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Grain Yield Increase and Disaster Reduction by “Fen long” Technology Invented in China Contributing to Improve the Better Future of Human Being

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5 years ago

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Editor’s Note:

In recent years, natural disasters such as drought and waterlogging occur frequently. Climate warming has triggered various disasters that affect existence, which has brought unprecedented challenges to grain production, ecological environment and world peace maintenance. “Fen long” technology, the new method of farming invented by Wei Benhui, the Chinese inventor, can help to solve these problems in the world to a certain extent and make the human future better by multiple using “5 kinds of resources”, soil and its cubic natural rainfall, oxygen, temperature, humidity and solar energy.

In August 2021, the yield of highland barley in the saline-alkali soil, which was transformed by “smash-ridging” technology in Zangzhong Village, Zhaqi Town, Zhanang County, Shannan City, Tibet, China, the roof of the world, increased by 38.67%. The highland barley yield of smash ridging sand soil farmland in Kemai Community, Changzhu Township, Naidong District, increased by 1121.73 kg, with 25.43% of increase range, and the straw yield also increased by more than 20%. Peng Xinhua, the researcher of Nanjing Institute of Soil Science, Chinese Academy of Sciences has implemented smash-ridging sweet potato experiment in Jiangxi Province, and the result was that the yield increased by 89% to 117%. The maximum production increase of wheat of heavy coast saline-alkali soil in Dongying City, Shandong Province was 154.22% after being transformed by “smash-ridging” technology. The production increase of cotton of heavy saline-alkali soil in Yuli County, Xinjiang Autonomous Region was yet 81.17% in the fourth year after being transformed by “smash-ridging” technology. Over the past decade, “smash-ridging” technology was applied to nearly 50 kinds of crops such as rice, corn and wheat in 28 provinces such as Guangxi and Xinjiang, and no more rich water, pesticide or other production costs was required while the production increase was generally 10% to 50%, the quality was improved by 5% and the increase production in saline-alkali soil was 20% to 100% after transformation. Experts estimated that, the natural disaster such as waterlogging, drought, high temperature and low temperature may be reduced by more than 20%, and soil environment improvement,and crop biomass increase will reduce carbon by more than 10% and increase  ground air humidity by 10%.

Invented by Wei Benhui from Guangxi Academy of Agricultural Sciences, “smash-ridging” technology is a major new method of farming, which can realize a new round of production increase, quality improvement, water conservation, disaster reduction, carbon reduction and sustainable development of agriculture and contribute to widen the space of human existence and development.

In March 2021, “smash-ridging” technology was shown on the world’s No. 1 screen in Times Square, which stated that the smash ridging agricultural machinery and smash ridging farming that would not mess the soil layers for ultra deep ploughing had broken through worldwide problems such as “physical” production increase of agriculture and physical transformation of saline-alkali soil. “Smash-ridging” technology which has shocked the world is common technology, common welfare and common wealth of all mankind.

The advert of “smash-ridging” technology marks that the world has ushered in a very rare new agricultural revolution. The technology is simple, widely applied and sustainable for hundreds of years. It has realized increase of grain production and decrease of disaster to benefit human being.

1. Creating subversive fifth farming mode, which is worldwide used

“Smash-ridging” technology is named after vertical burying, high-speed rotary-cut smash soil, ridge and suspend by using spiral, hollow and other “drill” farming tools invented by Wei Benhui, instead of the “plow” which has been used for 5,500 years. “Smash-ridging” technology has become the fifth efficient farming mode after slash-and-burn cultivation, man power, animal power and tractor ploughing in the history of human farming. “Smash-ridging” technology structured “smash-ridging agriculture” technology system that matches smash-ridging agricultural machinery, smash-ridging farming and smash-ridging cultivation and overturned traditional farming way and agricultural production technical philosophy by using the scientific concept of “ultra deep ploughing and deep loosening the soil without messing the soil layers”. The worldwide universal technology expands the space for human existence and development, and its scientific connotation and characteristics are as below:

First of all, fully excavate natural resource utilization that the earth feeds human being. With 5 kinds of natural resources, soil, the grain producer which the mankind survives on, natural rainfall, oxygen, temperature and humidity and solar energy, once more multiple positive utilization can be realized on the basis of existent farming and agricultural utilization to promote a new round of agricultural production increase, quality improvement, water conservation, disaster reduction, carbon drop and sustainable development.

Secondly, trigger deepening utilization of the surface soil of earth with a light force. Loosened soil increases several times over., and most of soil is granular, and granular structure surface is smooth. Unit weight decreases by 10% to 20%, and available nutrient increases by 10% to 30%. Basic fertility improves by 10% to 30%, and applying quantity of chemical fertilizer for planting crop can reduce by more than 10%.

