DDLSim-Lab Research groupe

An independent, open-source research initiative focused on high-fidelity deterministic networking, edge-cloud latency benchmarking, and advanced eBPF telemetry

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News from DDLSim-Lab Research groupe

Updates on our activities and progress.

Expanding to Europe: Research Collaboration with INRIA's R2lab (France)

Hello community, ​Following our recent integration with the ORBIT/COSMOS testbed in the US, we are excited to share our progress on the European front! DDLSim-Lab is actively utilizing INRIA’s R2lab infrast...
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Published on April 15, 2026 by Kaitlyn Brishae Truby

Announcing Our Research Collaboration: ORBIT/COSMOS Testbed (Rutgers University)

Hello everyone, ​We are thrilled to announce a major milestone for the DDLSim-Lab project! We have officially been vetted and granted research access to the ORBIT/COSMOS testbed, hosted by ...
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Published on April 15, 2026 by Kaitlyn Brishae Truby

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Welcome to DDLSim-Lab Discussions: Let's Talk Deterministic Networking!

Published on April 15, 2026 by Kaitlyn Brishae Truby

Welcome to our Open Collective community space! As we expand our high-fidelity deterministic networking benchmarks across platforms like ORBIT/COSMOS and INRIA R2lab, we want to use this space to foster open scientific disc...

About


DDLSim-Lab is an independent, open-source research initiative dedicated to advancing high-fidelity deterministic networking. Led by an international team of researchers, we focus on producing rigorous, peer-verified data for the networking and distributed systems community. 
​Our Mission 
​Our primary research focuses on microsecond-level latency benchmarking across the edge-cloud continuum. By leveraging advanced eBPF and XDP telemetry, we aim to eliminate virtualization overhead and provide precise, reproducible networking metrics. 
​Why Open Collective? 
​"Open Science requires transparent and open infrastructure." 
​We use Open Collective to maintain 100% financial transparency. Any sponsorships or funds raised here go directly toward: 
  • ​Securing bare-metal server access for high-precision testing.
  • ​Covering High-Performance Computing (HPC) allocations across global testbeds.
  • ​Sustaining our open-access datasets and research documentation for the global community.

​Official Links & Verification
 
​To verify our academic footprint and technical progress, please visit our official resources:
 

 

Our team