STRATA2.0: A Serverless Middleware for Machine Learning Training

Dimitrios Tomaras

doi:10.1109/tpds.2026.3702338

STRATA2.0: A Serverless Middleware for Machine Learning Training

2026-06-10

0

PRE

AI

DOI：10.1109/tpds.2026.3702338

Original

Original request for help

Save

Abstract

En 中文

Serverless computing has gained increasing interest in recent years for enabling large-scale machine learning tasks. However, training a machine learning model in a serverless setting is a complex task and several challenges need to be addressed particularly in data distribution, result aggregation, resource heterogeneity, failures, container ephemerality, network and execution cost. These difficulties stem from the inherent complexity of distributed computation and the coordination demands of the machine learning algorithms. We propose STRATA2.0, a serverless middleware for Machine Learning training in serverless environments. STRATA2.0 provides a comprehensive suite of mechanisms designed to support efficient training of machine learning models on serverless infrastructures and address key challenges related to efficient data communication, coordination and synchronization, scalable and time efficient training of ML models using heterogeneous containers. Our extensive experimental results demonstrate that STRATA2.0 achieves the same level of accuracy with fewer data points, is on average three times faster in training time compared to centralized approaches, reduces energy consumption by up to 50%, and remains resilient when up to 60% of training instances fail.

Keywords:

Machine learning

middleware

serverless

STRATA2.0: A Serverless Middleware for Machine Learning Training

Abstract

Journal

Organization