Thirdly, create cultivated land reservoir with loosened soil and expanded volume. Natural rainfall reserves approximately double, which provides conditions for human being to utilize rainwater and snow water again. Soil porosity enlarges approximately and oxygen increase approximately by one time. Soil microbial community and quantity increase by almost multiple times.

Fourthly, create soil ecological environment that is suitable for crop growth. Smash ridging cultivation requires soil ecological environment with balanced water, fertilizer, gas and heat. The crop takes roots in the earlier stage, strengthens in the medium stage and becomes powerful in the later stage. It features production increase and quality improvement with resistant to drought, high and low temperature. The root system is particularly developed with fibrous root increasing and activity strengthening. The photosynthetic efficiency improves by 10% to 30%, and the stress resistance such as drought and high and low temperature improves by approximately 20%, while  biomass increases by 20% to 30%.

Fifthly, create suitable environment for crops based on ecological conditions in which high agricultural yield is still available and consumption of agricultural “chemicals” is achievable even the consumption of fertilizer and pesticide can be reduced by more than 10% and some plastic mulch can be reduced. Some of polluted soil can be “purified itself”. For example, reduction of heavy metal pollution (reduction of cadmium content of rice) is a physical effect that other chemical means can hardly match.

Sixthly, realize no ecological area or crop variety limit. Almost all crops and some traditional Chinese medicinal materials in rice field, dry land and even saline-alkali soil can be applied to from Hainan Province at low latitude (18°N) to Xinjiang and Heilongjiang at high latitude (45° to 50°N), from Beihai of Guangxi at low altitude (10 to 15 metres) to Shigatse of Tibet at high altitude (over 4,000 metres), which indicates that there is no obvious limit on ecological area or crop variety, and it can be generally used in the world.

2. Application in China’s cultivated land and saline-alkali soil in 2021, with outstanding results

Test on smash ridging has been implemented in many places of China, and the result showed that comparing with traditional cultivation, the yield of rice increased by 15.5%, that of corn increased by 12.26%, and that of peanut increased by 8.05% with no fertilization.

“Smash ridging” technology has been applied to 50 kinds of crops such as rice, corn, wheat and potato in 28 provinces all over China for more than a decade, and production increase achieved 10% to 50%, and production increase in saline-alkali soil after being transformed achieved 20% to 100% with no increasing fertilization or irrigation volume. There are many cases of production increase in various places. In Yuanjiang City of Hunan Province, yield of smash ridging rice increased by 26.5% in that year, and it still increased by 12% in the fourth year after the first smash ridging cultivation. The yield of smash ridging wheat in Fuping, Shaanxi Province increased by 29.9%, and that of the second crop of corn increased by 34.89%. The average production increase of rained farming sugarcane was 32.5%.

In 2021, the cases of production increase with “smash-ridging” technology occurred frequently, and the results are outstanding.

Firstly, rice production continuously increases with “smash-ridging” technology. Yaoguao Town, Longhui County, Hunan Province used to be the breakthrough point where Academician Yuan Longping’s hybrid rice yields reached 900 kg per mu. In April 2014, “smash-ridging” cultivation was implemented, and the yield of hybrid rice increased by 25% in that year. It has been the 8th year since “smash ridging” technology was implemented, but the yield of hybrid rice is expected to increase by 10% or so. The yield of second crop of rice after rice smash ridging was implemented in Yongan Village, Shifu Town, Nanning City, Guangxi Autonomous Region increased by 9.5%.

Secondly, smash ridging water conservation and continuous high yield lasted for many years. In 2021, the third year after “smash-ridging” technology was implemented in Yanshan, Cangzhou City, Hebei Province, the yield of wheat with water conservation increased by 18% with irrigation reduction by nearly 2,000 cubic metres per hectare. In 2021, the sixth year after “smash-ridging” technology was implemented in Fanjiazhai Village, Guyang Town, Lankao County, Henan Province, the yield of wheat increased by 10.3%.

Thirdly, “smash-ridging” agriculture and saline alkali soil transformation in highland region. As previous statement, the yield of highland barley of saline alkali soil in Tibet, the roof of the world, increased by 38.67%, that of highland barley of sand soil cultivated land with “smash-ridging” technology increased by 25.43%, that of highland barley straw increased by more than 20%, which can effectively solve the problem of lack of grain and feed in Tibet.

Fourthly, the history of high yield of sugarcane in a large area with “smash-ridging” technology was made. “Smash-ridging” technology “145” demonstration base for planting sugarcane was built in Guangxi Academy of Agricultural Sciences. On March 6, 2021, upon experts’ acceptance, it increased by 38.3% than conventional cultivation. “Smash-ridging” technology “145” demonstration in Binyang of Guangxi, is expected to make history of green ecological high yield of sugarcane in a large area with entire mechanization to bring a sample for China’s and the world’s sugarcane planting technology.

