Yeah. Random glitter pattern recreation simply doesn't seem that hard to duplicate given NSA-level resources. 1. Lay down a blob of nail polish that's color-m

Yeah. Random glitter pattern recreation simply doesn't seem that hard to duplicate given NSA-level resources. 1. Lay down a blob of nail polish that's color-matched to the original. Use a 3D or inkjet-like additive printing method that allows you to closely approximate the shape of the original blob along all 3 axes. 2. Physical glitter can be inserted into, or printed onto, the replica blob during this additive printing. Given a budget of tens (hundreds?) of millions of dollars, it seems extremely do-able. The results would of course only withstand a certain level of scrutiny. The recipient would possibly (likely?) need some kind of microscopic analysis to detect this fraud. However it certainly seems possible (given aforementioned state-level backing) to have a high chance of fooling the victim, especially if the victim does not have state level resources. The best bet might be for a company like Librem to employ a variety of these cheap antiinterdiction methods. Glitter polish, colored vacuum-packed rice, etc. Layer them when applicable, and randomly alternate the ones that are mutually exclusive. Each method, while defeatable, poses a fairly significant time and resource burden on the interdictor.