# Securing the Final Frontier: The Promise of VLEO in Mitigating Space Threats | Skeyeon Inc.

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- Published at: 2024-02-22 01:18:53 UTC
- Updated at: 2025-07-09 03:24:31 UTC

## Author
Ron Reedy

## Subject
Skeyeon

## Content
Hello everyone,In the wake of emerging reports from major news outlets, we're facing a stark reminder of the dangers posed by the militarization of space. Congressional warnings have spotlighted Russia's plans to deploy nuclear weapons in space, a development that significantly escalates the stakes of space warfare. This alarming prospect is compounded by the existing challenges of space debris and traditional kinetic weaponry. Currently, an estimated 9,000 tons of space junk orbits the Earth, posing a substantial risk to vital American space assets. This issue was vividly highlighted in the 2016 CNN report, "War in Space, The Next Battlefield", underscoring the critical vulnerabilities of satellites that are indispensable to the US economy, defense, and way of life.The concerns about Russia's intentions have been detailed in reports by NBC News and ABC News, which outline the congressional warnings about the potential deployment of nuclear weapons in space. This threat of nuclear armament adds a new layer of complexity to the already daunting challenges posed by traditional “kinetic” weapons and the vast amounts of space debris currently in orbit, as reported by NASA.At Skeyeon, we are deeply concerned about these developments and are committed to mitigating these threats through our pioneering work in Very Low Earth Orbit (VLEO) satellite technology. VLEO offers a sanctuary from the crowded orbits above, largely free from the perils of space debris thanks to its low altitude and the natural, rapid de-orbiting process facilitated by atmospheric drag. This inherent feature of VLEO not only necessitates ongoing thrust to maintain orbit but also ensures that any debris or shrapnel introduced into these orbits is swiftly cleared, significantly reducing long-term hazards.The threat of kinetic attacks, such as the deployment of shrapnel-laden satellites intended to destroy others, is also greatly diminished in VLEO. The feared Kessler Syndrome, a scenario where the density of objects in low Earth orbit triggers a cascade of collisions, creating a debris field that renders orbits unusable, is less of a concern here. Shrapnel introduced into VLEO would de-orbit in a matter of weeks or months, minimizing the risk of impacts and making such attacks futile. Furthermore, the low cost of manufacturing and launching VLEO satellites undermines the logic of such attacks by making it more economical to replace any lost assets than to launch offensive vehicles.The specter of nuclear weapons in space, highlighted by tests conducted from 1958-1962 which resulted in a man-made radiation belt harmful to satellite electronics, introduces an additional layer of complexity. While these tests have demonstrated that high altitudes are affected, it's speculated that VLEO might offer some protection due to Earth's magnetic field. However, the lack of recent data and tests leaves this protection somewhat uncertain.In conclusion, the strategic exploitation of VLEO orbits presents a multitude of advantages for safeguarding US national interests in space. The unique properties of VLEO offer a promising avenue for addressing the multifaceted threats posed by space debris, kinetic attacks, and the ominous potential of nuclear weapons. With numerous initiatives already underway to harness the benefits of VLEO, the opportunity to secure a safer future in space is within our grasp.As we continue to navigate these challenges and explore these opportunities, I want to remind everyone that there is still time to invest in this groundbreaking venture. Your support can help us further develop our VLEO satellite capabilities, offering significant benefits and protections against the clear threats we face in space.Signing off,Ron Reedy