Our second work at ICLR '26 is:
ποΈ πππ©πΌπ§ππ£π: Dynamic Benchmarks for AI Agents in Network Automation. netarena.ai
It was recently recognized as the π Winner of the AgentX - AgentBeats Competition (Coding Agent Track).
π Key distinction of NetArena: Users can dynamically generate unlimited benchmark tests. This dynamic generation of queries reduces the risk of data contamination and enhances statistical reliability of evaluations.
NetArena currently consists of three network automation tasks: capacity planning, routing misconfiguration, and microservice policy deployment.
π€ This work was led by @LesleyChou339, a PhD student at UMD advised by @Alan_Lau. Lesley is truly an exceptional collaborator β I've worked with her on 3 projects so far!
The second author is my master's student at UIUC @siebelschool, Jiajun Ruan. This work also involves significant collaboration with my former colleague at @MSFTResearch, Kevin Hsieh, with additional contributions from Sadjad Fouladi and Eric Wang.
ποΈ πππ©πΌπ§ππ£π: Dynamic Benchmarks for AI Agents in Network Automation. netarena.ai
It was recently recognized as the π Winner of the AgentX - AgentBeats Competition (Coding Agent Track).
π Key distinction of NetArena: Users can dynamically generate unlimited benchmark tests. This dynamic generation of queries reduces the risk of data contamination and enhances statistical reliability of evaluations.
NetArena currently consists of three network automation tasks: capacity planning, routing misconfiguration, and microservice policy deployment.
π€ This work was led by @LesleyChou339, a PhD student at UMD advised by @Alan_Lau. Lesley is truly an exceptional collaborator β I've worked with her on 3 projects so far!
The second author is my master's student at UIUC @siebelschool, Jiajun Ruan. This work also involves significant collaboration with my former colleague at @MSFTResearch, Kevin Hsieh, with additional contributions from Sadjad Fouladi and Eric Wang.
Thanks to @FrancisYan_ for proposing us to submit to the competition! And thanks to @Alan_Lau for all the resource support πView quoted post on X