NANOGEIOS and AIDEN DIGITAL LABS have developed the IRIS-X platform, a breakthrough technology that reduces the cost of natural hydrogen exploration by 95-98% and cuts deployment time from 18 months to 8 weeks, enabling rapid and sustainable resource discovery.

A breakthrough in sustainable resource exploration technology

MIAMI, FL — September 18, 2025 — Growing global demand for clean energy and accelerating climate change mitigation efforts have intensified the search for sustainable alternatives. Natural hydrogen emerges as a promising zero-carbon energy solution due to its high energy density and clean combustion characteristics. Among exploration methods, conventional drilling and seismic surveying remain costly and inefficient; however, their dependence on extensive surface disturbance and multi-million dollar budgets limits large-scale implementation. Advanced subsurface detection offers a practical alternative by leveraging Earth’s natural hydrogen and helium resources, but high operational costs, extended timelines, and environmental impacts pose significant challenges for sustainable resource development.

To address this, a research team led by  Abdelmoumen Shad Serroune at NANOGEIOS Laboratory, in partnership with AIDEN DIGITAL LABS, developed a robust and cost-effective exploration platform capable of high-performance resource detection in complex geological environments. Dr. Serroune shares the motivation behind this breakthrough: “Conventional exploration methodologies, though established within the industry, face significant challenges including prohibitive costs, extended deployment periods, and environmental concerns that hinder commercialization. Our research is driven by the mission to develop economically viable and environmentally sustainable resource exploration technology to overcome these critical barriers.” Their findings were first published in the International Journal of Medical Science and Clinical Invention in July 2025. 

The team designed the IRIS-X (Integrated Reconnaissance and Imaging System – eXtended) an exploration platform that overcomes limitations of conventional drilling and seismic methods in natural hydrogen and helium exploration with the unique ability to be adapted for rare earth minerals, noble gases and minerals. They employed proprietary nano biomarker technology combined with advanced metal-oxide semiconductor (MOS) sensor arrays to synthesize selective detection matrices with crystalline-amorphous heterostructures. The nano-biomarkers are engineered to latch onto target molecules like hydrogen and helium with remarkable precision, achieving near-perfect binding efficiencies of 99.1% and 98.4%, respectively. During deployment, controlled nitrogen carrier injection facilitates uniform subsurface distribution while real-time magnetic tracking systems provide three-dimensional pathway reconstruction capabilities. 

Comprehensive field testing in Indonesia’s Padang region demonstrated outstanding resource detection performance. Over a 14-week validation campaign, IRIS-X exhibited exceptional analytical capabilities with 92% detection efficacy across variable lithological settings. 

The platform successfully quantified hydrogen accumulations totaling 18.5±2.3 million cubic meters while maintaining measurement precision within ±5% variance across challenging tropical conditions. Durability was confirmed through sustained operation across diverse geological formations including serpentinization zones and radiolysis environments. Crucially, the platform demonstrated exceptional cost-effectiveness with operational expenditures of $1,500,000 per campaign compared to conventional methods requiring $5-20 million, representing a 95-98% cost reduction while compressing deployment timelines from 6-18 months to 6-8 weeks.

The study highlights several distinct advantages. The IRIS-X platform synergistically combines high-sensitivity detection with optimized operational efficiency through radial well configurations covering 20,000 square meters per deployment with the ability to reach 100.000 sqm. The integrated AI-driven data processing prevents measurement artifacts while enabling real-time resource quantification. The overall design provides exceptional environmental stewardship with zero operational incidents and minimal surface disturbance. Together, these features enable cost-effective, scalable resource exploration directly from natural formations while reducing environmental impact and supporting decarbonization across energy-intensive sectors. 

AMS Serroune emphasizes, “Our breakthrough enables direct natural hydrogen and helium exploration from subsurface formations using advanced nano biomarker technology, opening vast geological resources for clean energy generation.” He adds, “The enhanced exploration systems demonstrate remarkable economic viability with 95-98% cost reduction compared to conventional methods, making resource discovery significantly more accessible for commercial development.“. 

Looking toward future applications, the IRIS-X architecture supports expansion into critical mineral exploration through aptamer-functionalized nano biomarker systems specifically engineered for uranium, thorium, lithium, cobalt, and rare earth element detection, positioning the technology at the forefront of the global energy transition. 

In conclusion, this work establishes a nano biomarker-mediated detection strategy that simultaneously addresses sensitivity, efficiency, and environmental challenges in subsurface resource exploration. Dr. Serroune notes, “Our technology will accelerate clean energy adoption by enabling rapid identification of natural hydrogen resources while maintaining superior environmental standards.” By enabling efficient and sustainable subsurface exploration, this study provides a blueprint for next-generation resource discovery, paving the way for large-scale clean energy infrastructure development. 

About AIDEN DIGITAL LABS
AIDEN DIGITAL LABS is a global research and development firm specializing in the integration of information technology, nanotechnology, and sustainable solutions, focused on AI-powered tools and environmental innovations for energy and resource management. 