3. Increasing grain yield and decreasing disaster by conforming to the nature, and all the mankind getting a better future

The best living quality and survival and development environment with abundant and tasteful food, fresh air and visible blue sky and cloud are mankind’s good wishes.

The earth is endowed with 5 kinds of inexhaustible natural resources, soil and its stereoscopic spatial natural rainfall, oxygen, temperature and humidity and solar energy. Soil is the “producer” of grain and other agricultural products the human being survives on and the “regulator” of natural environment to relieve drought, waterlogging and other natural disasters. In order to realize the above dreams, human being has to profoundly comprehend and properly utilize the “5 kinds of natural resources”, which is the fundamental obedience to the rules of resource utilization for mankind’s survival. For a country, the more proper utilization rate of “the 5 kinds of natural resources” of the stereoscopic space, the more secure grain and ecology in the country, the more fortunate of national life, which is also in this way for all the world and all the mankind.

The core of “smash-ridging” technology is to multiply sound utilization of the above “5 kinds of natural resources”. Its pioneering scientific contribution is based on the principle of “ultra deep cultivation and deep loosening (by utilizing the soil resources of plough sole which human being has not utilized yet), loosening soil at original site, granular soil, once off completion of soil preparation., and no tillage or light tillage for conservation tillage for years”. Meanwhile, “smash-ridging” technology is almost applied to various land resources including cultivated land and saline alkali soil so that agricultural available resources have expanded substantially. Furthermore, yield increase can be maintained with properly reducing fertilization. Additionally, it is easy to popularize and apply, and it is merely to replace tractor “plough” cultivation with smash ridging “drill”. Rice field is 25 cm deep, and dry land is 35 cm deep, and saline alkali soil is 40 cm deep. Expected effect is achievable with no excessive input or technical instruction required.

Wei Benhui said that invention of spiral and hollow “drill” tillage implements would certainly bring a major change of tillage implements and modernization of series products of smash ridging agricultural machinery equipment. The world will usher in great new times of “smash-ridging agriculture”.

According to expert’s estimates, if 1 billion mu of farmland and 300 million saline alkali land are cultivated in China, 130 billion kg of grain can be increased every year and 300 to 400 million more people can be fed. If land “smash-ridging” technology is implemented in 50% of farmland in the world, yield of grain can be increased and more people can be fed.

With “smash-ridging” technology, 40 to 50 cubic metres of natural rainfall reserve can be increased for cultivated land per mu, and drought, waterlogging and other disasters can be reduced. Recently, heavy waterlogging occurred in Henan Province. Because light tillage is carried out in most of cultivate land (most of loosened soil of plough layer is 12 to 15 cm), the soil of button layer is compacted and moves upward due to rolling by tractor wheels for years. Adding the road extension and ground hardening in the villages, there is no more place for water reservation. If “smash ridging” technology is implemented in half of cultivated land, such affect of rainstorm can be reduced greatly. Also, with improving smash ridging soil environment and significant increasing crop biomass, the goals including carbon reduction, peak carbon dioxide emissions and carbon neutralization can be achieved early, and global warming can be relived greatly.

“Smash-ridging agriculture” and its entire production technology system invented and created by Wei Benhui have surpassed the existent agricultural production mode and have been affirmed and supported by Yuan Longping and other more than 10 Chinese academicians. The technology system has been practiced to almost all crop varieties from low latitude to high latitude and from low altitude to high altitude. It can be popularized globally and is expected to be a new mainstream technology in the world to lead the trend of agricultural cultivation development. The future will be better for all mankind. (Written by Heng Yi)

[Character Introduction]

Wei Benhui, the inventor of “smash-ridging” technology, Chinese cultivation expert, secondary researcher of Guangxi Academy of Agricultural Sciences, has acquired 21 achievements in sugarcane, Chinese yam, potato, cassava and “smash-ridging” technology, 18 national, provincial and ministerial awards, 15 invention patents. He has bred 26 new varieties of Chinese yam. Additionally, he has published 10 works such as China’s Ecology for Grain Increase with Smash Ridging Alive Soil and Chinese Yam Cultivation as well as more than 170 papers. He has won the titles of National Outstanding Scientific and Technological Worker of China, Special Allowance Expert of the State Council, Guangxi Excellent Expert, Guangxi Outstanding Contribution Expert, Guangxi Most Beautiful Scientific and Technological worker, etc.

