Row Hammer is a fault-injection attack in which rapid activations to a single DRAM row
causes bit-flips in nearby rows. Several recent defenses propose tracking aggressor-rows …

In this paper, we present CSI: Rowhammer, a principled hardware-software co-design
Rowhammer mitigation with cryptographic security and integrity guarantees, that does not …

DRAM systems continue to be plagued by the Row-Hammer (RH) security vulnerability. The
threshold number of row activations (TRH) required to induce RH has reduced rapidly from …

As Dynamic Random Access Memories (DRAM) scale, they are becoming increasingly
susceptible to Row Hammer. By rapidly activating rows of DRAM cells (aggressor rows) …

Securing off-chip main memory is essential for protection from adversaries with physical
access to systems. However, current secure-memory designs incur considerable …

Confidentiality, authenticity, integrity of data, and runtime security are ubiquitous concerns in
modern computer systems. However, these security concerns have traditionally been …

Despite the high accuracy achieved by the deep neural network (DNN) technique, there is
still a lack of satisfying methodologies to protect the intellectual property (IP) of DNNs, which …

Non-Volatile Memory is here and provides an attractive fabric for main memory. Unlike
DRAM, non-volatile main memory (NVMM) retains data after power loss. This allows …

Implementing secure Non-Volatile Memories (NVMs) is challenging, mainly due to the
necessity to persist security metadata along with data. Unlike conventional secure …

With Non-Volatile Memories (NVMs) beginning to enter the mainstream computing market, it
is time to consider how to secure NVM-equipped computing systems. Recent Meltdown and …