Introduction to the Invisible Systems
We Trust Every Day

Most of us never think about how our phones, cars, planes, and even banks know exactly where things are. The Global Positioning System, or GPS, is like an invisible web of synchronous satellites that tells devices on the ground their location, direction, and the exact time. It was first built by the U.S. military in the late 1970s. After a tragic airplane incident in 1983, leaders decided to let regular people use it too. Today it shapes farming, shipping, emergency services, and the apps we open every morning.

But GPS is not perfect. It can be thrown off by natural changes in Earth’s magnetic field, by deliberate jamming, by solar storms, or by the simple fact that other countries now run their own competing systems. At the same time, military aircraft and drones are covered in special “invisible” skins that bounce radar away or soak it up. These technologies are real, they are advancing fast, and they affect more than just soldiers. This article explains the facts in plain language so ordinary people can understand what is happening and what it means for daily life.

A Short History of GPS Problems

The first widely reported GPS-related navigation failure happened in 1983. Korean Air Lines Flight 007 drifted off course and entered Soviet airspace. It was shot down. Navigational errors played a major role. That disaster helped convince the U.S. government to open GPS for civilian use.

During the 1991 Gulf War, U.S. military forces discovered that relying heavily on GPS also created new weaknesses. Accuracy was not always perfect, and the system could be disrupted. Over the years the military has worked hard to harden Positioning, Navigation, and Timing (PNT) systems because almost every ground vehicle, aircraft, and precision weapon now depends on them.

In 2000 the intentional “dithering” that made civilian GPS less accurate was turned off. Suddenly regular people got military-grade precision. By 2007 that decision was made permanent. The result was a boom in new businesses and everyday tools. Experts later estimated that if GPS disappeared overnight, the economic losses could reach tens of billions of dollars.

When the Magnetic Poles Wander

Figure: World Magnetic Model showing geographic poles and the moving north magnetic pole.

Earth’s magnetic north pole is not fixed. It slowly drifts. In recent decades the drift sped up, forcing scientists to issue an early update to the World Magnetic Model in 2019. That model is used by airplanes, ships, and many smartphones for compass headings. When the model is out of date, compasses and some navigation systems give wrong directions.

A full magnetic pole reversal—where north and south swap places—takes anywhere from 1,000 to 10,000 years. It is a natural process that has happened many times in Earth’s history. During the transition the magnetic field can weaken, which may let more solar radiation reach the surface and can disturb radio signals and satellite operations. GPS satellites themselves use atomic clocks and radio signals, so they are less affected by magnetic direction than by space weather and signal interference. Still, any system that mixes GPS with magnetic compasses feels the change.

An Historical Note: Chan Thomas and “The Adam and Eve Story”

Concerns about sudden or catastrophic pole shifts are not new. In 1963 an American engineer and researcher named Chan Thomas published a book titled The Adam and Eve Story. In it he proposed that Earth experiences major cataclysmic events roughly every 5,600 years, driven by shifts in the poles. He linked these events to biblical accounts such as the flood of Noah and the story of Adam and Eve, claiming they reflected real geological upheavals that could destroy civilizations through earthquakes, tsunamis, and extreme winds.

A CIA file containing large excerpts from Thomas’s book (along with other materials) was classified. In 2013 the agency released a sanitized, partial version of that file under the Freedom of Information Act. The book itself had been publicly available; the classification applied to the CIA’s internal document collection. Mainstream science does not support the idea of rapid, civilization-ending crustal shifts on a few-thousand-year cycle. Geomagnetic reversals are accepted as real but occur over thousands of years. Still, the episode shows that questions about the stability of Earth’s poles have drawn official attention for decades — which is one reason accurate, regularly updated magnetic models remain important for navigation today.

The Invisible Skin of Stealth Aircraft

Military stealth planes and drones are covered with special coatings and shaped in clever ways so radar waves either bounce away or get absorbed. These materials are sometimes called radar-absorbent materials (RAM). Newer military models integrate metamaterials, graphene, and even holographic or diffractive surfaces that can bend electromagnetic waves in unusual directions.

Metamaterials, including both metallic and dielectric.

Radar detects objects by reflecting radio waves off surfaces, and metamaterials—engineered to manipulate electromagnetic waves in unusual ways—can be designed to strongly reflect or absorb radar signals depending on their structure.

