Harvest Harmonics Journey | Proven for Sustainable Agriculture

From Concept to Global Impact:
The Kyminasi Crop Booster Journey

From early quantum physics research in the 2000s to worldwide deployment in modern agriculture, each stage reflects years of testing, refinement, and scientific validation. This timeline shows how groundbreaking ideas evolved into a proven technology now trusted by governments, universities, and farmers across the globe.

Basic principles of applying quantum physics to biological
systems are observed, and the concept is formulated. Mr. Balmelli begins fundamental research and experiments on his own body to validate the theory.

The technology's feasibility is demonstrated. Mr. Balmelli develops the method to improve water absorption and creates the preliminary formula for plants. These efforts represent a conceptual proof-of-concept and the early stages of component validation in a laboratory environment.

TRL 1 & 2
Early 2000's

KYMINASI Technology Readiness Levels

TRL 3 & 4
2009 Early 2014

The first prototypes of Tech 2 are tested in a relevant environment. Mr. Balmelli coordinates with Frank Arlia Jr. to deliver the first prototypes and perform initial field installations on different crops and continents, evaluating the effectiveness of the prototype

TRL 5
March - September 2014

The technology is demonstrated in a several representative environments. The development of Tech 3 and Tech 4 involves extensive field trials in various locations (Panama, Russia, Australia, U.S.) to test and refine the system's performance. The discovery of the inadequate steel alloy in July 2017 represents a significant setback and a learning experience that requires further research and development. In the meantime, Mr. Arlia focuses on market research for the acceptability of such a new and advanced technology.

TRL 6
2015 - 2017

The first version of the technology that is nearing commercial viability, Tech 5, is tested in a relevant operational environment. The final internal verification and the Florida field tests conducted by Mr. Arlia confirm the system's strength and capability with high water flows, proving it can handle real-world conditions. Mr. Balmelli utilizing this data continues with his research and development to further improve the technology strength.

The system is completed and qualified through test and demonstration. The May 2019 water test, conducted with Minoprio Analisi e Certificazioni, scientifically validates that the technology does not chemically alter water and can manipulate nutrient absorption. This final round of testing and data collection solidifies the system's operational readiness. Mr. Balmelli continued his research and development to amplify the technology strength and with a final internal testing conducted over a period of months Tech 6 was born and delivered to Mr. Arlia for international distribution.

TRL 7
2018 - February 2019

TRL 8
October 19, 2019

The system is proven in many operational environments and is ready for widespread commercial deployment. The confirmed breakthrough in October 2019 opened the door to economically servicing farms around the world, transitioning the technology from a developed system to a fully operational and proven product that is recognized and utilized by several governments, universities, and commercial farming operations internationally.

TRL 9
Post-2019

TRL 9 Compliance Checklist

1. Operational Deployment

Q: Has the technology been deployed in a real-world operational environment (not just a trial)?
Proof: Customer contracts, invoices, deployment reports, or published field case studies.

2. Full System Integration

Q: Has the technology been integrated into the complete operational system (farm, lab, supply chain, etc.)?
Proof: Photos/videos of installations, integration manuals, testimonials from operators.

3. Successful Performance in Operational Conditions

Q: Does the technology consistently meet performance requirements under real operating conditions?
Proof: Field data, yield reports, energy savings, cost reduction metrics, or third-party validation.

4. Independent/Third-Party Validation

Q: Has the technology been validated or verified by an independent authority, research institute, or regulatory body?
Proof: Certification letters, research publications, regulatory approvals.

5. Repeatability

Q: Has the technology been successfully replicated across different sites, customers, or crops/environments?
Proof: Case studies from different regions, user feedback, deployment logs.

6. Long-Term Reliability

Q: Has the technology been tested for long-term durability and reliability in actual use?
Proof: Maintenance logs, operational uptime records, warranty data.

7. User Adoption & Training

Q: Are there users trained and currently operating the system without developer intervention?
Proof: Training records, manuals provided, user testimonials.

8. Safety & Compliance

Q: Does the technology meet all safety, regulatory, and environmental requirements in the target market?
Proof: Compliance certificates (ISO, CE, EPA, local agriculture ministry, etc.).

9. Commercial Availability

Q: Is the technology commercially available (for sale, lease, or license) to customers?
Proof: Brochure, pricing sheet, website product page, signed agreements.

10. Continuous Improvement & Support

Q: Is there an established support/maintenance program for operational customers?
Proof: Service agreements, customer support hotline, online portal.

The Kyminasi Crop Booster™ has reached full commercial readiness (TRL 9) and is already in use on farms worldwide. With scalable solutions for different irrigation systems and farm sizes, there’s an option to fit your operation.

Request more information today, and our team will share how the technology can be tailored to your farm’s needs.

From Concept to Global Impact: The Kyminasi Crop Booster Journey

TRL 9 Compliance Checklist

From Concept to Global Impact:
The Kyminasi Crop Booster Journey