What Building Structure Attack Looks Like/Principles

[josh]

Conceptually, the level of conduction & power efficiency is a lot lower than a regular electrical circuit, but bulk surfaces, battery storage, & low rate of firing/operation allows support for levels of power on demand that are effective.

[josh]

Here, I am seeing an increasing shift to a style of wall perforation battery that emphasizes a minimal surface perforation that often looks like one or two very thin scratches. In this style, the opening from the scratches is only useful for firing. Underneath the surface, there is still a battery of deposited concrete oop, with energy supplied through some other behind the wall connection.

[josh]

Things to do:

The “wood knots” can be short circuited. Copper tape is good. Grounded copper tape can be better. The yellow ooze is an independent surface thing – cover it with vinyl tape is easiest. Harder is scraping or sanding it off. Slit holes &
“bumps” in surfaces often have a deposited battery pack behind them. Can be covered & the battery pack can be short circuited if are willing to drill a hole to be filled later.

Freedom to launch endless droid attacks on structures is a terrorist criminal menace that needs to be denounced at tech-gear battled at the level of overall GT, not just individuals. If folks become desperate enough to retaliate then don’t do it on the in kill patsy next door who might be launching – pick the most expensive to repair government buildings & see what they do for remediation. Don’t neglect the most expensive buildings in London, Leeds, York, or Brussels either.

[josh]

Newer generation of attacks include:

A surface/topical yellowish ooze which looks like congealed lipid, but in reality is *highly* effective at converting light energy to battery power for EMF. This substance is worth investigating as a new form of solar power component. It feels like you could power things from the floor of a sunny forest. As a property owner you are cursed because it is quite hard, looks awful, & doesn’t come off cleanly.

Tiny hypersonics which appear as tiny holes or slits, usually in groups of more than 1. These are powered somehow, but the near battery behind the wall or in the beams/firring strips is thin/tiny. They are very effective at causing flu like symptoms (which the observant can notice seem to come from a particular direction…). Covering the holes with tape provides immediate relief from the symptoms.

In the older generation of wood knots, one notices that the most active knots exhibit increased shrinkage/gashes over time. It’s apparent that the battery compound involved will sublime as it is used. We draw researchers attention to the point that the scope of this tech, which can use tiny low power droids for installation (& why not repair), absolutely does not preclude designs which use droids for upkeep and or which use sublimation ducts to recycle material involved in reactions. Consider those elements in designs along with casings.

[josh]

I’m also seeing lots of examples of robotic droids quickly adding (while I’m sleeping in the next room) thin layers of composite that look like wood strips from a carpenter. They are used to provide electrical conduction – again as an inferior conductor that partially makes up the difference with higher volume & slower speed & battery storage. I have seen this being used for strips of stuff that don’t quite match in color, extra sealing/edging at butt joints – e.g. between panels in a floor/ceiling/wall, & support wedges added after the fact.

[josh]

In floor/ceilings they can also add nails. There added nails tend to look like sloppy carpentry if you see the floor below – angled & excessive, with no clear pattern or reason. The nails work as EMF guns & EMF relays.

[josh]

A new style of boring attack has emerged to counter the anti-root methods – mfg. lots of rocks & charge conductive clay underground. The individual rocks and clay are part of a wide lattice path. Short circuiting one isn’t meaningful. Making some sort of a firewall gap or other material that is hard to penetrate in this style is a potential countermeasure.

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