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CNT – saving the earth with blockchain Technology

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2021 is the first year of carbon neutralization. Global warming is an indisputable fact. Recently, more and more frequent smog and extreme climate have hurt us deeply. If we do not actively deal with it, our future generations are likely to die from the harm brought by climate warming. In order to mitigate the impact of global warming and climate change, we must significantly reduce the emission of carbon dioxide. 

The progress and evolution process of human civilization, from “ignition” to “boiling water”, is essentially the utilization process of energy level. A new round of energy revolution is a turning point that can determine the rise and fall of various civilizations. 

What is carbon neutralization? The so-called “carbon neutralization”, that is, net zero emission, refers to the carbon emission necessary for human economic and social activities, which is captured, utilized or stored through forest carbon sink and other artificial technologies or engineering means, so that the net increase of greenhouse gases emitted into the atmosphere is zero. The quantitative change of carbon peak cannot be qualitatively changed to carbon neutralization. Carbon peak is the stage of emission threshold. To achieve carbon neutralization, we need to upgrade science and technology and play the role of carbon trading market. 

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. 

CNT aims to create a more open and transparent carbon removal market, which will contribute to the global promotion of “waiting for action”, and is more in line with the “going down and going up” spirit of “waiting for governance” in the Paris Agreement.The carbon market data is stored synchronously by multiple nodes. The carbon trading process is decentralized, which can participate in the trading of the new carbon sink market more quickly. The carbon sink assets, carbon trading and carbon neutralization data circulation on the chain can be verified at any time to improve the credibility. The most critical data and information transparency and double calculation problems in the carbon market will also be solved. In the transnational and cross regional carbon market, improving the authenticity of transaction content can attract more enterprises and organizations to participate and expand the scope of participation in global carbon neutralization.

    Blockchain technology, known as “trust machine”, as a distributed shared ledger and database, has the characteristics of decentralization, non-tampering, whole process trace, traceability, collective maintenance, openness and transparency. These features ensure the “honesty” and “transparency” of the blockchain. Blockchain can solve the problem of information asymmetry and realize cooperation, trust and concerted action among multiple subjects. As an information technology means that can realize point-to-point transactions, blockchain technically ensures that each consumption behavior is well documented, true and credible; At the same time, the smart contract records and witnesses the transaction behavior at multiple nodes, providing a clear and orderly market environment for the transaction of consumption vouchers.

What does blockchain technology bring to the carbon trading market? 

  1. Blockchain creates a safer, more efficient and more economical market environment for carbon trading. Efficient and economic carbon trading activities will strongly stimulate the enthusiasm of carbon emission enterprises to participate in market trading, thus encouraging enterprises to carry out technological innovation and upgrading of industrial structure, and promoting enterprises to save energy and reduce emissions from the source. Ensure the authenticity, safety and efficiency of carbon trading activities from every link, and build a safe and efficient environment for carbon trading market.
  2. Blockchain creates a more visible, credible and reliable regulatory environment for carbon trading. Using block chain technology to create carbon trading main body, transaction institutions, government and other various carbon asset trading model to build, flexible interaction, from carbon permits access, transaction, circulation, to trade, on the whole process of data chain trusted Shared storage and application, makes carbon emissions quotas under the condition of the “visible” to do business, To build a visible trading supervision mirror for all links and the whole process, and promote the transparency and orderliness of the global carbon emission trading market.

CNT is a core member of the Climate Chain Coalition (CCC), responsible for promoting the Asian market and working together for the Paris Agreement on global Climate action against warming. The Climate Blockchain Alliance, supported by the United Nations Framework Convention on Climate Change (UNFCCC), is an open global organization that uses blockchain technology and related data solutions (e.g.Internet of Things, big data) to help finance climate action, And strengthen the implementation of the Carbon emission measurement, accounting, reporting and verification system (MRV) to mitigate global warming. 

