Soo-Jin Moon
Soo-Jin Moon, Yves Bieri, Ruben Martins, Vyas Sekar Technical Report, CMU-CyLab-21-001 2021 [Paper] Accurately Measuring Global Risk of Amplification Attacks using AmpMap
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Soo-Jin Moon
[1] Soo-Jin Moon, Yucheng Yin, Rahul Anand Sharma, Yifei Yuan, Jonathan M. Spring, and Vyas Sekar. Accurately Measuring Global Risk of Ampli cation Attacks using AmpMap. To Appear in the 30th USENIX Security Symposium (USENIX Security 21), August 2021 (Awarded a badge forArtifact Evaluation).
Soo-Jin Moon BASc., Electrical Engineering, University of Waterloo Carnegie Mellon University Pittsburgh, PA September 2020
Soo-Jin Moon, Vyas Sekar Michael K. Reiter •Many different vectors (e.g., L2/L3 cache, storage, main memory) Co-residency side-channel attacks in clouds Stealing secrets (e.g., keys) Demonstrated side-channel attacks are not limited to:
Yifei Yuan1 Soo-Jin Moon2 Sahil Uppal2 Limin Jia2 Vyas Sekar2 1Intentionet 2Carnegie Mellon University Abstract Modern networks enforce rich and dynamic policies (e.g., dynamic service chaining and path pinning) over a number of complex and stateful NFs (e.g., stateful firewall and load bal-ancer). Verifying if those policies are correctly ...
Soo-Jin Moon†, Yucheng Yin†, Rahul Anand Sharma†, Yifei Yuan§∗, Jonathan M. Spring ⋄, Vyas Sekar† †Carnegie Mellon University, §Alibaba Group, ⋄CERT/CC®, SEI, Carnegie Mellon University Abstract Many recent DDoS attacks rely on amplification, where an attacker induces public servers to generate a large volume
Soo-Jin Moon, Carnegie Mellon University; Jeffrey Helt, Princeton University; Yifei Yuan, Intentionet; Yves Bieri, ETH Zurich; Sujata Banerjee, VMware Research; Vyas Sekar, Carnegie Mellon University; Wenfei Wu, Tsinghua University; Mihalis Yannakakis, Columbia University; Ying Zhang, Facebook, Inc.