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Press Release

AtlasClear Holdings Reports Preliminary Fiscal 2026 Revenue of Approximately $20.1 Million, Up 85%; Revenue Plus Interest Income of Approximately $21.9 Million

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3 hours ago

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September 17, 2026

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TAMPA, Fla, September 17th, 2026, FinanceWire

  • Stock Locate Fees Grow More Than 20-Fold to Approximately $6.8 Million; Commissions Up Approximately 56%
  • Non-Commission Revenue Lines Now Represent Approximately 54% of Total Revenues, Up From 45% in Fiscal 2025
  • Second Consecutive Year of Positive Net Income; Cash More Than Doubles to Approximately $15.4 Million; Stockholders’ Equity of Approximately $21.1 Million
  • AtlasClearing Net Capital Up Approximately 28% Year-over-Year to $14.4 Million
  • Six New Correspondent Broker-Dealers Signed; Revenue from These Relationships Not Yet Reflected in Results
  • Growth Achieved Without At-the-Market or Equity Line Financing; No Dilutive Capital Raise Since October 2025

AtlasClear Holdings, Inc. (NYSE American: ATCH) (“AtlasClear” or the “Company”), a company building regulated financial infrastructure for smaller institutions, fintechs and advisors, today announced select preliminary unaudited financial results for the fiscal year ended June 30, 2026.

Revenue

Based on preliminary unaudited results, AtlasClear expects to report fiscal 2026 total revenues of approximately $20.1 million, an increase of approximately 85% from $10.9 million in fiscal 2025. The Company also expects to report interest income of approximately $1.8 million, which is presented in other income under GAAP. Total revenues plus interest income are expected to be approximately $21.9 million, compared with approximately $12.9 million in fiscal 2025, an increase of approximately 70%. The separate audited financial statements of the Company’s broker-dealer subsidiary, AtlasClearing, Inc., for the fiscal year ended June 30, 2026, filed with the SEC on August 31, 2026, present interest income within revenues and report total revenues of approximately $21.8 million.

Growth came from both the core commission business and newer business lines. Commission revenue increased approximately 56% to approximately $9.3 million. Stock locate fees, a business the Company launched and scaled during fiscal 2026, increased to approximately $6.8 million from approximately $0.3 million and represented approximately 34% of total revenues. Net gains on firm trading accounts contributed approximately $0.5 million. As a result, commission revenue grew in absolute dollars while declining from approximately 55% of total revenues in fiscal 2025 to approximately 46% in fiscal 2026, and non-commission revenue lines represented approximately 54% of the total.

Profitability and Balance Sheet

The Company expects to report net income of approximately $2.0 million for fiscal 2026, its second consecutive year of positive net income, which includes non-cash gains from changes in the fair value of the Company’s financial instruments. At June 30, 2026, the Company expects to report cash and cash equivalents of approximately $15.4 million, more than double the $7.5 million a year earlier; total stockholders’ equity of approximately $21.1 million, compared with a stockholders’ deficit of approximately $6.8 million at June 30, 2025; and total liabilities of approximately $50.1 million, a reduction of approximately $17.6 million.

Net capital at AtlasClearing, Inc. increased to approximately $14.4 million at June 30, 2026 from $11.2 million a year earlier, as reported in AtlasClearing’s audited annual report filed with the SEC. That is approximately $14.1 million above its minimum requirement and well above the $10 million excess net capital threshold that the National Securities Clearing Corporation requires of firms that clear for introducing brokers. Net capital is stated after deducting unsecured receivables from other broker-dealers for stock locate fees, which are treated as non-allowable assets until collected and have grown with the stock locate business.

Correspondent Pipeline and Capital Discipline

AtlasClearing has signed clearing agreements with six new correspondent broker-dealers, which are in various stages of onboarding and conversion. Fiscal 2026 results include no meaningful revenue from these relationships, which the Company expects to begin contributing as conversions are completed during fiscal 2027.

Fiscal 2026 growth was achieved without reliance on at-the-market or equity line financing. The Company sold no shares under its equity line facility during fiscal 2026 and has not conducted any at-the-market offering or other dilutive capital raise since its October 2025 institutional unit financing. Shares outstanding were approximately 150.3 million at June 30, 2026 and approximately 151.8 million as of the date of this release.

Management Commentary

“Fiscal 2026 was a breakout year for AtlasClear. Revenue increased approximately 85% to roughly $20.1 million, and including interest income the business generated approximately $21.9 million,” said John Schaible, Executive Chairman of AtlasClear Holdings. “Just as important is how we got there. More than half of our revenue now comes from lines of business that barely existed two years ago, and we did it without an at-the-market program or an equity line. We finished the year with more than twice the cash, stockholders’ equity of more than $21 million, and a stronger broker-dealer. That is the foundation we intend to build on as we continue to pursue our bank strategy, and we look forward to updating shareholders in greater detail on our full-year results and operations later this month.”

