The “technology supermarket” at the Chinese Academy of Sciences’ Shenzhen Institute of Advanced Technology (SIAT) is not a shop selling ready-made products. It is a business-facing system for displaying research results, translating technical information into accessible formats and connecting companies directly with research teams.

It was established in February 2025 and has been described as China’s first technology-achievement supermarket of its kind. Its purpose is to address a familiar two-sided problem: research institutions may have promising technologies but struggle to find markets, while companies may have urgent technical needs but no efficient way to find the right research team.814

First, a date and company-name correction

Publicly available information indicates that SIAT’s technology supermarket officially went online in February 2025—not August 2026. During its first week of trial operations, it reportedly generated RMB 5.8 million in signed technology deals.81114

A second correction concerns the brain-computer-interface partnership. The company involved is Jiangsu Aipeng Medical Technology Co., Ltd. (Aipeng Medical), not “Shanghai Aipu Medical.” The two parties announced the creation of a brain-computer-interface innovation consortium in January 2026, focusing on non-invasive neuromodulation and temporal-interference (TI) stimulation technology.4755

How the technology supermarket works

1. Turning complex research into browsable cards

More than 1,000 research results are displayed across technology tracks identified by different colors. The areas include medical devices and scientific instruments, artificial intelligence and robotics, advanced electronics and energy materials, and synthetic biology and biomanufacturing.349

Instead of asking a company executive to work through dense papers, patents or research files, the supermarket presents each result as a simplified “achievement card.” A barcode or QR code links the card to fuller information, including:

• the technology’s innovation points and advantages;
• potential application scenarios;
• suitable types of companies;
• existing or potential industry partnerships; and
• the project leader or responsible research team.81016

A company interested in a result can scan the card, review the details and take the physical card away for follow-up. The card does not replace technical due diligence, intellectual-property review or commercial negotiations. Its value is more basic—and potentially practical: it gives a company a quick, understandable entry point into a large and otherwise fragmented research portfolio.

2. A shared catalogue for multiple research institutes

The “supply” behind the supermarket comes from SIAT’s different research units and technical fields. The institute’s publicly listed organizations include the Advanced Integration Technology Institute, Biomedical and Health Engineering Institute, Advanced Computing and Digital Engineering Institute, Institute of Biomedicine and Biotechnology, Institute of Brain Cognition and Brain Disease, Institute of Synthetic Biology, Materials AI Institute, Carbon Neutrality Technology Institute, proposed Institute of Scientific Instruments, and Advanced Electronic Materials Institute.6

That makes the supermarket more than a catalogue for one laboratory. It is a consolidated entry point into research from multiple disciplines. Companies gain a wider search pool, while researchers gain a setting in which to explain the industrial value, maturity and possible cooperation terms of their work.1415

The core idea: match technology to demand

Traditional technology transfer often follows a “technology first” sequence: a research result is developed, then waits for a potential buyer or industrial partner to discover it. SIAT’s model attempts to reverse that sequence.

A company can arrive with a defined technical problem, product-upgrade requirement or commercialization target. Staff members and researchers then search the catalogue for a suitable match. Once a company expresses interest, it can be connected with the project leader to discuss technical maturity, possible use cases, testing requirements and the form of cooperation.1316

Possible arrangements include:

• commissioned research and development;
• technology licensing, transfer or authorized use;
• joint pilot projects, testing or application validation;
• a joint R&D team for a new product; or
• local industrial partners taking responsibility for manufacturing and scaling.

In other words, scanning is only the first step. Real technology transfer still requires evaluation, intellectual-property arrangements, investment, validation testing and commercial negotiation. The supermarket’s main contribution is to bring the company’s need, the research result and the relevant technical lead into the same conversation earlier, reducing the cost of finding and contacting one another.513

What the reported numbers show—and what they do not

Several public reports provide figures from different dates and with different scopes:

• The first week of trial operations generated RMB 5.8 million in signed technology deals.814
• By the end of 2025, reports said the platform had facilitated more than RMB 160 million in cooperation value.7
• Other 2026 reporting cited 18,500 cumulative patent applications by the institute, a 2025 average research-result conversion rate of more than 29%, a 10% to 20% improvement in successful technology matching, and nearly RMB 250 million in signed contracts for enterprise-commissioned projects.1

These figures should not simply be added together. Most importantly, the 18,500 patent applications and the 29% conversion rate were presented as measures of SIAT’s broader research and technology-transfer performance. The available reports do not establish that all of those patents came from the supermarket or that the entire conversion rate was generated by supermarket projects.117

The more defensible conclusion is that the supermarket produced measurable signed deals early in its operation and works alongside SIAT’s wider technology-transfer system. Public information is not yet sufficient to isolate the supermarket’s exact contribution to the institute’s total patent portfolio, conversion rate or contract value.