Carbon Trading Agreement is not only a carbon neutral trading application platform. In the design of its contract layer, any third party can establish its own application on CNT. Carbon Trading Agreement plans to migrate on the chain and become part of a decentralized ecosystem. In the future, through international cooperation with the sustainability sector and blockchain industry, Carbon Trading Agreement wants more people to co-develop decentralized apps dedicated to sustainability. Even if the Carbon Trading Agreement is successful, the world will still need more technological innovation and more people to participate in carbon neutrality in mitigating and adapting to the challenges posed by global climate change.

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KH Brokers and LaunchVector: A Transparent Comparison for E-Commerce Investors

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Blatchington Road, England, 15th January 2025, Choosing the right partner when acquiring an e-commerce business is a critical decision for any investor. Companies such as KH Brokers and LaunchVector both operate in the e-commerce acquisition space, yet they follow fundamentally different structures when it comes to deal access, ownership, pricing, and post-acquisition support.

For buyers researching either company, understanding these differences is essential before committing capital. This article provides a clear, factual comparison of KH Brokers and LaunchVector, based on publicly available information and structural distinctions between their models.

Rather than positioning one approach as universally better than the other, the goal of this comparison is to outline how each company operates — allowing investors to decide which model aligns best with their goals, risk tolerance, and desired level of involvement.

1 – Access To Dealflow:

KH Brokers’ Approach to Deal Flow:

KH Brokers operates as a dedicated e-commerce brokerage, facilitating transactions between qualified buyers and established online brands. Founded in 2022, the company has grown rapidly by focusing on the acquisition of cash-flowing e-commerce businesses for both first-time buyers and experienced investors.

KH Brokers’ scale of deal flow is supported by its public transaction history. On platforms such as Flippa, KH Brokers has completed transactions with over 200 buyers, maintained 100% positive feedback, and facilitated more than $14 million in completed transactions on that marketplace alone. This positions KH Brokers among the most active brokers on Flippa for e-commerce brand sales.

While KH Brokers reviews a high volume of potential listings, only a small percentage of businesses ultimately progress to market. Each opportunity undergoes a structured financial and operational review conducted by an internal due diligence team, with a focus on verifying revenue accuracy, cost structures, traffic sources, and operational sustainability. This screening process is designed to ensure that investors are presented with vetted opportunities rather than raw or unverified listings.

LaunchVector’s Deal Access Model:

LaunchVector operates under a different structure. Rather than acting as a broker representing third-party sellers, its model is centered on acquiring businesses directly and presenting opportunities to investors within its framework.

Because of this structure, deal availability is typically shaped by the acquisitions LaunchVector chooses to pursue at a given time, rather than a continuous inflow of seller-submitted listings. This approach may appeal to investors who prefer a more centralized acquisition process, though it naturally differs from a brokerage-led model in terms of deal volume and variety.

Why Deal Flow Matters to Investors:

Access to a broad and well-vetted deal pipeline gives investors more choice, stronger comparables, and greater pricing flexibility. When sellers actively compete to list their businesses, buyers are better positioned to evaluate opportunities side by side and select investments that align closely with their goals.

KH Brokers’ model emphasizes both access and selectivity, while other structures may prioritize a narrower set of internally sourced opportunities. Understanding these differences helps investors determine which approach best matches their desired level of involvement and decision-making control.

2: Pricing and Profit Multiples:

Another key distinction between KH Brokers and LaunchVector lies in how acquisitions are priced and how profit multiples are structured, particularly when ownership percentages are taken into account.

Understanding Pricing Structures:

When evaluating an e-commerce acquisition, it is important for buyers to consider not only the purchase price, but also the percentage of ownership being acquired. Partial ownership structures can result in a higher effective valuation when normalized to a 100% basis.

To illustrate this difference, the examples below are based on publicly available listings and communications, using anonymized business descriptions for clarity.

Illustrative Examples:

In several LaunchVector opportunities reviewed, investors were offered 50% ownership stakes at purchase prices ranging from approximately $250,000 to $500,000. When these transactions are normalized to reflect full ownership valuations, the implied profit multiples ranged from approximately 1.8× to 2.9× annual net profit, depending on the business.

By contrast, comparable opportunities listed through KH Brokers during the same period were offered at 100% ownership, with observed profit multiples generally ranging from approximately 0.8× to 1.3× annual net profit.