“The operating story at AtlasClearing is one of execution,” said Craig Ridenhour, President of AtlasClear Holdings and Chairman of AtlasClearing, Inc. “Commissions grew more than 50%, stock locate went from a standing start to nearly $7 million, and net capital finished the year up more than $3 million. Six new correspondents have signed and none of their revenue is in these numbers yet. As those correspondents onboard, the customer assets and trading activity they bring will give us the ability to scale our stock loan business and to add new forms of interest income, including on margin balances, customer cash and securities lending, on the platform and team we already have in place, with only incremental expense.”

Preliminary Results

The preliminary financial results included in this release have been prepared by, and are the responsibility of, the Company’s management. These results are preliminary and unaudited and are subject to completion of the Company’s financial closing procedures and audit. Actual results may differ from the preliminary results presented above, and any such differences could be material. These preliminary results should not be viewed as a substitute for the Company’s full audited consolidated financial statements. Total revenues plus interest income, as used in this release, is a supplemental measure that is not calculated in accordance with GAAP. It is the sum of total revenues and interest income, each as the Company expects to report them in its consolidated statement of operations, and is presented because interest earned on balances held by the Company’s broker-dealer subsidiary is an integral part of its operating economics. It should not be considered a substitute for total revenues determined in accordance with GAAP.

Fiscal 2026 Results and Conference Call

AtlasClear expects to file its Annual Report on Form 10-K for the fiscal year ended June 30, 2026 and report its full fiscal 2026 financial results by September 28, 2026. The Company also expects to host a conference call to discuss its fiscal 2026 results by September 28, 2026. Additional details regarding the conference call will be provided in advance.

About AtlasClear Holdings, Inc.

AtlasClear Holdings, Inc. (NYSE American: ATCH) is building a technology-enabled financial services platform designed for trading, clearing, settlement, and banking for emerging financial institutions and fintechs. Through its wholly owned subsidiary AtlasClearing, Inc. (formerly Wilson-Davis & Co., Inc.), a full-service correspondent broker-dealer registered with the SEC and FINRA, and its planned acquisition of Commercial Bancorp of Wyoming, AtlasClear Holdings seeks to deliver a vertically integrated suite of brokerage, clearing, risk management, regulatory, and commercial banking solutions. For more information, follow us on LinkedIn or X and visit www.atlasclear.com.

To stay up to date on AtlasClear’s platform strategy and market perspective, subscribe to the Company’s YouTube channel and watch the Clearing the View by AtlasClear video series.

Forward-Looking Statements

This communication contains forward-looking statements within the meaning of the Private Securities Litigation Reform Act of 1995, as amended, that reflect AtlasClear Holdings’ current views with respect to, among other things, its future operations and financial performance. Forward-looking statements in this communication may be identified by the use of words such as “anticipate,” “assume,” “believe,” “continue,” “could,” “estimate,” “expect,” “future,” “intend,” “may,” “outlook,” “plan,” “potential,” “predict,” “project,” “seek,” “should,” “target,” “will,” “would,” and similar expressions.

Forward-looking statements include, but are not limited to, statements regarding the Company’s preliminary unaudited financial results for the fiscal year ended June 30, 2026, expected future growth, strategic initiatives, the onboarding and conversion of the Company’s newly signed correspondent broker-dealers and the timing and revenue contribution of those relationships, the Company’s future financing activities, the expansion of the Company’s stock locate, securities lending and margin businesses, the expected timing of the filing of the Company’s Annual Report on Form 10-K for the fiscal year ended June 30, 2026 and the matters to be reported therein, the proposed acquisition of an institutional digital asset business and the proposed acquisitions of Ark Financial Services, Inc. and the Target, the anticipated timing and completion of the initial and second closings of the Dawson James transaction, the execution of definitive documentation, receipt of FINRA and other required regulatory and stockholder approvals, the anticipated growth of Dawson James’s clearing activity through AtlasClearing, the expected revenue, net income and EBITDA contributions of the proposed acquisitions, the timing of any disclosure of the Target’s identity, the Company’s intention to refile its application to acquire Commercial Bancorp of Wyoming, future financial performance, future capital markets activity, and the Company’s ability to execute on its business strategy. The letter of intent for the digital asset acquisition and the amended Dawson James letter of intent are non-binding (other than certain customary provisions), and there can be no assurance that definitive agreements will be executed or that the proposed acquisitions will be completed on the terms described, or at all.

