DAOS
DAOS is an open-source storage-as-a-service stack designed from the ground up to address many of the problems that arise when scaling out storage. DAOS takes advantage of next generation non-volatile memory technologies while presenting a rich and scalable storage interface providing features such as transactional non-blocking list I/O, data resiliency on top of commodity hardware, fine grained data control, and storage tiering to optimize performance and cost.
The future of supercomputing storage (vDUG'25)
Argonne Update (vDUG'25)
DAOS CI Overview
DAOS Best Practices and Performance Tuning
Enakta Update (vDUG'25)
Google's Journey to Adopt DAOS
Using Model-Driven Development Technology to Enable Service Capabilities for Open Source Project
DAOS QLC Support
Evaluating DAOS as AI-optimized Storage
PyTorch Performance over DAOS
DUG'23: Current state of development and The DAOS Foundation (part 2 of 8)
DUG'23: DAOS Roadmap (part 3 of 8)
DUG'23: DAOS Beyond Persistent Memory (part 4 of 8)
DUG'23: ANL report (part 5 of 8)
DUG'23: LRZ report (part 6 of 8)
DUG'23: ZIB report (part 7 of 8)
DUG'23: ECMWF report (part 8 of 8)
DUG'23: Foreword (part 1 of 8)
How to Setup Prometheus and Grafana for DAOS Dashboard
DUG'22: OPX transport update and DAOS support - Paul Stasurak, Program Manager, Cornelis Networks
DUG'22: Re-architecting Storage Systems for Modern Hardware - Luke Logan, PhD Student, Illinois Tech
DUG'22: Latest Seagate DAOS development on S3 interface - John Bent, Senior Director, Seagate
DUG'22: DAOS on Google Cloud Platform update - Dean Hildebrand, Technical Director, Google
DUG'22: DAOS 2.4 and beyond - Johann Lombardi, DAOS Chief Architect, Intel AXG
DUG'22: Implementing SPDK DAOS bdev module - Denis Nuja, Technical Pre-sales Engineer, Croit
DUG'22: HPE DAOS program update - Lance Evans, HPC CTO Chief Storage Architect, HPE.
DUG'22: DAOS at Exascale - Kevin Harms, Performance Engineering Team Lead, ALCF
ISC'22 DAOS Demo
ISC'22 DAOS Intro Video
DUG'21: DAOS on Google Cloud Platform