a global network of systems designed to intercept nuclear-armed intercontinental ballistic missiles around earth & beyond.
The Atmos Corporation's anti-nuclear effort, "Global Shield," will employ numerous unique tactics to keep everyone safe from the fear and worry of a nuclear attack. The comprehensive system that the Atmos Corporation is building will be capable of intercepting every nuclear weapon launched, even if Russia were to launch all 5,977 of their nuclear weapons, and China were to launch their ~350 nuclear warheads. In other words, the project aims to be able to intercept every single nuclear missile ever launched.
The Atmos Corporation's project is a substantial and essential effort towards promoting global stability and safety. If successful, Global Shield could contribute greatly to the global anti-nuclear effort and help establish a comprehensive defense system against nuclear attacks. The network is expected to use state-of-the-art technology and a multi-layered approach to provide a highly effective defense system. The project's successful implementation would be a massive achievement in the field of global security and would represent a significant step towards ensuring that the world is free from the threat of nuclear war.
Atmos Corporation's project is a complex and ambitious undertaking that aims to establish a comprehensive defense system against nuclear attacks. The project will involve collaboration with governments and international organizations, and will require significant resources and expertise to be successful. However, given the gravity of the threat posed by nuclear weapons, the project is a necessary and essential one. If Atmos Corporation is successful in developing the "Global Shield" network, it could contribute significantly to global security and stability, and help ensure that the world remains free from the threat of nuclear war.
icbm interception during terminal phase, via level-3 global shield interceptors. SMOKE TRAIL EFFECT FROM MULTIPLE-KILL-VEHICLE SYSTEM IS PRESENT FOR VISUAL PURPOSES
icbm interception during its midcourse phase. smoke trail from kill vehicle is present for visual purposes
An ICBM’s trajectory typically goes through 3 different phases:
- During the boost phase, a rocket boosts the ICBM off of the ground and pushes it upward for about 2 to 5 minutes until it reaches space. This is the easiest time to intercept, but comes with the risk of downing something that we thought was a nuclear-armed ICBM but was not.
- The midcourse phase is when the ICBM is coasting in space after a launch towards its destination. This is considered an optimal time for Global Shield to intercept, and is when a Global Shield interceptor would do so.
- The terminal phase is when the ICBM re-enters Earth’s atmosphere and falls towards its target. This is the most difficult time to intercept.
If short-range (Level-1) Global Shield interceptors are unable to intercept an ICBM during its boost phase, a Level-2 Global Shield Interceptor would be launched to intercept the ICBM during its midcourse phase. This requires extreme precision. If the ICBM has passed its midcourse phase and has evaded interception, a final Level-3 Interceptor would be utilized.
A nuclear war between humanity, involving two or more nations, has no winners. X drops an atomic bomb on Y, and Y drops an atomic bomb on X, and they both end up dying horribly. A nuclear war is a pointless war, but some people high-up are still crazy enough to consider a nuclear war between two nuclear-armed states, because they don't understand the power of weapons of mass destruction like nuclear-armed ICBMs. Atmos, using Global Shield's ICBM defense systems, aims to deter any nations from launching nuclear weapons in the first place, but if launched, intercept and neutralize them before they can do any damage.
Standard PDF files are getting old and will eventually be phased out in the future, so we're not using those anymore. Click below to see the online Global Shield document on Atmos to learn more about the Global Shield project. No clientside file downloads are needed.