About NANOGEIOS
NANOGEIOS is a global technology company headquartered in Miami, Florida, with research facilities in Osaka, Japan, and Paris, France. The company specializes in integrating nanotechnology, artificial intelligence, and advanced sensing to revolutionize resource identification and exploration through the IRIS-X platform. 

Contact:
Media Relations: Helena Dilbar S. 
Investor Relations: Professor Kazushi & AMS Serroune
Website: www.iris-exploration.com 

Email: contact@aiden.ventures 

Email: contact@nanogeios.io 

Publication: IJCNIS

Publication: SSRN Elsevier

Publication: Valley International 

Media Contact

Organization: GEIOS TECHNOLOGIES

Contact Person: Sandra Lebiewicz

Website: https://www.geios.net

Email: Send Email

Contact Number: +12396036828

Address:3401 N. MIAMI, AVE. STE 230

Address 2: Building B34-2nd Floor

City: MIAMI

State: FLORIDA

Country:United States

Release id:34272

The post NANOGEIOS Develops Revolutionary IRIS X Platform for Cost Effective Natural Hydrogen and Helium Detection appeared first on King Newswire. This content is provided by a third-party source.. King Newswire makes no warranties or representations in connection with it. King Newswire is a press release distribution agency and does not endorse or verify the claims made in this release. If you have any complaints or copyright concerns related to this article, please contact the company listed in the ‘Media Contact’ section

RMC MINING has long been a favorite among cryptocurrency enthusiasts for its ease of use and convenience. Unlike traditional mining, it requires no expensive hardware, specialized technology, or constant monitoring.

United Kingdom, 22nd Sep 2025 – In today’s financial landscape, Bitcoin remains a fascinating and often debated digital asset. A key factor behind its perceived value is scarcity. The total supply of Bitcoin is capped at 21 million, much like finite resources such as gold. From an economic standpoint, limited supply can create value, particularly when demand increases while the available quantity remains unchanged. As the difficulty of mining Bitcoin rises, the production rate slows down, reinforcing this scarcity over time.

Some analysts argue that this limited supply supports Bitcoin’s long-term value preservation, making it a potential hedge against inflation. However, it’s important to recognize that Bitcoin is not backed by tangible assets, unlike traditional financial instruments such as stocks or bonds. This lack of backing continues to raise questions about how investors can effectively manage risk when participating in the cryptocurrency space.

One alternative method for individuals interested in engaging with the Bitcoin ecosystem is through cloud mining. RMC MINING is a platform that offers access to cloud-based mining without requiring users to purchase or maintain hardware. This method allows users to rent computing power from remote data centers.

Overview of RMC MINING

RMC MINING is designed to simplify the mining process through a user-friendly interface that does not require advanced technical knowledge or equipment. Users can participate by choosing from various mining contracts that vary in cost, duration, and projected returns. The platform supports access to mining services powered by renewable energy sources and utilizes industry-standard ASIC and GPU hardware.

The platform reports that it operates over 50 mining farms globally and uses energy-efficient infrastructure to support environmental sustainability. It claims to prioritize transparency and user security, with most funds held in offline cold wallets and protected by security protocols such as McAfee® and Cloudflare®.

Key Platform Features

• Security Protocols: Most funds are stored offline and secured using industry-grade encryption and monitoring systems.
• Automated Transactions: Withdrawals are processed by the system in a timely manner.
• Green Energy Usage: Mining operations utilize renewable energy, supporting eco-friendly practices.
• Consistent Operations: The system is designed to provide predictable, stable performance during mining.
• Advanced Hardware: Incorporates the latest mining technology from companies such as Bitmain, Nvidia, and Canaan Creative.
• Technical Expertise: Operated by professionals from the blockchain and IT engineering fields.

Getting Started

To begin using the platform, individuals are required to register an account with a valid email address. Upon registration, users can explore available mining contracts. These contracts vary by investment amount and duration. Some are shorter-term options aimed at familiarizing users with the process, while others span several weeks and involve larger commitments.

This contract has a duration of 1 day. The estimated daily return is $0.63, and the total return at the end of the term is $18.63.

Short-Term Option:
With a duration of 2 days, this contract offers an estimated daily return of $5.00. By the end of the term, the total return amounts to $110.00.

Standard Contract:
This option lasts for 8 days and provides an estimated daily return of $12.80. At the end of the contract, the total return is $889.60.

Long-Term Contract:
The longest of the options, this contract runs for 31 days. It offers a significant estimated daily return of $18,500.00, resulting in a total return of $1,073,500.00 by the end of the term.

Conclusion

Bitcoin’s scarcity-driven value continues to attract attention, and cloud mining presents one way for individuals to engage in this evolving space. Platforms such as RMC MINING provide access to mining infrastructure without the need for hardware ownership. As with any financial activity, potential users should approach opportunities with care, verify claims, and ensure they understand the risks involved.

