The proposal
From promising capabilities to documented evidence
Greenwerks and Earth Peace Labs are collaborating to evaluate a proprietary metamaterial technology designed for magnetosphere-related applications. The project team believes the technology may strengthen biomagnetic field integrity and reduce electromagnetic interference that can disturb natural living systems.
The proposed applications span agriculture, environmental stewardship, human and animal wellbeing, buildings, and consumer goods. The initial rollout will focus on health and environmental research, including particulate matter reduction, water decontamination, atmospheric conditions, and disaster-mitigation applications.
This campaign will turn those reported capabilities into a structured scientific record. Funding will support testing, measurement, documentation, research and development, and deployment logistics so results—including limitations—can be reviewed and communicated responsibly.
The seven-point case study
The study is designed to evaluate and document the following claimed capabilities through defined observations and measurable outcomes:
- 1Hurricane and typhoon suppression
- 2Tornado prevention
- 3Earthquake and volcanic eruption suppression
- 4Storm reduction
- 5Particulate matter pollution reduction
- 6Atmospheric blockage suppression
- 7Magnetic disturbance anomaly reduction and organic magnetic shield strengthening
Reported capabilities and research support
The project team reports particulate air-pollution reductions of up to 75%, chemical removal from water, and prior testing across more than 47 disaster-prevention missions. These figures and disaster-suppression claims are the subject of the proposed study and should not be read as independently verified findings.
Professor Alan Tratner, identified by the team as a co-founder of Earth Day and affiliated with the City University of New York, has agreed to support future testing and case-study work. The campaign’s purpose is to establish rigorous evidence, methods, and documentation around the technology.
What the $22,500 campaign will fund
Launch the international disaster prevention and pollution mitigation service arm
Complete the seven-point scientific case study and document the findings
Prepare equipment, personnel, monitoring, and emergency-deployment logistics
Build a global community of researchers, partners, funders, and affected communities
Priority deployment regions
Subject to safety, permissions, conditions, and funding, the initial readiness plan covers active or recurring disaster-risk areas in:
- Hawaii
- California
- Massachusetts
- North Carolina and South Carolina
- India
- Ecuador
- West Pacific Rim regions
The larger pathway
The broader capital goal is $198,000 to advance commercialization and pursue a credit-facility acquisition. A completed case study is intended to support future government, sovereign, municipal, private-sector, licensing, distribution, commercial partnership, and joint-venture opportunities.
The team estimates that successful future pilot projects and deployments could be valued from $250,000 to $3 million. These are forward-looking estimates, not guarantees. Results, contracting opportunities, revenue, and investment returns depend on scientific validation, approvals, market conditions, and other risks.
Why readiness matters
The project team reports that it identified warning signals associated with a Venezuelan earthquake months before the event but lacked deployment funding. The reported human and economic consequences reinforce the campaign’s central purpose: establish reliable evidence and build the capacity to respond before future disasters escalate.