‘Reflecting sunlight’ to ‘save the planet’.
Photo: XNJ

The plans have been revealed.

STARDUST’S CAMPAIGN

A U.S-based climate technology start-up has publicly revealed the design of its soon-to-be-tested solar geoengineering system, marking one of the most detailed disclosures yet from a private company working on technologies aimed at deliberately ‘cooling the planet’.

The company, Stardust Solutions, has been developing a controversial approach known as stratospheric aerosol injection – a form of solar geoengineering that would involve releasing tiny reflective particles into the upper atmosphere to ‘reflect sunlight back into space’.

In theory, the method would mimic the cooling effect of large volcanic eruptions, which are known to lower temperatures by dispersing reflective particles into the stratosphere.

What distinguishes Stardust’s latest announcement is not simply the idea itself, but the level of detail provided about the physical design of its proposed system.

For the first time, the company has publicly described the composition, structure, and deployment concept of its engineered particles, alongside early-stage technical documentation outlining how the system might function in practice.

According to the disclosure, the particles would be made primarily of amorphous silica, a compound widely used in consumer products such as toothpaste and food additives.

The engineered particles would be designed at an extremely small scale, measuring roughly half a micron in diameter – allowing them to remain suspended in the stratosphere.

The company has also indicated that multiple particle designs are under development, including a ‘second-generation’ version intended to ‘reduce unwanted heating effects’ by modifying how the particles interact with infrared radiation.

This matters because earlier descriptions were vague – “reflective particles” – while this disclosure allows us to determine the proper chemistry. This lets us determine how the particles may scatter sunlight, interact with infrared radiation, behave chemically in the stratosphere, and how they will eventually fall back to Earth.

Alongside the chemistry, they also disclosed the engineering architecture for deployment:

High-altitude aircraft operating in the lower stratosphere (18 km altitude).
A “dispersal system” designed to “inject particles into a controlled aerosol layer”.
Monitoring systems to ‘track dispersion and descent’.

This turns it from a concept into an engineering pipeline, even if not operational just yet.

These documents, which have not yet undergone full peer review, present simulations of particle behaviour, dispersion patterns, and potential radiative effects. While the publication of such material represents a notable step towards transparency, it also highlights the early and experimental nature of the work, which remains far from operational deployment.

Some people believe that cloud seeding and other older forms of climate engineering are the same as solar engineering – but they are far from equals. Solar geoengineering proposes a grave threat to the planet and our species if allowed to continue like it is.

Stardust, which has raised tens of millions of dollars in venture funding, argues that its approach could eventually provide a “temporary mechanism” to ‘reduce global temperatures’ while longer-term decarbonisation Agenda 2030 efforts continue.

The announcement has reignited long-standing concerns among scientists, policymakers, and environmental groups about the risks and governance challenges associated with deliberately altering the Earth’s atmosphere.

Key uncertainties include how injected particles might affect regional weather patterns, rainfall distribution, and agricultural systems. There are also fears about “termination shock” – a scenario in which sudden cessation of geoengineering efforts could lead to rapid temperature rebound with severe climatic consequences.

Beyond physical risks, the emergence of a privately funded company developing such technologies has raised ethical and political questions about control and accountability.

Critics argue that world-shaping decisions like this should not be in the hands of commercial actors alone, and that any research in this field requires robust international oversight.

For now, Stardust’s experiment remains in the early stages, although advancing.

The publication of its design marks a notable moment in the evolving conversation around ‘climate intervention technologies’, signalling a shift from abstract debate towards increasingly concrete engineering proposals.

No longer just a ‘conspiracy theory’, geoengineering has burst into the mainstream in more radical ways than ever before, as the elitists look to have complete control over our atmosphere and weather. The mad scientists behind the push, and their backers.

These programs must be resisted at all costs.

MESSING WITH THE SKIES

TOTT News has been watching the growing field of solar geoengineering – the latest in a maniacal portfolio of weather manipulation techniques across the world.

Last year, we first revealed how Stardust – a shadowy Israeli-U.S. start-up – was developing “proprietary aerosol technology” to ‘block sunlight’ and ‘cool the planet’.

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The company, founded in 2023, is backed by military-linked venture capital and former nuclear scientists, operating with zero transparency.

In November, it was revealed that Stardust had raised $60 million in funding from investors and was looking to commence their solar radiation project from next year.

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Hence, the designs now being released.

Stardust’s CEO, Yanai Yedvab, is a former deputy chief scientist at the Israel Atomic Energy Commission, an agency notorious for overseeing the nation’s covert weapons program.

The company’s chief product officer, Amyad Spector, is another physicist plucked from Israel’s weapons research apparatus.

Stardust’s primary investor, Awz Ventures, is a Canadian-Israeli venture capital firm with deep ties to Mossad, Shin Bet, and Unit 8200 — Israel’s most secretive intelligence agencies.

Awz also funds Corsight AI, a facial recognition company supplying surveillance tech for Israel’s theatre production (war) in Gaza.

With 25 physicists, chemists, and engineers on staff — many with military-industrial backgrounds — Stardust is not a benign climate saviour, but a rogue operation masquerading as environmental innovation.

They are not alone in their efforts, either. A range of institutions and organisations are all in the race to become ‘top dog’ in the geoengineering space as the field goes mainstream.

For instance, we have seen both the U.K and U.S government announce official programmes to explore next-generation geoengineering techniques in the skies and on the ground.

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The biggest push back against these moves has been in the United States, with multiple members of Congress aiming to restrict or ban the practice across the country.

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Some states have followed through with legislative pieces to do just that, including in Florida and Iowa, while many more are in the process of attempting the same.

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We won’t see that in Australia any time soon, though – as our spineless politicians play dumb and ignore any calls for more accountability from the public here at home.

Stardust looks like it will be the first to fully achieve a solar radiation program, where others have failed or stopped experiments, and they have the power players behind them to do it.

The consequences for all life on Earth won’t be fully realised until we see the programs in action, but researchers have discussed the potential of impacts like the re-emergence of diseases like malaria in tropical climate, disruptions to food supply chains, and more.

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