The Tempest required a number of experimental technologies to accommodate the unique requirements of a Pathfinder team. Its planetary surface imaging, for example, uses photosensitive and radar/lidar-emitting microsatellites that coordinate with the Tempest's router back to SAM Node. I then conduct simulated scientific and probability studies on the data before presenting the Pathfinder with a summarized analysis, typically in 0.5 seconds.
The Tempest's computer network presented interesting challenges. As most Milky Way computer systems have anti-AI safeguards built in, the Tempest's network had to be designed from scratch to accommodate my interaction with the ship's systems. Firmware bridges, inspired by studies into geth networking technology, allow me to temporarily interact with and augment sensors, communications, and the ship's navigation array.
Given the desire to reduce mass without sacrificing safety, the electrical charge from the Tempest's capacitors is used to keep the ship stable, via prototype piezoelectric vibration reduction (PVR) technology. When the ship's superstructure is bent by vibrations—such as during atmospheric re-entry or complex flight maneuvers—piezoelectric elements receive an electrical charge that bends bulkheads in the opposing direction, reducing vibrations and smoothing the ship's flight path.