor at the architectural layer, significantly reducing costs and increasing research throughput.

QHow much does Echo-2 reduce the post-training cost for a 30B model, according to the article?

AEcho-2 reduces the post-training cost for a 30B model from $4,500 to $425.

QWhat key technology does Echo-2 use to achieve asynchronous training (Async RL)?

AEcho-2 uses a compute-storage separation technology to offload massive sampling compute to unstable GPU instances and heterogeneous GPUs based on Parallax for asynchronous training.

QWhat is the name of the RLaaS platform that Gradient is launching alongside the Echo-2 framework?

AThe RLaaS platform launched alongside Echo-2 is called Logits (logits.dev).

QWho is the primary target audience for the Logits platform, as mentioned in the article?

AThe Logits platform is now open for reservations to students and researchers globally.

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