Scattering of light based upon surfaces and volumes. Light scattering is an important way of characterizing colloidal and macromolecular nanocarriers. Radar can detect surfaces that exhibit light scattering abilities, as it operates by emitting microwave energy and recording reflections from various surfaces, including those that scatter light. The effectiveness of detection depends on the surface characteristics and the radar’s frequency. 

Graphene is being developed as a radar-absorbing material for stealth military aircraft, significantly reducing their radar signatures and making them less detectable. This innovative material offers advantages such as lightweight properties and high conductivity, enhancing stealth capabilities in unmanned aerial vehicles and other military applications.

Holographic materials can create three-dimensional images and may be used for advanced display technologies or camouflage.

Diffractive Materials

Stealth military aircraft use diffractive materials and shaping to scatter radar waves away from the transmitter, reducing their radar cross-section. These designs often incorporate angular surfaces and radar-absorbent materials to minimize reflections.

Stealth Aircraft Valkyrie:  “Chooser in of the Slain”

Figure: The Kratos XQ-58 Valkyrie, an experimental low-cost stealth drone designed as a “loyal wingman.”

One example is the Kratos XQ-58 Valkyrie. It first flew in 2019 from the US to Australia to fight wildfires.  Autonomous Valkyrie drone with the translated name, “Chooser of the Slain” for wildfires?!? It is built to be relatively cheap and “attritable”—meaning it can be risked in combat. Its shape and coating keep its radar signature small. The same family of materials that hide planes from radar can also affect how sensors and GPS antennas behave, though pure GPS reception is not blocked by the skin itself. The bigger issue is the growing ability of some countries to detect even stealth aircraft using new radar techniques that listen to signals from navigation satellites such as China’s BeiDou.

 Kill Switches, Competing Systems, and Space Threat

Stories circulate about “kill switches” that could remotely disable foreign F-35 jets. Official sources say there is no physical button that turns the plane off from afar. What does exist is heavy dependence on software updates, maintenance systems, and data links. That dependence raises real questions about operational control for any nation that buys the aircraft.

Meanwhile Russia runs GLONASS and China runs BeiDou. This is dual-use technology and an alternative satellite-navigation backbone, a synthetic digital twin of GPS with its own distinct attributes.  all without the political conditions that govern Western export licensing.  That said BeiDou and GLOSSNASS are both vulnerable to earths changing magnetic field and rapid technology development.

Many modern phones already listen to several of these systems at once. Some analysts note that BeiDou coverage is now very strong over large parts of the world. In a crisis a country could choose to favor one network over another. Anti-satellite weapons have also been tested by more than one nation. Debris from those tests travels at thousands of miles per hour and can threaten every satellite in a given orbit. A major cascade of collisions—sometimes called the Kessler syndrome—could make low-Earth orbit unusable for years.

Three Biblical Perspectives

Technology changes fast, yet the Bible offers steady principles that still apply.

1. Proverbs 3:5-6: “Trust in the Lord with all your heart and lean not on your own understanding; in all your ways submit to him, and he will make your paths straight.”

When our maps, phones, and satellites fail, we are reminded that human systems are limited. True direction comes from a higher source.

2. Psalm 19:1: “The heavens declare the glory of God; the skies proclaim the work of his hands.”

Satellites and magnetic fields are part of the created order. Studying them can deepen wonder rather than replace it.

3. Jeremiah 10:23: “Lord, I know that people’s lives are not their own; it is not for them to direct their steps.”

Even the best navigation technology cannot fully control the future. Humility about our limits is a healthy response.

1. Everyday convenience rests on fragile foundations

Your ride-share app, food-delivery map, tractor guidance system, and power-grid timing all use PNT services. A solar storm, a regional jamming incident, or a major satellite outage could disrupt them for hours or days. Most people would feel it first as slower deliveries, delayed flights, or offline maps.

2. Military technology quietly shapes civilian life

Stealth coatings, low-cost drones, and multi-nation satellite networks are no longer distant laboratory projects. They influence the cost of air travel security, the accuracy of weather models, and even the availability of certain electronic components. Average citizens benefit from the spin-off technology, yet they also inherit the risks of greater dependence.

3. Information and trust become more important

When competing navigation systems exist and magnetic models need frequent updates, the public needs clear, simple explanations from trusted sources. Confusion and rumor grow quickly when people do not understand why their compass app suddenly points a few degrees off.

1. Build simple personal backups

Keep a paper map of your local area and learn how to use a basic magnetic compass. Download offline maps in more than one navigation app. Many phones already receive signals from GPS, Galileo, GLONASS, and BeiDou at the same time—make sure your devices are set to use all available systems. These small steps cost almost nothing and reduce panic if the primary signal disappears for a while.