Why This Difference Matters:

Ownership percentage directly impacts an investor’s capital recovery timeline and long-term upside. Acquiring 100% of a business at a lower multiple can provide greater flexibility around reinvestment, scaling decisions, and eventual exit options.

Different acquisition models naturally lead to different pricing outcomes. Some investors may prefer partial ownership structures with shared operations, while others prioritize full ownership and faster capital recoupment. Understanding how profit multiples are affected by equity structure is therefore essential when comparing opportunities across platforms.

3: Ownership and Equity Structure:

One of the most fundamental differences between KH Brokers and LaunchVector lies in how ownership and equity are structured in each acquisition model.

LaunchVector’s Ownership Model:

Based on publicly available information, LaunchVector structures its opportunities around partial ownership arrangements. In many cases, investors acquire a fractional stake in a business — commonly around 50% equity, though other minority ownership structures may also be offered depending on the opportunity.

Under this model, LaunchVector retains a significant ownership position in the business. In return, its internal team typically remains responsible for day-to-day operations, marketing execution, and strategic management. For some investors, this structure offers the appeal of a more hands-off investment, with operational responsibilities handled centrally by an experienced team.

This approach may suit buyers who prioritize passive exposure and are comfortable with shared ownership and decision-making.

KH Brokers’ Ownership Model:

KH Brokers follows a different approach. When acquiring a business through KH Brokers, buyers purchase 100% ownership of the company. Full equity is transferred to the buyer, providing complete legal ownership and long-term control of the asset.

Importantly, full ownership does not mean buyers are required to operate the business themselves. KH Brokers specializes in working with first-time e-commerce investors, many of whom prefer a fully hands-off structure. Depending on the business acquired, investors are typically supported by an established operational setup that may include management teams, contractors, or specialist operators responsible for day-to-day execution.

In many cases, investors spend minimal time on weekly oversight, often limited to reviewing performance summaries or participating in brief check-ins. Operational responsibilities such as marketing execution, fulfillment coordination, customer support, and supplier management are handled by non-equity team members under agreed service arrangements.

These teams operate independently of ownership, allowing buyers to retain 100% equity while still benefiting from a professionally managed, low-involvement investment structure tailored to the specific business they acquire.

Understanding the Trade-Off:

The distinction between these two models ultimately comes down to how investors value ownership versus operational delegation.

Partial ownership structures trade equity for centralized management and shared operational responsibility. Full ownership structures preserve equity while relying on non-equity teams, operators, or contractors to maintain continuity and performance.

Both approaches can work depending on an investor’s goals. However, understanding how much equity is retained — and what is exchanged in return — is critical when evaluating long-term upside, exit flexibility, and capital efficiency.

4: Teams Included Post-Acquisition:

Another important consideration for investors is how a business is operated after acquisition, and what level of involvement is required from the buyer.

LaunchVector’s Operational Team Structure:

LaunchVector’s model is built around a centralized, in-house operational team. When an investor acquires a stake in a business, LaunchVector typically continues to manage the day-to-day operations of the asset on the investor’s behalf.

This structure is designed to provide a fully hands-off, passive experience, with execution, optimization, and ongoing management handled internally. For investors seeking minimal involvement and a shared operational framework, this approach can offer clarity around responsibilities and execution.

KH Brokers’ Team Model:

KH Brokers offers a more flexible, buyer-led approach to post-acquisition operations.

Some buyers choose to be actively involved in strategic decisions, while others prefer a fully automated, hands-off structure. KH Brokers supports both preferences by tailoring the operational setup to the specific business and the investor’s desired level of involvement.

For buyers seeking a passive experience, KH Brokers can assemble a dedicated operational team around the acquired business. This may include site managers, marketing specialists, fulfillment coordinators, and customer support resources — all structured to manage daily operations on the buyer’s behalf.

Crucially, these teams operate under service-based arrangements rather than equity participation. This allows investors to retain 100% ownership of the business while still benefiting from professional management comparable to a fully managed model.

Why Team Structure Matters:

Operational teams play a critical role in post-acquisition performance. The difference lies in how those teams are structured and compensated.

