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CNT uses blockchain technology to help “carbon neutralization”

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4 years ago

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At a critical moment when environmental problems are increasingly affecting human survival, the world recognizes that achieving “carbon neutralization” is a necessary stage to slow down global warming. Statistics show that more than 120 countries and two-thirds of the economies have joined the great transformation of “carbon neutrality”. 

At present, carbon emission trading is considered as an effective tool to deal with climate change with the market mechanism. Through the carbon dioxide emission quota of the main greenhouse gas, government departments can control the total amount of carbon emission quota, so that the emission control enterprises incorporated into the market are limited by the carbon emission quota, and then through the introduction of the trading mechanism, the optimal allocation of resources can be achieved. Therefore, many countries have initiated the eco chain alliance to focus on the application of blockchain in key application scenarios such as carbon trading ecological network. It can be said that blockchain technology has great application value in helping to achieve the goal of carbon neutralization in the future. 

 CNT foundation is establishing carbon trading agreement, a public blockchain system focusing on carbon neutrality and carbon emissions trading. CNT Foundation believes that blockchain technology can better solve the basic contradictions in the carbon emission market. Similarly, carbon emission trading and carbon offset can alleviate the negative problems brought to the external environment by the blockchain POW consensus mechanism.

Through blockchain technology, CNT can establish a traceability application covering the whole supply chain and fully evaluate the carbon footprint of suppliers, so as to judge whether it can be incorporated into its own supply chain system. Enterprises in the supply chain can also collect and analyze their carbon emission performance through traceability data to reduce carbon emission, improve energy efficiency and optimize business to achieve carbon neutralization. 

The application of blockchain traceability can also improve the transparency of industrial chain and supply chain. With transparent and reliable data, enterprises can make effective carbon disclosure and formulate corresponding carbon compensation schemes, so as to realize the real carbon neutral supply chain and negative carbon supply chain.         

Using blockchain and privacy computing technology, information can be verified but invisible. Through the private key signature authorization of the data owner, the data access right can be temporarily opened to specific potential partners, upstream and downstream enterprises and third-party regulators to verify carbon emission related data. All quantifiable carbon emission data can be shared safely in this way.

Once the concerns about enterprise data security are eliminated, carbon emission data can be circulated and shared at the industrial level, and the value of data can be truly unlocked. This will advance the process of achieving the goal of carbon neutrality. 

If we want to reduce greenhouse emissions to avoid two degrees of temperature rise and even worse climate change, we need to make fundamental technological innovation. Although emission trading markets are potential solutions, they must be improved in order to achieve a certain degree of meaningful emission reduction in market efficiency and scale. Although blockchain technology can theoretically improve these markets, suitable networks that can promote this market transformation have not been developed. In addition, the blockchain network (the most popular blockchain in the past) does not have a design to reduce the impact on the environment. Therefore, in the spirit of decentralization and sustainability, carbon trading agreement has developed into a blockchain carbon sink trading network with carbon neutralization as the core. 

By enabling the carbon trading agreement, the customers on the network will contribute to their carbon neutralization through their transaction fees. The transaction fees are concentrated to purchase real and verifiable carbon sink assets, and then offset the carbon trace of the carbon trading agreement, so as to ensure their de neutralization, carbon trading, carbon neutralization and carbon asset storage. The process is transparent and supervised by various stakeholders in community governance, including CNT holders, verifier nodes and elected committee members, who are encouraged to maintain the security and reliability of the network.

Realizing “carbon neutralization” is one of the major trends in the future. As a new generation of subversive core technology after steam engine, power and Internet, blockchain’s unique personality will play a key role in the carbon trading market. Through the application of blockchain technology, the scale of the global carbon trading market may exceed trillion dollars in the near future. It can be said that there is still a lot of room for development.

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Press Release

Robotics Cable Assembly Introduces High-Precision Robotic Cable Assemblies for Complex Applications

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4 minutes ago

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January 30, 2026

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Auburn Hills, MI 48326, United States, 30th Jan 2026 – Robotics Cable Assembly, a leading provider of custom-designed cable assemblies and wiring solutions for robotics and industrial automation, has introduced a new line of high-precision robotic cable assemblies. These innovative solutions are designed to meet the increasing demands of complex robotics applications, providing reliability and durability for a wide range of challenging environments.

