A premier software research laboratory dedicated to engineering excellence and the advancement of core computing infrastructure.
Explore Our ResearchFocused on the critical layers of modern software engineering.
Developing stable, scalable low-level systems that form the backbone of distributed networks.
High-performance computation modules optimized for silicon-level throughput and efficiency.
Building the next generation of software execution environments and virtual machines.
Analysis of ownership models in low-latency environments and their impact on throughput.
Novel approaches to minimizing message passing in multi-node state machine replication.
A comparative study on optimization bailouts and their effect on real-time execution.
A long-term initiative to build a sovereign, vendor-neutral IaaS platform — evolving through open governance or independent system design.
A multi-year program to design an open infrastructure platform comparable to OpenStack or Apache CloudStack.
A headless, cloud-native CI/CD orchestration engine designed as the foundation of the stack.
Conveyor CI is evaluated for acceptance into the CNCF Sandbox. This outcome determines whether Conveyor Stack evolves through community-integrated development or through a fully sovereign stack.
Critical Junction point
Leverage existing CNCF-aligned systems and communities to accelerate development.
Design and build a fully sovereign infrastructure stack from first principles.
We believe the future of software infrastructure is built on open collaboration. Our lab actively sponsors Open Source Software (OSS) projects and provides rigorous mentorship for graduate students and developers pushing the boundaries of what is possible in core computing.
Infrastructure and engineering support for critical low-level libraries.
Join the Open UG Labs community to collaborate on the Conveyor Stack, access research grants, and help shape the future of vendor-neutral infrastructure.