Centralized, equity-based team models trade ownership for operational delegation.

Service-based team models preserve equity while still enabling hands-off operation. Both approaches can be effective, but they result in very different long-term outcomes in terms of control, scalability, and exit flexibility.

KH Brokers’ emphasis on tailoring the right team to each business — combined with its network of experienced operators — is a key reason many buyers continue to perform successfully after acquisition. This approach is further supported by publicly available buyer feedback and transaction history across third-party platforms.

Final Thoughts:

Choosing the right partner when acquiring an e-commerce business is not simply a matter of price or promised returns — it comes down to structure, ownership, and long-term alignment.

As outlined above, both KH Brokers and LaunchVector operate within the e-commerce acquisition space, but they do so through fundamentally different models. Differences in deal access, pricing, equity structure, and post-acquisition operations can materially affect an investor’s experience, flexibility, and ultimate outcome.

Some investors may prioritize centralized management and shared ownership, while others value full equity ownership with the option to remain hands-off through professionally structured teams. Understanding these trade-offs allows buyers to assess which approach best fits their goals, risk tolerance, and desired level of involvement.

For those researching either platform, the most important step is conducting independent due diligence, reviewing available opportunities carefully, and ensuring the acquisition model aligns with both short-term expectations and long-term objectives.

Official Websites:

KH Brokers – https://www.khbrokers.com
LaunchVector – https://launchvector.com

Disclaimer:

This article is provided for informational purposes only and is based on publicly available information at the time of writing. It does not constitute investment, legal, or financial advice. Readers are encouraged to conduct their own due diligence and consult with appropriate professionals before making any investment decisions.

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Press Release

VitaOptix Asia Pacific Business Expansion and Otica Brand Launch

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Strategic Expansion with AI and Spectral Technology

Shanghai, China, 15th Jan 2026 – Global AI spectral skin technology company VitaOptix (UK) today announced two strategic milestones: the launch of its Asia-Pacific R&D Center in Shanghai, China, and the opening of its Bangkok Market Operations Center in Thailand. These developments mark the company’s entry into the Southeast Asian market.
Alongside this expansion, VitaOptix introduced Otica, a specialized intimate health brand. The brand is scheduled to introduce an AI Intimate Detection System and Pelvic Floor Magnetic Therapy Solution to the Thai market to provide standardized women’s health management options.

Infrastructure Development: China R&D Center and Thailand Hub
The Shanghai base serves as the first overseas R&D center for VitaOptix, focusing on the development of AI spectral algorithms and clinical validation systems. The facility is staffed by a 30-member interdisciplinary team, including optical engineers, biologists, and AI specialists. Dr. Chen, Head of the Center, stated: “We are adapting the AI spectral technology from our skin analyzers to gynecological detection scenarios to enhance diagnostic precision in the intimate health sector.” The development of the next-generation AI multimodal detection robot, Intima AI Robot, is led by this center and is scheduled for release in 2026.
Based in Bangkok, the Thailand Market Operations Center provides localized services and plans to collaborate with medical aesthetics institutions. Dr. Stefan Müller, Founder of VitaOptix, stated: “Thailand’s annual medical tourism revenue exceeds $7 billion. We chose to establish a foothold here due to its mature private healthcare network and open policy environment, making it a strategic pivot to tap into the 600-million-person ASEAN market.”

Otica Brand: Integration of Technology in Health Management
Utilizing technical resources from the China R&D Center, VitaOptix launched the Otica brand, applying AI spectral technology to female health management. The brand’s technology suite focuses on non-invasive assessment and rehabilitation support.
The product line includes an AI Intimate Detection Device that utilizes multi-spectral imaging and AI deep learning for the assessment of female health indicators. For rehabilitation, the brand offers a Pelvic Floor Magnetic Therapy Device, which employs targeted electromagnetic pulses and biofeedback to support pelvic organ recovery. Additionally, Otica provides health care solutions combining EMS and SPA regulation therapy for tissue management and care.
“Traditional gynecological exams often rely on invasive methods, whereas Otica’s AI spectral detection completes an assessment in 3 minutes,” said Dr. Chen.

