SARA: Secure Asynchronous Remote Attestation for IoT systems
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Product Description
Abstract
The recent Internet of Things (IoT) evolution is
leading towards multi-functional IoT devices that are capable of performing
several operations concurrently. With IoT services increasingly provided by IoT
devices, IoT systems are expected to deliver large-scale distributed
applications that include a wide range of interacting services. In the existing
system, they have implemented and validated SARA through a realistic simulation
on the Contiki emulator that demonstrates the functionality and efficiency of
our protocol. The results confirm the suitability of SARA for low-end devices.
In the proposed system, we will evaluate SARA’s performance over a large
network of intermittent connectivity; we will also explore different ways to
reduce the overhead of resource constrained IoT devices by adopting
light-weight cryptographic operations. Large set of node points are created and
tested for modified Hash code. The proposed system increases accuracy in system
security.
Proposed
system
In the proposed system, we will evaluate SARA’s
performance over a large network of intermittent connectivity; we will also explore
different ways to reduce the overhead of resource constrained IoT devices by
adopting light-weight cryptographic operations. Large set of node points are
created and tested for modified Hash code. The proposed system increases
accuracy in system security.
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