Geographic Zones

Thanks to the growth of the STAPLES economy and by understanding:

• the relationship between space (satellites, hardware, electromagnetic waves and gravitational waves relays, etc.),
• geographical positioning on earth along with geographical resources and its competitive advantages,

and the value(s) of each land connected continent and individual islands, all nations and places on earth have values revealed which are critical in its relationship to assets in the air, space, our Moon, and on the way to other planets.

Per the assurance Industry's standards, to maintain the fastest data and communications connectivity speeds, and to enable the Identity, Security, and Authentication (ISA) organizations with what they require to meet the standards which enable the highest data and communications trust levels possible, VOWAS enterprise contracts are split into three geographic zones:

• Americas (all of North and South America) and their immediate surrounding island nations, territories and/or sovereignties
• Afro-eurasia (all of Africa, Europe, and Asia, and their immediate surrounding island nations, territories and/or sovereignties)

• Australia, and the immediate surrounding island nations, territories and/or sovereignties

Enterprise openings for the Americas are currently split into the three following American zones:

• Canada, Greenland, and Iceland
• USA, including all states and territories and the Artic and Antartica (where USA based organizations operate)
• South America and outlying islands

Along with USDIBS / UNDIBS, VOWAS also operates to assist in economic balance while meeting organizational research, exploration, and development goals along with workforce needs, and the needs and goals of the individual person.

From the point of view of creating the best possible secured, authenticated and protected networks, two independent variables are critical:

1. continuously connected fiber optics
2. continuous (continental) land masses.

Assuming the fiber optics are protected and secured at the applicable bridges and/or canals on these following three geographic masses, we consider there are a number of minor islands and three (3) major “Data Continents:” the Americas, Afro-eurasia, and Australia. Without getting into complex levels of Cyber Security and related issues, we assume:

1. there will always be attempts at hacking, data manipulation, and/or penetrating networks and protected data
2. ensuring the best possible secured, authenticated and protected networks likely follows the progression below, from most secured to least*:
   1. Land: continuously connected fiber optic lines.
   2. Sea: continuously connected fiber optic lines, yet it typically takes longer to find and diagnose breaches and/or monitor the lines due to the ability to tap and implant nefarious devices anywhere along the fiber optic lines.
   3. Air: electromagnetic waves aka wi-fi and/or light (laser) communications (within earth’s gravity). [Air also includes DASHS (Drones and Applicable Satellites, Hardwares and Softwares)]
   4. Earth’s Moon
   5. Space (outside of earth’s gravity and to a radius of 10,000 miles surrounding earth’s moon) including DASHS
   6. Outer Space (10,000 miles outside of earth’s moon) including DASHS
   7. Lunars (moons) of other planets and their Outer Space atmospheres including DASHS
   8. Planets and their Outer Space atmospheres including DASHS
3. Cyber technologies continue to replace traditional careers, and as the population continues to rise, workforces are able to manually labor less while using new financial tools to increase their incomes, which has given rise to the Assurance Industry.

*overall, there is an inverse relationship in the Assurance Industry value costs of the most secure to least secure networks, meaning, the costs involved in securing, authenticating, and protecting the least secured networks are typically the most expensive.