2. Stay informed without becoming overwhelmed

Follow reputable space-weather alerts and the occasional World Magnetic Model update notices. You do not need to become an expert. Simply knowing that magnetic models are refreshed every few years and that temporary GPS disruptions can happen during strong solar storms helps you interpret news calmly. Support local and national efforts that encourage resilient infrastructure—backup timing systems for banks and hospitals, for example.

3. Practice digital and practical readiness

Have a short list of important phone numbers written on paper. Know the major roads out of your neighborhood without relying on turn-by-turn voice guidance. Encourage schools and community groups to teach basic map-reading again. Technology is a tool, not a guarantee. The more comfortable we are with older methods, the less any single system failure can disrupt ordinary life.

GPS, stealth coatings, drifting magnetic poles, and rival satellite networks are all part of the modern world. None of them is magic, and none of them is unbreakable. The average person does not need to fear every new headline, yet it is wise to understand the limits of the tools we rely on. By keeping simple backups, staying modestly informed, and remembering that human understanding has always been incomplete, we can use these technologies gratefully without becoming helpless when they falter.

The heavens still declare glory, and our paths can still be made straight—even when the satellites go quiet for a season.

Appendix: Source Links from Original Research

The following links appeared in the original research notes that informed this document. They are

provided for reference and further reading.

GPS History & Civilian Opening

• https://odimpact.org/case-united-states-opening-gps-data-for-civilian-use.html

• https://adst.org/2020/02/the-un-dithering-releasing-reliable-gps-to-the-public/

• https://cpeisw.army.mil/pm-pnt/

Magnetic Poles, World Magnetic Model & Chan Thomas

• https://cires.colorado.edu/news/world-magnetic-model-out-cycle-release

• https://repository.library.noaa.gov/view/noaa/71569

• https://www.cia.gov/readingroom/document/cia-rdp79b00752a000300070001-8 (CIA file containing

excerpts of Chan Thomas – The Adam and Eve Story)

Stealth Technology, Metamaterials & Valkyrie

• https://theaviationist.com/2025/03/10/f-35-kill-switch-myth/

• https://www.ebsco.com/research-starters/technology/stealth-aircraft

• https://migflug.com/jetflights/marines-want-the-valkyrie-both-ways/

• https://www.echodyne.com/newsroom/metamaterials-radar-redefines-counter-uas-economics

• https://www.sciencedirect.com/science/article/abs/pii/S1359835X25001010

• https://link.springer.com/article/10.1007/s00289-024-05166-4

• https://www.bipcic.icpm.tuiasi.ro/pdf/2023/1/bipi_cic_2023_1_05.pdf

• https://www.radartutorial.eu/01.basics/rb70.en.html

BeiDou, Competing Systems & Strategic Context

• https://madsciblog.t2com.army.mil/434-lsco-pnt-and-the-space-domain/

• https://www.uni-marburg.de/de/international/profil/china-kompetenz-marburg/veranstaltungen/

• https://smallwarsjournal.com/2026/05/19/arms-without-strings/

• https://journals.sagepub.com/doi/10.1177/23477970241250100

• https://www.darpa.mil/research/programs/robust-optical-clock-network

Additional Related Notes

• https://celestialreport.com/product/dark-winter-navigating-the-global-biological-warfare/

• https://celestialreport.com/under-the-smoky-veil-of-wildfires-hybrid-techno-witchcraft-is-unleashed/

• https://celestialreport.com/what-everyone-ought-to-know-about-the-hidden-mystery-behind-extreme-

dark-art-valkyrie/

• https://orbitalradar.com/satellite/45807

• https://www.ynetnews.com/tech-and-digital/article/ryrthgltbx

• https://en.wikipedia.org/wiki/Office_of_Civil_Defense

Five Follow-Up Questions for Deeper Discussion

1. If GPS and other satellite systems became unreliable for several days, which three daily activities in your household would be affected most, and what simple work-arounds could you put in place this month?
2. How should ordinary citizens weigh the benefits of advanced stealth and drone technology against the risks of greater military dependence on those same systems?
3. What practical steps can schools or community groups take to keep basic map-and-compass skills alive for the next generation?
4. When multiple countries operate their own navigation satellites, does that make the overall system more resilient or more open to selective disruption? Why?
5. How do the biblical ideas of trusting God for direction and recognizing the limits of human understanding help us respond calmly to technological uncertainty?