A case study: Aipeng Medical and non-invasive neuromodulation

The Aipeng Medical partnership illustrates the path from company need to technology matching and then to joint research.

According to reports, Aipeng Medical used the technology supermarket in 2025 to identify SIAT’s non-invasive brain-regulation technology. On January 16, 2026, the two sides formally established a “brain-computer-interface innovation consortium,” with plans to pursue non-invasive neuromodulation and TI stimulation technology for research and industrial development.3475255

SIAT describes the cooperation as focusing on using TI stimulation to regulate the nervous system, with particular attention to tremor and muscle shaking associated with Parkinson’s disease.55 Some reports also mention epilepsy and Alzheimer’s disease as potential areas of interest. Those references describe research goals or possible applications; they do not mean the technology is already a clinically validated or approved treatment for those conditions.347

The important point is that the company did not simply scan a code and purchase a finished medical product. It brought a defined technology and product need to the platform, found a relevant source technology, and then entered a longer process of research, validation and commercialization. The supermarket compressed the early search phase of an industry–research partnership; it did not eliminate the hard work that follows.

From Shenzhen to other cities

Public reports say the model has been introduced in more than 10 cities, including Zhuhai, Jiangmen, Chenzhou and Wuhan.33

Zhuhai: expanding the supply of research results

The Zhuhai section began trial operations in July 2025, with more than 300 technology results displayed initially. Scanning a card allows visitors to view technical parameters, application scenarios and partnership requirements.26

The local section places SIAT’s research resources closer to companies and industrial partners in the city, making it easier for regional businesses to discover technologies that might otherwise remain outside their normal search networks.

Jiangmen: connecting R&D with manufacturing

The Jiangmen section is explicitly framed as a “Shenzhen R&D plus Jiangmen production” channel. Nearly 100 results are displayed through cards and scanning tools that show innovation points, application scenarios, cooperation methods and research-team information.384044

Public reports say an anti-counterfeit ink technology was approaching mass production. The example highlights a specific division of labor: Shenzhen contributes research and technical capabilities, while Jiangmen can provide industrial conditions for manufacturing and scale-up.33

Chenzhou: equipment and expertise as shared resources

The Chenzhou technology-service supermarket goes beyond patents and research results by bringing together testing equipment and talent resources. One report said a new-energy company found shared testing equipment in less than three days, avoiding an equipment investment worth several million yuan and projecting a 25% increase in revenue.33

This example broadens the meaning of a “technology supermarket.” The platform can serve not only as a route to licensing or research collaboration, but also as a way to match companies with testing facilities, experts and other industrial resources. The reported revenue increase was a projection, however, not a confirmed business result.33

The available material mentions Ningde, Wenzhou and Ordos in connection with the broader expansion of the model, but does not provide enough independent information to verify the operating details or outcomes of local sections in those cities. They should therefore not be treated as equivalent to the better-documented Shenzhen, Zhuhai, Jiangmen and Chenzhou examples.

What problem does the model really solve?

The innovation is not simply putting patents on shelves. It is redesigning how research results are discovered and discussed:

1. Lower search costs. Color-coded categories and short cards help companies navigate a large technical portfolio.
2. Translate research into business language. Application scenarios, suitable company types and contact information can be more useful to an initial business decision than a list of paper titles.
3. Bring market demand into the research process earlier. A company’s real-world problem can influence technology matching and the design of follow-up R&D.1325
4. Make regional industrial adoption more concrete. Sections in Zhuhai and Jiangmen connect technology displays with local demand and production capabilities.2638
5. Create trackable milestones. Signed deals, cooperation intentions and project progress offer visible indicators of technology transfer, provided supermarket data is kept separate from institute-wide figures.

Based on the information currently available, SIAT’s technology supermarket is best understood as a business-facing discovery and partnership gateway—not an e-commerce platform where companies can instantly buy mature technologies. Whether it can deliver consistently higher-quality commercialization will depend on the maturity of individual results, intellectual-property arrangements, validation costs and the industrial capabilities of participating companies.