The new cable assemblies are specifically engineered to handle the rigorous requirements of advanced robotics systems. These assemblies include robotic arm harnesses, drag chain cables, sensor and power cables, and custom connector solutions, all crafted with high performance and precision in mind. Designed to withstand extreme movements, high temperatures, and mechanical stress, these cable assemblies ensure consistent, long-term operation for robotics and industrial automation systems.

According to Ivy Zhao, Marketing Manager at Robotic Cable Assembly, “The introduction of high-precision robotic cable assemblies represents a major development for Robotic Cable Assembly. The robotics industry continues to evolve, and the need for more robust and customizable cable solutions has grown significantly. These new assemblies offer the necessary durability and performance required for modern robotics systems, ensuring that the next generation of robotics can operate without limitations.”

The new product line is the result of years of research and development, with a strong focus on improving the functionality and reliability of cable assemblies used in demanding robotics applications. The advanced materials and manufacturing techniques utilized in the production of these assemblies allow them to meet the specific needs of robotics systems, minimizing failure rates and optimizing overall performance. These cable assemblies can be used in applications ranging from industrial automation systems to highly complex robotic arms in production lines.

“Robotic Cable Assembly has consistently prioritized technological innovation to stay ahead of industry trends,” Zhao added. “The introduction of these high-precision cable assemblies is a direct response to the growing complexity of robotics applications. They provide customers with the confidence that their systems will remain reliable, even in the most demanding environments.”

The new robotic cable assemblies are tailored to a variety of applications, including manufacturing automation, robotics, and industrial sectors where reliability and high-performance are critical. Customization options are available to meet the unique requirements of each project, ensuring that each solution aligns with the specific needs of the robotics or automation system in use.

Looking toward the future, Zhao expressed optimism about the continued role of Robotic Cable Assembly in advancing the robotics and automation sectors. “As robotics technology continues to progress, the demand for advanced, high-performance cable solutions will only grow. Robotic Cable Assembly remains committed to developing cutting-edge products that not only address current industry challenges but also anticipate the needs of the future. The company is excited to support customers in the years ahead, helping to drive the next wave of technological innovation in the robotics industry.”

The introduction of high-precision robotic cable assemblies positions Robotic Cable Assembly as a key player in the ongoing development of robotics systems and industrial automation technologies. With a focus on quality and precision, the company is prepared to contribute to the success and growth of robotics and automation applications in diverse industries.

For further information, please contact Robotics Cable Assembly at +1 231 525 7998, via email at marketing@roboticscableassembly.com, or by visiting the company’s headquarters located at 2400 Commercial Dr, Auburn Hills, MI 48326, USA.

Media Contact

Organization: Robotics Cable Assembly

Contact Person: Ivy Zhao

Website: https://roboticscableassembly.com/

Email: Send Email

Contact Number: +12315257998

Address:2400 Commercial Dr

City: Auburn Hills

State: MI 48326

Country:United States

Release id:40770

The post Robotics Cable Assembly Introduces High-Precision Robotic Cable Assemblies for Complex Applications 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

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Press Release

AŚVA – Advanced Schools Vision Alliance Launched at The Lawrence School, Lovedale

Published

50 minutes ago

on

January 30, 2026

By

Sanjay Kumar IAS, Secretary, Department of School Education & Literacy, Ministry of Education, Govt. of India  launched ASVA – Advanced Schools Vision Alliance

Ooty, Tamil Nadu | 30 January 2026- The national launch of AŚVA – Advanced Schools Vision Alliance was held on Thursday, January 29, at The Lawrence School, Lovedale, in a vibrant and thoughtfully curated ceremony that marked a significant moment in India’s evolving education landscape. The event brought together distinguished leaders from government, academia, science, research, and school education on a common platform, underscoring the collective commitment to reimagining school education in the country and more than 250 school leaders participated in the event.

Shri Sanjay Kumar, IAS, Secretary, Department of School Education & Literacy, Ministry of Education, Government of India, graced the occasion as the Chief Guest and formally launched the AŚVA website, signalling the commencement of a nationwide collaborative movement aimed at advancing excellence in school education.

