Location-centric manifestations of Unidentified Anomalous Phenomena (UAP) appear directly linked to variations in electric and magnetic (EM) field intensity. At sites where objects manifest as light balls, the assertion is that natural and technological UAP may co-exist. Two robust models are proposed to explain these co-existing phenomena: a thermo-chemical model and an electro-chemical model. In the Pilbara region of Western Australia, UAP have been observed in the forms of orbs and rods. Utilising 850 nm Infrared (IR) spectra Full High Definition (FHD) filming and EM field intensity recordings, abundance of UAP was found to be uniformly radial and correlated with the buildup of EM field intensity, which ultimately dissipated overnight. Investigation into the functional morphology and kinematics of orbs and rods revealed compelling evidence. Some orbs exhibited sets of rings that rotated around a central sphere, while most rods demonstrated spindles moving in opposing directions around a central structure. Rings and spindles appeared to function as mechanisms for energy harvesting and utilisation, enabling the objects to overcome inertia and generate a repulsive energy field that is magnetically confined. Plasma is produced as a direct result of very high electric currents, creating strong resistance-driven high temperatures and ionising effects on the surrounding air. Technological orbs and rods may function similarly to naturally occurring anomalous phenomena at the same site, harnessing energy electro-chemically. Further analysis of photometric light spectra will deepen understanding of this phenomenon. It is asserted that some orbs and rods at this site may represent an unknown technological phenomenon or a hybrid of technological and biological phenomena (bioengineered), potentially embodying a form of non-human intelligence (NHI) that could be sentient. Identifying the mechanism by which energy is harvested and utilised by orbs and rods has profound implications in understanding the link between NHI, energy systems and technology development.