Oregon State University Open Source Lab
United States · osuosl.org · 6 vendors
The Oregon State University Open Source Lab (OSUOSL) is a nonprofit organization that provides hosting, software development, and training to advance open source technologies. It supports over 150 high-impact open source projects globally, including those from the Apache Software Foundation, the Linux Foundation, and Drupal, delivering hundreds of terabytes of information monthly.
Resilience scores
- Digital Sovereignty: 100
- Digital Resilience: 5
Disruption prediction
Oregon State University Open Source Lab has an estimated 27% probability of disruption in the next 6 months.
5 of Oregon State University Open Source Lab's 6 vendors monitored for disruptions.
Technology vendors
- DigitalOcean Holdings, Inc. — Technology — United States
- Google LLC — Technology — United States
- Microsoft Corporation — Technology — United States
- and 4 more
Services catalogue
5 services in catalogue across 3 categories; runs on 6 sub-vendors.
- OSL Email Hosting
- Infrastructure Hosting
- Email Service
Insights
Last updated 2026-07-30 · revision 1
6 direct vendors, 122 subvendors
Direct vendors by controlling owner country (sample)
- United States: 6
Subvendors by controlling owner country (sample)
- Japan: 2
- Ireland: 2
- Czech Republic: 1
Migration Readiness: 5/10
Assessed by AI based on technology stack characteristics (cloud-native vs legacy, containerization, microservices), regulatory environment, data residency requirements, financial stability, and vendor lock-in risks. The score ranges from 0-10, where higher scores indicate better readiness for technology migration.
OSUOSL exhibits medium migration readiness. The internal tech stack is a significant strength, featuring OpenStack (indicating private cloud experience), KVM virtualization, Docker for containerization, and robust CI/CD pipelines (Jenkins, GitLab CI/CD). These technologies align well with cloud-native principles and demonstrate a strong technical foundation for adopting public cloud services. Furthermore, the absence of specified data residency requirements provides flexibility in choosing cloud deployment locations. However, a major challenge to migration readiness stems from the core business model: providing specialized hosting on specific hardware architectures (AARCH64, IBM POWER, IBM Z) through partnerships with Ampere Computing, IBM, and Marist College. Migrating these highly specialized, bare-metal or specific-architecture virtualized workloads to generic public cloud environments would be complex, likely requiring significant re-architecture or reliance on niche cloud offerings that support these specific architectures. This deep integration with specialized hardware and partners creates a form of architectural vendor lock-in. While "Total Vendors: 0" is stated, if the partnerships are considered vendors (Ampere, IBM, Marist College), their limited number (3) and geographic concentration (United States) indicate a moderate lock-in risk for these specialized services. Crucial data regarding financial stability (ability to fund migration) and the regulatory environment (compliance requirements) is missing, which are vital factors for a complete migration readiness assessment.
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