These statements are based on current expectations and assumptions that are subject to risks and uncertainties, many of which are beyond the Company’s control, and actual results may differ materially from those anticipated. Factors that could cause actual results to differ include, but are not limited to: the risk that the Company’s final audited results for fiscal 2026 differ from the preliminary unaudited results described in this release; AtlasClear’s failure to enter into definitive agreements with the Target or the Dawson James parties, or its failure to complete the proposed acquisitions on favorable terms or at all; failure to receive the required regulatory approvals for the proposed acquisitions; AtlasClear’s inability to integrate, and to realize the benefits of, the proposed acquisitions; the risk that AtlasClear does not refile its application for the acquisition of Commercial Bancorp or that the acquisition does not close as a result of the failure to satisfy the conditions to closing such acquisition (including, without limitation, the receipt of approval of Commercial Bancorp’s stockholders and receipt of required regulatory approvals); delays in onboarding correspondent broker-dealers or the failure of correspondent relationships to generate the anticipated revenue; the risk that the Company does not file its Annual Report on Form 10-K within the time period anticipated; changes in general economic or political conditions; changes in the markets that AtlasClear targets; slowdowns in securities or digital asset trading or shifting demand for trading, clearing and settling financial products; and any change in laws applicable to AtlasClear or any regulatory or judicial interpretation thereof. For additional information regarding risks and uncertainties, please refer to the Company’s filings with the Securities and Exchange Commission, including its Annual Report on Form 10-K for the year ended June 30, 2025, as amended, and its Quarterly Report on Form 10-Q for the quarter ended March 31, 2026. AtlasClear undertakes no obligation to update or revise forward-looking statements, except as required by law.

Contacts

Jeff Ramson
jramson@pcgadvisory.com
AtlasClear Holdings, Inc
AtlasClearIR@atlasclear.com

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Press Release

FET Earn: John Finser Brings AI , Dow Governance and Decentralized Trading Together

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5 hours ago

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September 17, 2026

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London, United Kingdom — Artificial intelligence is rapidly changing the way people interact with technology, while blockchain continues to reshape how digital assets and financial applications are built. At the intersection of these two industries, a new approach to automated trading is gaining attention through FET Earn, an AI-focused decentralized trading system associated with London-based technology professional John Finser.

The idea behind FET Earn comes from a simple but increasingly important question: can artificial intelligence do more than analyze information and instead become an active part of a decentralized trading system?

John Finser’s work in the AI and blockchain space has contributed to the development of this concept. His professional experience with the FET ecosystem gave him exposure to the rapidly developing relationship between artificial intelligence, blockchain infrastructure, and autonomous technologies.

That experience helped shape the vision behind FET Earn.

What Is FET Earn?

FET Earn is designed as an AI-powered decentralized trading system that combines artificial intelligence, algorithmic trading, blockchain technology, and smart contracts.

The objective is to create a system where automated trading operations can work through decentralized smart-contract infrastructure rather than relying entirely on traditional centralized platforms.

At the heart of the FET Earn concept is an AI-driven algorithm designed to automate trading-related activities. Users interact with the smart-contract environment, while the system is designed to manage the automated trading process according to its underlying technology and programmed logic.

This approach places FET Earn within a growing area of blockchain development where AI is being explored not simply as a data-analysis tool, but as part of the operating layer of decentralized applications.

The Story Behind FET Earn

The development of FET Earn is closely connected with John Finser, whose background in AI and blockchain technology played an important role in shaping the project’s direction.

Finser’s experience with FET provided an opportunity to work around technologies focused on artificial intelligence and decentralized networks. That exposure helped him understand both the potential and the challenges involved in bringing AI capabilities into blockchain-based systems.

Rather than stopping at existing AI applications, the next step was to explore how the same technological principles could be applied to decentralized trading.

This became the foundation for FET Earn.

The project is built around the idea that automated intelligence and decentralized infrastructure can work together to create a different kind of digital-asset trading environment.

John Finser: The Technology Vision Behind FET Earn

For FET Earn, technology is not simply an additional feature. It is the foundation of the entire concept.

John Finser is associated with the development and vision of the FET Earn system, bringing experience from the AI and blockchain sector to a project focused on automated decentralized trading.

His professional connection with the FET ecosystem is particularly relevant to the project’s story because FET has become closely associated with artificial intelligence and blockchain-based autonomous technologies.

That experience helped provide a practical understanding of how AI concepts can be connected with decentralized infrastructure.

With FET Earn, the focus moves toward a more specific use case: using AI-driven automation in a decentralized trading environment.

How FET Earn’s AI Trading Concept Works

The technology behind FET Earn combines several components that work together.

The first component is the decentralized smart contract. Smart contracts provide the framework through which programmed operations can be executed on blockchain infrastructure.

The second component is the AI trading algorithm. The system is designed to use algorithmic logic and AI-based automation to handle trading-related operations.

