Memory Band-Aid: A Principled Rowhammer Defense-in-Depth introduces per-thread and per-bank rate limits for DRAM accesses.
MEVisor: High-Throughput MEV Discovery in DEXs with GPU Parallelism compiles an MEV bot into a GPU application, searching for profit in parallel.
MIRAGE: Private, Mobility-based Routing for Censorship Evasion uses a district-based routing scheme based on high-level mobility patterns.
Memory Band-Aid: A Principled Rowhammer Defense-in-Depth#
Memory Band-Aid introduces per-thread and per-bank rate limits for DRAM accesses in the memory controller, ensuring that the minimum number of row activations for Rowhammer bit flips cannot be reached.
Tested on 2 Intel and 2 AMD systems, a full implementation would have a low overhead of 0% to 9.4% on Phoronix macro-benchmarks.
In a micro-benchmark to cause DRAM pressure, it causes a slowdown by a factor of 1 to 5.1.
MEVisor: High-Throughput MEV Discovery in DEXs with GPU Parallelism#
MeVisor compiles an MEV bot into a GPU application and launches thousands of GPU threads to search for Maximal Extractable Value (MEV) profit in parallel.
Evaluated on 3,941 real MEV cases from Ethereum, MeVisor achieves 3.3M-5.1M transactions per second, outperforming the CPU baseline by 100,000x.
In a large-scale study of Q1 2025 data, MeVisor estimates MEV opportunities yielding at most $1.1 million in profit.
MIRAGE: Private, Mobility-based Routing for Censorship Evasion#
MIRAGE is a privacy-preserving mobility-based messaging system designed for censorship-resistant communication, using a district-based routing scheme that probabilistically forwards messages based on high-level mobility patterns.
MIRAGE protects users’ mobility patterns with local differential privacy, ensuring participation does not reveal an individual’s location history.
Evaluated using real-world pedestrian and taxi trajectories, MIRAGE reduces message overhead compared to epidemic routing and outperforms probabilistic flooding in delivery rate.