For more details, visit the official website: https://rmcmining.com

Media Contact

Organization: RMC Holdings Ltd

Contact Person: Smith Ethan

Website: https://rmcmining.com/

Email: Send Email

Address:Ballyscandal Road, Armagh, Northern Ireland

Country:United Kingdom

Release id:34203

Disclaimer: This press release is for informational purposes only and does not constitute investment advice. Cryptocurrency investments, including cloud mining, carry inherent risks. Readers should conduct their own research and consult with a qualified financial advisor before making any investment decisions.

The post Understanding Bitcoin Scarcity and an Overview of RMC MININGs Cloud Mining Platform appeared first on King Newswire. This content is provided by a third-party source.. King Newswire makes no warranties or representations in connection with it. King Newswire is a press release distribution agency and does not endorse or verify the claims made in this release. If you have any complaints or copyright concerns related to this article, please contact the company listed in the ‘Media Contact’ section

KesCapital Finance is launching a global recruitment initiative to attract diverse talent, embrace digital hiring, and support professional growth worldwide.

United States, 22nd Sep 2025 – KesCapital Finance is embarking on an ambitious new chapter with the announcement of its global recruitment initiative. This move reflects the company’s vision of expanding its talent base, embracing diversity, and preparing for long-term growth. By opening opportunities worldwide, KesCapital Finance demonstrates its commitment to inclusivity and innovation.

Expanding Opportunities Worldwide

The global recruitment plan aims to provide opportunities for skilled professionals across multiple regions. By extending its search beyond local boundaries, KesCapital Finance seeks to attract individuals with varied backgrounds, perspectives, and expertise. This international approach ensures the creation of a workforce that reflects the richness of global diversity.

Such inclusivity not only strengthens the organization but also fosters collaboration across cultures, leading to more innovative solutions and broader impact.

A Focus on Talent Development

Recruitment is only the beginning. KesCapital Finance is committed to supporting the growth and development of its employees. The initiative will include structured training programs, mentorship opportunities, and professional development pathways designed to help individuals reach their full potential.

By prioritizing talent development, the company builds a culture of continuous learning, where employees are encouraged to enhance their skills and contribute meaningfully to shared goals.

Embracing Digital Recruitment

As part of the initiative, KesCapital Finance is adopting digital recruitment strategies to make the process accessible and efficient. Online applications, virtual interviews, and digital assessments will streamline the hiring journey, ensuring that candidates from any location can participate easily.

This digital-first approach highlights the company’s commitment to innovation and adaptability in an increasingly connected world.

Building a Diverse Workforce

Diversity is a core pillar of the global recruitment strategy. KesCapital Finance recognizes that bringing together individuals from different regions, cultures, and disciplines enriches workplace collaboration. By actively seeking talent from around the world, the company strengthens its ability to innovate and adapt to changing environments.

A diverse workforce ensures broader perspectives, better decision-making, and a more dynamic organizational culture.

Creating Flexibility for Modern Work

The recruitment initiative will also embrace modern working trends, offering flexible opportunities such as remote or hybrid roles. This flexibility reflects the evolving needs of today’s workforce and ensures that individuals can contribute effectively while balancing personal and professional goals.

By offering adaptable working models, KesCapital Finance positions itself as an employer that values inclusivity and adaptability.

Connecting Through Global Collaboration

Through this initiative, KesCapital Finance will not only recruit talent but also create opportunities for international collaboration. Employees from different regions will be encouraged to work together, share knowledge, and build innovative solutions that address global challenges.

This collaborative environment fosters stronger connections across borders and enhances the company’s ability to respond to diverse needs.

A Step Toward Future Growth

The decision to launch a global recruitment initiative reflects KesCapital Finance’s long-term vision. By strengthening its workforce, the company builds a foundation for sustainable growth and resilience in an ever-changing environment.

Recruiting globally ensures that the company remains competitive and well-prepared to embrace opportunities as they arise in the future.

Preparing for Tomorrow’s Leaders

The recruitment plan also emphasizes leadership development. By identifying and nurturing talent from different regions, KesCapital Finance aims to cultivate the next generation of leaders who will guide the company into the future.

This focus on leadership ensures continuity, stability, and innovation across all levels of the organization.

About KesCapital Finance

KesCapital Finance is an international brokerage company specializing in foreign exchange (forex) and contract for difference (CFD) trading services. The company provides access to a wide range of markets, including currencies, commodities, indices, and other financial instruments, with the goal of offering clients flexible trading options and professional tools.

Media Contact

Organization: KesCapital Finance

Contact Person: Lee

Website: https://kescapital.com/

Email: Send Email

Country:United States

Release id:34260

The post KesCapital Finance Launches Global Recruitment Initiative appeared first on King Newswire. This content is provided by a third-party source.. King Newswire makes no warranties or representations in connection with it. King Newswire is a press release distribution agency and does not endorse or verify the claims made in this release. If you have any complaints or copyright concerns related to this article, please contact the company listed in the ‘Media Contact’ section