Skill Squatting Attacks on Amazon Alexa. - Deepak Kumar 006; Riccardo Paccagnella; Paul Murley; Eric Hennenfent; Joshua Mason; Adam Bates 001; Michael D. Bailey (USENIX Security Symposium, 2018)

Emerging Threats in Internet of Things Voice Services. - Deepak Kumar 006; Riccardo Paccagnella; Paul Murley; Eric Hennenfent; Joshua Mason; Adam Bates 001; Michael D. Bailey (IEEE Secur. Priv., 2019)

Game of Threads: Enabling Asynchronous Poisoning Attacks. - Jose Rodrigo Sanchez Vicarte; Benjamin Schreiber 001; Riccardo Paccagnella; Christopher W. Fletcher (ASPLOS, 2020)

Logging to the Danger Zone: Race Condition Attacks and Defenses on System Audit Frameworks. - Riccardo Paccagnella; Kevin Liao; Dave Tian; Adam Bates 001 (CCS, 2020)

Custos: Practical Tamper-Evident Auditing of Operating Systems Using Trusted Execution. - Riccardo Paccagnella; Pubali Datta; Wajih Ul Hassan; Adam Bates 001; Christopher W. Fletcher; Andrew Miller; Dave Tian (NDSS, 2020)

Jamais vu: thwarting microarchitectural replay attacks. - Dimitrios Skarlatos 002; Zirui Neil Zhao; Riccardo Paccagnella; Christopher W. Fletcher; Josep Torrellas (ASPLOS, 2021)

Speculative interference attacks: breaking invisible speculation schemes. - Mohammad Behnia; Prateek Sahu; Riccardo Paccagnella; Jiyong Yu; Zirui Neil Zhao; Xiang Zou; Thomas Unterluggauer; Josep Torrellas; Carlos V. Rozas; Adam Morrison 001; Frank McKeen; Fangfei Liu; et al. (ASPLOS, 2021)

Lord of the Ring(s): Side Channel Attacks on the CPU On-Chip Ring Interconnect Are Practical. - Riccardo Paccagnella; Licheng Luo; Christopher W. Fletcher (USENIX Security Symposium, 2021)

Augury: Using Data Memory-Dependent Prefetchers to Leak Data at Rest. - Jose Rodrigo Sanchez Vicarte; Michael Flanders; Riccardo Paccagnella; Grant Garrett-Grossman; Adam Morrison 001; Christopher W. Fletcher; David Kohlbrenner (SP, 2022)

Don't Mesh Around: Side-Channel Attacks and Mitigations on Mesh Interconnects. - Miles Dai; Riccardo Paccagnella; Miguel Gomez-Garcia; John D. McCalpin; Mengjia Yan 001 (USENIX Security Symposium, 2022)

DVFS Frequently Leaks Secrets: Hertzbleed Attacks Beyond SIKE, Cryptography, and CPU-Only Data. - Yingchen Wang; Riccardo Paccagnella; Alan Wandke; Zhao Gang; Grant Garrett-Grossman; Christopher W. Fletcher; David Kohlbrenner; Hovav Shacham (SP, 2023)

Hertzbleed: Turning Power Side-Channel Attacks Into Remote Timing Attacks on x86. - Yingchen Wang; Riccardo Paccagnella; Elizabeth Tang He; Hovav Shacham; Christopher W. Fletcher; David Kohlbrenner (IEEE Micro, 2023)

GPU.zip: On the Side-Channel Implications of Hardware-Based Graphical Data Compression. - Yingchen Wang; Riccardo Paccagnella; Zhao Gang; Willy R. Vasquez; David Kohlbrenner; Hovav Shacham; Christopher W. Fletcher (SP, 2024)

GoFetch: Breaking Constant-Time Cryptographic Implementations Using Data Memory-Dependent Prefetchers. - Boru Chen; Yingchen Wang; Pradyumna Shome; Christopher W. Fletcher; David Kohlbrenner; Riccardo Paccagnella; Daniel Genkin (USENIX Security Symposium, 2024)

Bending microarchitectural weird machines towards practicality. - Ping-Lun Wang; Riccardo Paccagnella; Riad S. Wahby; Fraser Brown (USENIX Security Symposium, 2024)

Peek-a-Walk: Leaking Secrets via Page Walk Side Channels. - Alan Wang 004; Boru Chen; Yingchen Wang; Christopher W. Fletcher; Daniel Genkin; David Kohlbrenner; Riccardo Paccagnella (SP, 2025)

Scheduled Disclosure: Turning Power into Timing Without Frequency Scaling. - Inwhan Chun; Isabella Siu; Riccardo Paccagnella (SP, 2025)