The “technology supermarket” at the Chinese Academy of Sciences’ Shenzhen Institute of Advanced Technology (SIAT) is not a shop selling ready-made products. It is a business-facing system for displaying research results, translating technical information into accessible formats and connecting companies directly with research teams.

It was established in February 2025 and has been described as China’s first technology-achievement supermarket of its kind. Its purpose is to address a familiar two-sided problem: research institutions may have promising technologies but struggle to find markets, while companies may have urgent technical needs but no efficient way to find the right research team.814

First, a date and company-name correction

Publicly available information indicates that SIAT’s technology supermarket officially went online in February 2025—not August 2026. During its first week of trial operations, it reportedly generated RMB 5.8 million in signed technology deals.81114

A second correction concerns the brain-computer-interface partnership. The company involved is Jiangsu Aipeng Medical Technology Co., Ltd. (Aipeng Medical), not “Shanghai Aipu Medical.” The two parties announced the creation of a brain-computer-interface innovation consortium in January 2026, focusing on non-invasive neuromodulation and temporal-interference (TI) stimulation technology.4755

How the technology supermarket works

1. Turning complex research into browsable cards

More than 1,000 research results are displayed across technology tracks identified by different colors. The areas include medical devices and scientific instruments, artificial intelligence and robotics, advanced electronics and energy materials, and synthetic biology and biomanufacturing.349

Instead of asking a company executive to work through dense papers, patents or research files, the supermarket presents each result as a simplified “achievement card.” A barcode or QR code links the card to fuller information, including:

• the technology’s innovation points and advantages;
• potential application scenarios;
• suitable types of companies;
• existing or potential industry partnerships; and
• the project leader or responsible research team.81016

A company interested in a result can scan the card, review the details and take the physical card away for follow-up. The card does not replace technical due diligence, intellectual-property review or commercial negotiations. Its value is more basic—and potentially practical: it gives a company a quick, understandable entry point into a large and otherwise fragmented research portfolio.

2. A shared catalogue for multiple research institutes

The “supply” behind the supermarket comes from SIAT’s different research units and technical fields. The institute’s publicly listed organizations include the Advanced Integration Technology Institute, Biomedical and Health Engineering Institute, Advanced Computing and Digital Engineering Institute, Institute of Biomedicine and Biotechnology, Institute of Brain Cognition and Brain Disease, Institute of Synthetic Biology, Materials AI Institute, Carbon Neutrality Technology Institute, proposed Institute of Scientific Instruments, and Advanced Electronic Materials Institute.6

That makes the supermarket more than a catalogue for one laboratory. It is a consolidated entry point into research from multiple disciplines. Companies gain a wider search pool, while researchers gain a setting in which to explain the industrial value, maturity and possible cooperation terms of their work.1415

The core idea: match technology to demand

Traditional technology transfer often follows a “technology first” sequence: a research result is developed, then waits for a potential buyer or industrial partner to discover it. SIAT’s model attempts to reverse that sequence.

A company can arrive with a defined technical problem, product-upgrade requirement or commercialization target. Staff members and researchers then search the catalogue for a suitable match. Once a company expresses interest, it can be connected with the project leader to discuss technical maturity, possible use cases, testing requirements and the form of cooperation.1316

Possible arrangements include:

• commissioned research and development;
• technology licensing, transfer or authorized use;
• joint pilot projects, testing or application validation;
• a joint R&D team for a new product; or
• local industrial partners taking responsibility for manufacturing and scaling.

In other words, scanning is only the first step. Real technology transfer still requires evaluation, intellectual-property arrangements, investment, validation testing and commercial negotiation. The supermarket’s main contribution is to bring the company’s need, the research result and the relevant technical lead into the same conversation earlier, reducing the cost of finding and contacting one another.513

What the reported numbers show—and what they do not

Several public reports provide figures from different dates and with different scopes:

• The first week of trial operations generated RMB 5.8 million in signed technology deals.814
• By the end of 2025, reports said the platform had facilitated more than RMB 160 million in cooperation value.7
• Other 2026 reporting cited 18,500 cumulative patent applications by the institute, a 2025 average research-result conversion rate of more than 29%, a 10% to 20% improvement in successful technology matching, and nearly RMB 250 million in signed contracts for enterprise-commissioned projects.1

These figures should not simply be added together. Most importantly, the 18,500 patent applications and the 29% conversion rate were presented as measures of SIAT’s broader research and technology-transfer performance. The available reports do not establish that all of those patents came from the supermarket or that the entire conversion rate was generated by supermarket projects.117

The more defensible conclusion is that the supermarket produced measurable signed deals early in its operation and works alongside SIAT’s wider technology-transfer system. Public information is not yet sufficient to isolate the supermarket’s exact contribution to the institute’s total patent portfolio, conversion rate or contract value.

