OSDI

OSDI
Name	OSDI
Discipline	Computer science; Operating system
Established	1994
Frequency	Biennial (historically); annual cadence introduced intermittently
Publisher	USENIX Association
Location	Rotating venues (United States, occasional international sites)
Website	USENIX

OSDI OSDI is a flagship academic conference in Operating system research and systems engineering that has shaped design, implementation, and evaluation in Computer architecture, Distributed computing, Networking, Security, and Storage systems. Papers presented at OSDI have driven advances adopted by industry leaders such as Google, Microsoft, Amazon, Facebook, Apple Inc., Intel, AMD, IBM, and NetApp. OSDI proceedings are closely watched by researchers from MIT, Stanford University, University of California, Berkeley, Carnegie Mellon University, University of Washington, Princeton University, and ETH Zurich.

Overview

OSDI is organized by the USENIX Association and focuses on innovative, experimentally validated contributions to systems software and hardware integration. The conference emphasizes reproducible results and practical evaluation comparable to venues like SOSP and ASPLOS. Typical topics intersect with work from SIGCOMM, SOSP, USENIX Security Symposium, and Kubernetes-related ecosystem research. Attendees include academics from Harvard University, Yale University, Cornell University, University of Chicago, and industry researchers from Google Research, Microsoft Research, Amazon Web Services, and Facebook AI Research.

History and Development

OSDI originated in the mid-1990s as a successor-style venue to several systems workshops and grew alongside milestone projects such as Mach, BSD, and early Linux development. Early editions featured work connected with initiatives at DEC (Digital Equipment Corporation), Bell Labs, and research groups at MIT Lincoln Laboratory. Over time, OSDI evolved in scope to include cloud-era systems pioneered by Google with projects like MapReduce and Spanner, and virtualization advances from VMware and Xen. The conference schedule, acceptance policies, and emphasis on artifact evaluation were influenced by standards and practices from ACM SIGOPS and the NSF funding landscape. Notable shifts included increased attention to energy-efficient computing seen at venues like ISCA and collaborative cross-disciplinary work with CHI and NeurIPS when systems met machine learning workloads.

Scope and Topics

OSDI covers a broad array of system-level problems: kernel design, file systems, device drivers, Virtualization technology, distributed systems, consensus protocols like Paxos and Raft, transaction processing exemplified by Two-phase commit, cloud infrastructure exemplars such as OpenStack and Kubernetes, and storage systems influenced by RAID and Log-structured file system. Security and privacy topics link to advances from MITRE, NIST, NSA, and industry responses exemplified by Heartbleed and Spectre. Networking research presented at OSDI often parallels ideas from QUIC, TCP/IP, BGP, and content-distribution work from Akamai. Performance and benchmarking discussions draw on tools and standards from SPEC and TPC communities.

Conference Structure and Events

OSDI typically runs multi-day programs including paper presentations, poster sessions, tutorials, and invited talks by leaders from Google Research, Microsoft Research, Facebook, Amazon, Intel Labs, and leading universities like UC Berkeley and Carnegie Mellon University. Artifact evaluation and open-data sessions promote reproducibility consistent with practices at NeurIPS and ICLR. Workshops co-located with OSDI have covered themes such as cloud-native computing with participants from CNCF, storage innovations with SNIA, and security with OWASP. Panels often feature representatives from NSF, DARPA, and major industrial labs debating research directions and technology transfer to products like Android, iOS, and Windows NT.

Notable Papers and Contributions

OSDI proceedings have included seminal contributions that influenced both academia and industry: early kernel and file-system designs linked to BSD and Ext2 lineages; distributed coordination systems inspired by Paxos and Chubby; virtualization and containerization advances aligned with Xen, KVM, and Docker; scale-out storage designs related to GFS and Ceph; and databases and query processing optimizations reminiscent of Bigtable and Spanner. Other influential works bridged systems and security, informing defenses against Spectre and Meltdown, and helped catalyze innovations later adopted by Amazon Web Services, Google Cloud Platform, Microsoft Azure, and vendors like Cisco Systems and Juniper Networks.

Impact and Influence on Operating Systems Research

OSDI has been a primary venue for disseminating research that transitions into deployed infrastructure at companies such as Google, Amazon, Microsoft, Facebook, Apple Inc., Netflix, and Dropbox. Its emphasis on experimental validation and artifact availability has raised standards across related conferences like SOSP, ASPLOS, SIGCOMM, and USENIX Security Symposium. OSDI papers have informed curriculum development at institutions including MIT, Stanford University, UC Berkeley, and Carnegie Mellon University and influenced funding priorities at NSF and DARPA. The conference continues to shape trends in cloud-native design, edge computing initiatives seen at EdgeX Foundry, and interactions between systems and machine learning exemplified by collaborations with Google Brain and OpenAI.

Category:Academic conferences in computer science