The Tiberium Inhibitors have proven to be a relatively simple development process, iterating backwards from captured Scrin hardware, replacing piece by piece with human manufactured technologies. However, the technologies are still poorly understood and distinctly alien. Jacketed by an outwardly ordinary casing, but constructed using alloys of transuranic materials, the core resonator elements of an inhibitor node convert extravagant amounts of energy into harmonic pulses that are subsequently channelled along subsurface veins and above ground glaciers of a contiguous mass of Tiberium, retarding its growth and spread. The origins of this technology are being kept quiet, due to sensationalist rumors that still-active accelerators have been driving the expansion of global Tiberium. Field tests have suggested that siting is critical, as effects appear to be a fixed percentage, regardless of the size of the contiguous mass.
One of the key challenges has been the development of stable Transuranic materials. With this, one of the keystones of Scrin technology, alongside gravitic manipulation, has been uncovered. While the door is not yet cracked open, especially as manufacturing of this technology requires APK or APK derived processes in order to make such materials in the required quantities.
This has resulted in a unit that can be emplaced on a Tiberium outcropping on the surface. Once there, it will slow growth on the entire network by a small but noticeable amount. The current development model can slow growth by some ten to fifteen percent in a localized network. While they can be relatively easily deployed across the Blue Zones, their use across the rest of the world will rely on the MARV hubs, as those are some of the only sufficiently developed locations that can support the energy requirements of the Inhibitor networks.