Human Sensor Networks represent a burgeoning field in which resource-constrained applications are gaining significant prominence. Traditional encryption algorithms prove inadequate for such resource-limited devices due to their constrained capabilities. Consequently, the need arises for the deployment of LWE (LWE) algorithms to ensure data security during the transmission of data from sensor devices to BSs (BS). These LWE algorithms can be implemented in software or hardware, and their performance is typically evaluated using diverse metrics. Notably, each category of algorithms exhibits distinct performance metrics. This paper undertakes an exhaustive analysis of the performance of various hardware-implemented LWE algorithms employing a variety of metrics. The metrics employed for this assessment encompass Area, Energy, Throughput, Hardware Efficiency, and MSEC. This exploration seeks to shed light on the effectiveness of these algorithms and their suitability for the resource-constrained environment of Human Sensor Networks.