As part of the programme, Dr. S. K. Satheesh, Chairman, Divecha Centre for Climate Change, and Dean, Indian Institute of Science (IISc), inaugurated a Climate Laboratory on The Lawrence School campus. The facility reflects AŚVA’s strong emphasis on experiential, inquiry-driven, and research-linked learning at the school level, particularly in areas of national and global relevance such as climate science.

The hybrid launch event featured an eminent panel of speakers who shared insights into education, science, technology, research, and national development, highlighting the urgency and opportunity to align school education with India’s long-term aspirations.

 India today stands at a defining threshold. With a young population, growing confidence in its capabilities, and increasing global influence, the choices made in education at this juncture will determine whether this moment translates into sustained national momentum. AŚVA seeks to respond to this imperative by bringing together forward-thinking schools, nationally respected academic and research institutions, and experienced implementation partners to build early models of excellence in teaching and learning—and enable them to scale across the country.

 The initiative was conceived a few years ago with Dr. G. Madhavan Nair, Former Chairman of ISRO, as its Chief Patron, and has been actively mentored by Dr. K. Kasturirangan, Chairman of the Committee that drafted the National Education Policy (NEP). A collective of over 500 senior academicians, scientists, technologists, and management consultants forms the intellectual and operational core of AŚVA, bringing deep expertise in pedagogy, technology, and institutional transformation.

Hub–Node Model for Nationwide Impact

 AŚVA programmes will be implemented across India through a Hub–Node model. Select schools will function as Hub Schools at regional, state, district, and city or village levels, based on defined criteria. These hubs will serve as resource centres, sharing academic, technological, and teacher-training resources with Node Schools across their regions.

 This inclusive and scalable approach envisions equitable access to quality education—bridging disparities across geography and infrastructure, and ensuring that innovation and excellence are not confined to a few privileged institutions.

Aligning with NEP and the Vision of Viksit Bharat

 Aligned with the National Education Policy’s vision of a Viksit Bharat—a self-reliant, innovative, inclusive, and globally respected nation—AŚVA focuses on:

Exposing students to real-world scientific and social challenges, national missions, and innovation pathways
Enabling scientists, researchers, engineers, and R&D institutions to become active partners in school education

Empowering teachers to evolve from information providers into facilitators of learning

Introducing schools to cutting-edge digital tools, platforms, and academic content

Promoting critical thinking, experimentation, and interdisciplinary learning, creating a seamless journey from Curiosity to Competence to Creativity to Contribution

AŚVA’s far-reaching initiative—connecting advanced projects from premier research and academic institutions with schools, conducting comprehensive teacher development programmes, and deploying futuristic educational technologies through its Hub–Node framework—is expected to make a transformative impact on India’s education ecosystem in the years ahead.

 The distinguished speakers who addressed the event included:

 Padma Bhushan Dr. B. N. Suresh, Chancellor, Indian Institute of Space Science & Technology

 Dr. R. Ratheesh, Director General, Centre for Materials for Electronics Technology (C-MET)

 Dr. C. Anantharamakrishnan, Director, CSIR–National Institute for Interdisciplinary Science and Technology (CSIR-NIIST)

 Dr. N. V. Chalapathi Rao, Director, National Centre for Earth Science Studies (NCESS)

 Dr. Tarun Kumar Pant, Director, Space Physics Laboratory

 Dr. Ciza Thomas, Vice Chancellor, APJ Abdul Kalam Technological University

 Dr. Sanjay Behari, Director, Sree Chitra Tirunal Institute for Medical Sciences and Technology (SCTIMST)

 Dr. Neeraj Saxena, Pro-Chancellor, JIS University and Former Advisor, AICTE

 Padma Shri M. C. Dathan, Former Director, Vikram Sarabhai Space Centre

 Other key participants and dignitaries included:

 Mr. D. V. S. Rao, Headmaster, The Lawrence School, Lovedale

 Prof. Dr. V. S. Jayakumar, Founder Chairman, AŚVA

 Shri Mathew John, Founder Director, AŚVA

 Shri Subhash K. M., Founder Director, AŚVA

 Shri Amit Choudhary, Technical Director, KPMG

 Professor Oommen Varghese

 Shri Anand Sheshadri

 Shri Nikhil Y.