Market Context: Health Management Trends
This expansion represents the transition of VitaOptix from skin detection to deep tissue health management. Market observations from Frost & Sullivan indicate that the intimate health sector is experiencing growth exceeding 25% annually. The application of AI spectral technology establishes a technical barrier for the Otica brand, while the establishment of the Thailand center is expected to facilitate procurement processes for beauty institutions across Southeast Asia.
 

Media Contact

Organization: Shanghai VitaOptix Technology Co., LTD.

Contact Person: Stefan

Website: https://www.vitaoptix.com/

Email: Send Email

City: Shanghai

Country:China

Release id:40195

Disclaimer: This content includes references to health-related technologies and is provided for general informational purposes only. It does not constitute medical, diagnostic, or therapeutic advice, nor does it make claims regarding clinical outcomes or effectiveness.

The post VitaOptix Asia Pacific Business Expansion and Otica Brand Launch 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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Stelios Tzellos Co-Authors Research on EBV Transcriptional Activation and CXCR7 Expression

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LONDON, UK, 15th January 2026, ZEX PR WIRE, Stelios Tzellos, Ph.D., is the co-author of multiple peer-reviewed research studies focused on gene regulation by the Epstein-Barr virus (EBV), particularly the molecular differences between EBV type 1 and type 2 strains. His contributions to the field of viral oncology and transcriptional regulation were developed during his doctoral training at Imperial College London, where he earned a Ph.D. in Molecular Biology following undergraduate and master’s degrees in Biochemistry.

His work has been published in journals such as the Journal of General Virology, where he is listed as first author on the 2014 study titled “EBV EBNA-2 type 1 and type 2 proteins induce expression of the cellular CXCR7 and EBI2 genes through a mechanism involving a common motif in their transactivation domains.” This study is indexed in PubMed under PMID 25436768.

The study investigates how a single amino acid substitution (S442D) in the EBNA-2 protein from EBV type 2 can convert it to a phenotype more similar to that of type 1 EBNA-2, which is more efficient at transforming B cells. The findings contribute to the understanding of how sequence variation in viral proteins can lead to differences in their ability to activate both viral and host cell genes involved in cell proliferation and transformation.

The researchers found that type 1 EBNA-2 induced stronger activation of the viral LMP-1 gene and the cellular CXCR7 gene, both of which are associated with enhanced B-cell growth and survival. Using chromatin immunoprecipitation (ChIP) assays, the study showed that type 1 EBNA-2 had stronger binding to regulatory regions of these genes compared to type 2 EBNA-2. Motif analysis identified an ETS-IRF composite element that may account for these differences in transcriptional activation.

This work adds to the field’s understanding of how EBV contributes to the development of lymphoproliferative diseases and certain types of cancer. The research has implications for the study of viral oncogenesis and may inform future therapeutic approaches that target EBV-mediated signaling pathways.

In addition to the 2014 study, Stelios Tzellos is listed as a co-author on other EBV-related publications that investigate the molecular basis of differential gene activation by EBNA-2. These include contributions to studies that used 5′ RACE to identify transcription start sites in EBNA-2-regulated genes and that evaluated how amino acid changes influence protein-DNA interactions at key promoter regions.

During his time at Imperial College London, Dr. Tzellos worked in a laboratory environment applying molecular biology techniques such as site-directed mutagenesis, luciferase reporter assays, and chromatin immunoprecipitation to explore these mechanisms. His work involved generating and testing EBNA-2 variants to better understand how small sequence changes can result in functional differences in gene expression.

Although he transitioned to a career in pharmaceutical analytics and forecasting after completing his Ph.D., Dr. Tzellos’ academic work continues to be cited in molecular virology and EBV-related research. His publications remain part of the foundational literature exploring the transcriptional control functions of EBV nuclear antigens and their relevance to B-cell biology.

For access to the full publication, readers may refer to:
PubMed: PMID 25436768

Dr. Tzellos currently resides in the United Kingdom and continues to work in the pharmaceutical sector in analytics roles. His early scientific work in viral gene regulation continues to inform his approach to evidence evaluation and scientific rigor.

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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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