The third component is the digital asset layer, where the underlying token and liquidity mechanism form part of the trading environment.

In the proposed FET Earn model, users can deposit FET into the relevant smart-contract structure, with the system designed to use automated trading mechanisms around that deposited asset.

The intention is to reduce the need for users to manually manage every trading decision and instead introduce an automated mechanism driven by the project’s algorithms.

Why AI Matters to FET Earn

AI has already become one of the most discussed technologies in the blockchain industry. However, much of the conversation has focused on AI applications, AI agents, and data analysis.

FET Earn takes the concept in another direction by exploring how AI automation can be integrated into decentralized financial activity.

Instead of asking users to constantly monitor charts and make individual trading decisions, the system is designed around automated processes.

This is where the combination of AI and smart contracts becomes important.

Smart contracts provide the decentralized execution layer, while AI and algorithmic technology are intended to provide the automated decision-making and trading functionality.

The result is a model focused on bringing automation directly into the decentralized environment.

FET Earn and the Future of Automated Trading

The cryptocurrency market operates around the clock. Unlike traditional financial markets, digital-asset markets do not follow a standard five-day trading schedule.

For traders and investors, this creates an obvious challenge: continuously monitoring the market is difficult.

Automated trading systems have therefore become an important part of the digital-asset industry.

FET Earn is designed to address this challenge through AI-powered automation.

The system’s objective is to allow trading processes to operate through programmed algorithms and smart contracts, creating an environment where automation can play a larger role in digital-asset management.

While automated systems cannot remove market risk, the technology can potentially make the trading process more systematic and less dependent on constant manual intervention.

The Role of FET in the FET Earn Ecosystem

The relationship between FET and FET Earn is an important part of the project’s technology story.

FET is widely recognized in the blockchain industry for its connection with artificial intelligence, autonomous agents, and decentralized AI infrastructure. This makes the FET ecosystem a relevant technological reference point when discussing the development of new AI-based blockchain applications.

FET Earn builds its own concept around this broader technological direction, with a particular focus on decentralized trading and AI automation.

The use of FET within the proposed trading model creates a direct connection between the digital asset and the automated system.

This gives FET Earn a clear focus: creating an AI-powered environment where FET can be used within a decentralized trading mechanism.

A Different Direction for Blockchain-Based AI

The blockchain industry has evolved significantly from its early focus on simple digital transactions.

Today, developers are working on decentralized finance, smart contracts, autonomous agents, artificial intelligence, and increasingly sophisticated automated applications.

FET Earn sits within this wider evolution.

Its focus is not simply on creating another crypto platform. Instead, the project is centered around the development of a technology model that brings together AI algorithms and decentralized smart contracts for automated trading.

For John Finser, the project represents an extension of his experience in the AI and blockchain industry and an opportunity to develop a system focused on practical automation.

John Finser’s Vision for FET Earn

The central vision behind FET Earn is to make AI automation a functional part of decentralized trading.

John Finser’s experience with AI-focused blockchain technology helped establish the foundation for this direction. His work around the FET ecosystem provided exposure to the development of decentralized AI technologies, while FET Earn takes that experience toward an application focused on automated digital-asset trading.

The broader goal is to develop a system where blockchain provides transparency and decentralized execution, while AI provides the intelligence and automation required for trading operations.

It is this combination that defines the identity of FET Earn.

What Comes Next for FET Earn?

The AI and blockchain industries are still developing, and the possibilities for combining the two technologies continue to expand.

For FET Earn, future development can focus on improving AI-based algorithms, strengthening smart-contract infrastructure, expanding automation capabilities, and exploring additional applications within decentralized finance.

As AI agents and autonomous systems become increasingly sophisticated, projects such as FET Earn are part of a broader movement toward automated blockchain applications.

The long-term potential lies in creating technology that can operate with less manual intervention while maintaining the advantages of decentralized infrastructure.

About FET Earn

FET Earn is an AI-focused decentralized trading initiative built around the combination of artificial intelligence, algorithmic automation, smart contracts, and digital assets.

The project is associated with John Finser, a London-based technology professional with experience in the AI and blockchain sector and a professional connection with the FET ecosystem.

Through FET Earn, the project aims to explore a new approach to automated digital-asset trading by bringing AI-driven algorithms into a decentralized smart-contract environment.

As the worlds of artificial intelligence and blockchain continue to converge, FET Earn is positioning itself around one of the industry’s most important emerging themes: the use of intelligent automation in decentralized financial applications.

FET Earn — Where AI Automation Meets Decentralized Trading.

Disclaimer: This article is provided for informational and promotional purposes only and should not be considered financial or investment advice. Digital assets and automated trading systems involve significant risks, and users should conduct their own research before making any financial decisions.

