Ultra-fast single-photon detectors can be useful for a lot of different applications, including quantum optical communication systems, high-speed communication, lightweight cryogenics for space crafts and biomedical use. In particular, high-temperature superconductors can allow for the development of superconducting nanowire single photon detectors (SNSPDs) that can operate at higher temperatures than standard superconductors, enhancing efficiency, simplicity of use, viability and affordability of the device in quantum computing, communications, and sensing. Despite this, it has to be pointed out that so far the fabrication of high temperature superconducting nanowires struggles to preserve good properties. Moreover, current state of the art sees the need for large and uniform detectors arrays formed by hundreds or thousands of detectors.