Low  power,  large-area  wireless  sensor  networks  (WSNs)  have  been  experiencing  rapid growth  in  a  wide  range  of  applications,  such  as  environmental  monitoring  applications  and  natural disaster  early  warning  systems.  The  WSN  consists  of  numerous  nodes  with  sensing,  computation, actuation,  and  radio  communication  capabilities.  Dynamically  reconfigurable  hardware  and  context- aware operation to optimize performance and functionality and to prolong the lifetime of sensor nodes are  critical  goals  in  the  design  of  distributed  sensing  systems,  especially  for  battery-based  systems being  deployed  in  complex  geographic  areas  where  are  hard  to  approach.  In  recent  years, Programmable System-on-Chip (PSoC) technology is emerging as an efficient solution for achieving the dynamic hardware reconfiguration of a sensor node in a single chip. That aims at optimizing the use of  resources,  minimizing  of  energy  waste,  and  system  size  according  to  the  requirements  of  the applications. This paper presents the implementation of a configurable hardware platform for remote sensing systems based on PSoC and LoRa technology. The proposed hardware design stands out for high  performance,  ultralow-power,  providing  long-range  communication  as  well  as  reconfigurable interfaces  in  communicating  and  manipulating  with  various  types  of  sensors  and  actuators.  The experiments  to  evaluate  the  functional  requirements  and  energy  consumption  of  the  design  were investigated with positive results.