A case study: Aipeng Medical and non-invasive neuromodulation

The Aipeng Medical partnership illustrates the path from company need to technology matching and then to joint research.

According to reports, Aipeng Medical used the technology supermarket in 2025 to identify SIAT’s non-invasive brain-regulation technology. On January 16, 2026, the two sides formally established a “brain-computer-interface innovation consortium,” with plans to pursue non-invasive neuromodulation and TI stimulation technology for research and industrial development.3475255

SIAT describes the cooperation as focusing on using TI stimulation to regulate the nervous system, with particular attention to tremor and muscle shaking associated with Parkinson’s disease.55 Some reports also mention epilepsy and Alzheimer’s disease as potential areas of interest. Those references describe research goals or possible applications; they do not mean the technology is already a clinically validated or approved treatment for those conditions.347

The important point is that the company did not simply scan a code and purchase a finished medical product. It brought a defined technology and product need to the platform, found a relevant source technology, and then entered a longer process of research, validation and commercialization. The supermarket compressed the early search phase of an industry–research partnership; it did not eliminate the hard work that follows.

From Shenzhen to other cities

Public reports say the model has been introduced in more than 10 cities, including Zhuhai, Jiangmen, Chenzhou and Wuhan.33

Zhuhai: expanding the supply of research results

The Zhuhai section began trial operations in July 2025, with more than 300 technology results displayed initially. Scanning a card allows visitors to view technical parameters, application scenarios and partnership requirements.26

The local section places SIAT’s research resources closer to companies and industrial partners in the city, making it easier for regional businesses to discover technologies that might otherwise remain outside their normal search networks.

Jiangmen: connecting R&D with manufacturing

The Jiangmen section is explicitly framed as a “Shenzhen R&D plus Jiangmen production” channel. Nearly 100 results are displayed through cards and scanning tools that show innovation points, application scenarios, cooperation methods and research-team information.384044

Public reports say an anti-counterfeit ink technology was approaching mass production. The example highlights a specific division of labor: Shenzhen contributes research and technical capabilities, while Jiangmen can provide industrial conditions for manufacturing and scale-up.33

Chenzhou: equipment and expertise as shared resources

The Chenzhou technology-service supermarket goes beyond patents and research results by bringing together testing equipment and talent resources. One report said a new-energy company found shared testing equipment in less than three days, avoiding an equipment investment worth several million yuan and projecting a 25% increase in revenue.33

This example broadens the meaning of a “technology supermarket.” The platform can serve not only as a route to licensing or research collaboration, but also as a way to match companies with testing facilities, experts and other industrial resources. The reported revenue increase was a projection, however, not a confirmed business result.33

The available material mentions Ningde, Wenzhou and Ordos in connection with the broader expansion of the model, but does not provide enough independent information to verify the operating details or outcomes of local sections in those cities. They should therefore not be treated as equivalent to the better-documented Shenzhen, Zhuhai, Jiangmen and Chenzhou examples.

What problem does the model really solve?

The innovation is not simply putting patents on shelves. It is redesigning how research results are discovered and discussed:

1. Lower search costs. Color-coded categories and short cards help companies navigate a large technical portfolio.
2. Translate research into business language. Application scenarios, suitable company types and contact information can be more useful to an initial business decision than a list of paper titles.
3. Bring market demand into the research process earlier. A company’s real-world problem can influence technology matching and the design of follow-up R&D.1325
4. Make regional industrial adoption more concrete. Sections in Zhuhai and Jiangmen connect technology displays with local demand and production capabilities.2638
5. Create trackable milestones. Signed deals, cooperation intentions and project progress offer visible indicators of technology transfer, provided supermarket data is kept separate from institute-wide figures.

Based on the information currently available, SIAT’s technology supermarket is best understood as a business-facing discovery and partnership gateway—not an e-commerce platform where companies can instantly buy mature technologies. Whether it can deliver consistently higher-quality commercialization will depend on the maturity of individual results, intellectual-property arrangements, validation costs and the industrial capabilities of participating companies.