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Press Release

Robotics Industry Boom Drives Surge in Orders for High-Precision Components

Published

5 hours ago

on

September 17, 2026

By

As robotics manufacturing accelerates worldwide, demand for high-precision components — robotic arm structures, joint bearing housings, precision gears and reducer housings — is rising sharply. Xiamen-based precision manufacturer RpProto has responded by installing 20 new five-axis CNC machines, expanding its capacity to deliver tighter tolerances and faster turnaround for robotics customers moving from prototyping into production.

Xiamen, China, 17th Sep 2026 — Orders for high-precision robotics components are climbing fast, and manufacturers up and down the supply chain are scrambling to keep up. Robotic arms, joint bearing housings, precision gears, reducer housings and planetary gear carriers are among the parts seeing the sharpest increases in demand, as industrial automation, collaborative robots and humanoid robots all move further into commercial production.

RpProto, a precision manufacturer based in Xiamen, China, is responding to that demand with a major equipment investment: 20 new five-axis CNC machines, now fully installed and running.

Why five-axis matters for robotics parts

Robotics components tend to be harder to machine than most people realize. A robotic arm joint or a planetary gear carrier often needs several angled faces, curved surfaces and tight-tolerance holes finished in a single part — features that are difficult, sometimes impossible, to hold accurately on a three-axis machine without multiple setups. Every extra setup adds time and introduces room for error.

Five-axis machines cut that problem down by finishing most of a part’s geometry in one pass. That matters even more for robotics work than for a lot of other industries, because the tolerances on things like bearing housings and gear teeth directly affect how smoothly a joint moves or how much backlash shows up in a gearbox.

Through its CNC machining services, RpProto says it has seen this shift firsthand in its own order book over the past year — more requests for complex, multi-surface robotics parts, and more customers asking for smaller batches turned around faster rather than large runs on longer lead times.

What the new capacity covers

The 20 machines, part of RpProto’s expanded 5-axis CNC machining lineup, are already running production across several robotics part categories:

  • Robotic arm structural components and shafts
  • Joint bearing housings
  • Precision gears and planetary gear carriers
  • Reducer housings

Beyond raw capacity, the company says the bigger benefit is speed and consistency — fewer setups means fewer chances for parts to drift out of tolerance, and shorter lead times for both prototype runs and low-volume production.

Consistency matters as much as speed

For robotics customers, a fast quote means little if quality slips from one batch to the next. RpProto says that batch-to-batch consistency — matching yield rates and dimensional accuracy across repeat orders — is one of the first things customers check before committing to a supplier, often ahead of factory size or machine count. To hold that line, the company runs in-process inspection at key stages of production, alongside final quality checks before parts ship, rather than relying on end-of-line sampling alone.

On-time delivery is the other piece customers tend to press hardest on. With 20 additional five-axis lines now running alongside its existing equipment, RpProto says it has more flexibility to absorb rush orders and larger batches without pushing back other customers’ schedules — a common bottleneck for shops running at or near capacity. The company reports that its expanded machine count has also helped stabilize turnaround times during periods of high order volume, rather than lead times stretching out as demand rises.

Cost remains part of the equation too, though RpProto is careful to frame it as more than a per-part price comparison. Fewer machine setups and less rework from tolerance errors lower the hidden costs that come with defects, rework and after-sales issues — costs that can outweigh a lower unit price if quality is inconsistent. The company positions its five-axis capacity as a way to compete on total cost rather than quoting the lowest number on a spec sheet.

RpProto also points to its certifications and track record as part of what customers evaluate before placing larger or longer-term orders. The company holds ISO 9001 quality management certification, and says its production history — including work with established robotics and automation clients — is something prospective customers frequently ask about during supplier evaluation, alongside factory audits and sample runs.

“Robotics companies are asking for tighter tolerances and faster turnaround than we were seeing even a year ago,” said Ryan Cao, Sales Manager at RpProto. “Adding this much five-axis capacity at once was a bet on where the industry is headed. So far, our order volume has backed that up.”

RpProto plans to keep expanding its machining and materials capabilities as robotics manufacturing continues to grow, with a focus on staying ahead of what customers need for both prototyping and production-scale orders.

About RpProto

RpProto is a precision manufacturing company offering CNC machining, injection molding and related services for prototyping and low-volume production. The company works with customers in robotics, automation, automotive and consumer electronics, supporting projects from early prototype through the transition to full production.

Media Contact

Organization: RpProto

Contact Person: Ryan Cao

Website: https://www.rpproto.com/

Email: Send Email

Address: 115 Tianan Road, Jimei, Xiamen

City: Xiamen

Country: China

Release id: 49208

The post Robotics Industry Boom Drives Surge in Orders for High-Precision Components 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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