 Smt. Veena Vijayan

 Shri Joy Varghese, Registrar, Loyola Schools, Thiruvananthapuram

 Shri Anil Sharma, Former Chairman, Indian Public Schools

 Shri Bhavin Shah, CEO, EducationWorld

Smt. Meena Nair, Vice President, Trinity Skillworks

For more details:

 www.asva-alliance.com

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Press Release

FXO Global Exchange: Building Global Financial Infrastructure for the Future

Published

2 hours ago

on

January 30, 2026

By

Singapore, 30th Jan 2026 – As the global financial system continues to evolve, the digital asset market is steadily shifting from a trading-tool mindset toward an infrastructure-driven phase.
 Security, transparency, and long-term sustainability are becoming the shared priorities of global investors and institutions alike.

Against this backdrop, FXO Global Exchange has entered the market with a clear positioning: an institutional-grade digital asset trading platform designed to serve professional investors with a stable, reliable, and finance-level trading environment.

From a Trading Platform to Financial Infrastructure

FXO does not define itself as a traditional “exchange” in the conventional sense.
 At the core of its architecture, FXO is closer to a long-term financial infrastructure system—one that emphasizes system stability, comprehensive risk-control structures, and the sustained provision of global liquidity.

The FXO team believes that in mature global financial markets, trust is not built on promises, but on structure, rules, and long-term execution.
 As a result, the platform was designed from the outset to align with professional standards found in international financial systems, with security, transparency, and execution efficiency embedded into its foundational architecture.

Institutional-Grade Security and Intelligent Trading Architecture

On the security front, FXO employs multi-layer risk-control mechanisms and asset-segregation structures, enabling continuous monitoring of transactions and fund flows. This ensures system stability even under complex or volatile market conditions.

In terms of trade execution, FXO integrates a high-performance matching engine alongside AI-driven risk-management models. This architecture supports high-concurrency processing and low-latency execution, meeting the dual demands of efficiency and precision required by institutional investors and professional trading teams.

As a platform representative noted,
 “Trading experience is not defined by short-term fluctuations, but by whether the system remains reliable under extreme conditions.”

Global Liquidity Network and a Professional Market Structure

By leveraging a global liquidity-access framework, FXO connects multiple market channels to enhance overall depth and continuity, providing investors worldwide with a smoother and more efficient asset-allocation experience.

At the same time, FXO’s market structure is clearly oriented toward institutions, professional teams, and long-term investors. It emphasizes rational participation and structured growth, deliberately avoiding high-noise, short-cycle speculative behavior.

This strategic positioning has allowed FXO to establish a differentiated path among a crowded field of trading platforms.

A Long-Term Industry Perspective

At a time when the digital asset industry is still undergoing structural realignment, FXO has chosen a restrained yet long-term-oriented approach—
 building a trading platform with financial-system thinking, and serving global markets with infrastructure-level standards.

As FXO has emphasized:
 this is not a tool for short-term speculation, but a position reserved for the future financial system.

As global markets continue to raise expectations around compliance, security, and professionalism, infrastructure-focused platforms like FXO may well become a defining force in the industry’s next stage of development.

Media Contact

Organization: Wholy Digital

Contact Person: Media Relations

Website: https://wholyseo.com/

Email: Send Email

Country:Singapore

Release id:40792

Disclaimer: This press release is provided for general informational purposes only and does not constitute investment, financial, legal, or tax advice, nor an offer, solicitation, or recommendation to buy or sell any digital assets or use any trading platform. Digital asset trading involves significant risk, including the possible loss of capital, and may not be suitable for all investors. Any references to “institutional-grade,” “security,” “risk management,” “liquidity,” or system performance are descriptive statements based on company-provided information and should not be interpreted as guarantees; actual results may vary. Readers should conduct their own independent due diligence and, where appropriate, consult licensed professional advisers and review all applicable terms, eligibility requirements, and regulatory considerations in their jurisdiction before making any decisions.

The post FXO Global Exchange: Building Global Financial Infrastructure for the Future 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

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Disclaimer: The views, suggestions, and opinions expressed here are the sole responsibility of the experts. No Digi Observer journalist was involved in the writing and production of this article.

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