IoT Device Attestation
Completed
We investigate lightweight mechanisms for checking the integrity of the software running on IoT Devices.
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1 min read
IoTCloak: Practical Integrity Checks of Machine Learning Inference Code and Models on Tiny IoT Devices
Sensors S&P · 2025
IoT devices comprising single-core ARM Cortex-M micro-controllers were earlier used in simple interfacing boards for different sensors. They have come a long way and currently …
mehreen-jabbeen
SpotOn: Adversarially Robust Keyword Spotting on Resource-Constrained IoT Platforms
ACM AsiaCCS · 2024
We propose a novel speech keyword spotting mechanism which is robust against attacks exploiting the inherent vulnerabilities of an ML model in correctly classifying the spoken …
mehreen-jabbeen
EP-CuMAC: Energy and Performance-Efficient Integrity Protection for Narrow-Band IoT
Internet of Things · 2024
Narrowband Internet of Things (NB-IoT) is a LPWAN radio standard developed by 3GPP to provide devices with longer battery life and broader coverage. Many authors have proposed …
vamshi-sunku-mohan
Poster: Practical Swarm Attestation using Probabilistic Program Integrity Verification
VehicleSec · 2023
We propose a novel program integrity verification mechanism which is inherently designed considering the scalability in a swarm setting reducing the total swarm attestation time as …
sanket-c.-uppin
Practical Attestation for Edge Devices Running Compute Heavy Machine Learning Applications
ACSAC · 2021
We present a practical runtime remote attestation framework that segments the software and randomizes the integrity check of these segments over short random intervals leading to a …
ismi-abidi
Cumulative Message Authentication Codes for Resource-Constrained IoT Networks
IEEE IoT · 2021
To provide message authenticity in IoT, we employ a speculation procedure for predicting future message values to achieve an advantageous trade-off between the cryptographic …
he-li
Cumulative Message Authentication Codes for Resource-Constrained Networks
IEEE CNS · 2020
To provide message authenticity in IoT, we enable the verifier to achieve an advantageous trade-off between the cryptographic strength and the latency in processing of the message …
he-li