Connect with us

AI Insights

AI companies must honour a foundational rule of the internet: Respecting site owners’ wishes on content

Published

on


Open this photo in gallery:

AI tools are diverting traffic and attention away from Wikipedia and other websites, starving them of the revenue that they need to survive, researchers have concluded.Gregory Bull/The Associated Press

Viet Vu is manager of economic research at the Dais at Toronto Metropolitan University.

One foundational rule of the internet has been the social contract between website owners and search giants such as Google.

Owners would agree to let search-engine bots crawl and index their websites for free, in return for their sites showing up in search results for relevant queries, driving traffic. If they didn’t want their website to be indexed, they could politely note it in what’s called a “robots.txt” file on their server, and upon seeing it, the bot would leave the site unindexed.

Without intervention from any political or legal bodies, most companies have complied (with some hiccups) with the voluntary standard since its introduction in 1994. That is, until the latest generation of large language models, or LLMs, emerged.

LLMs are data-hungry. A previous version of ChatGPT, OpenAI’s chatbot model, was reportedly trained with data equivalent to 10 trillion words, or enough to fill more than 13 billion Globe and Mail op-eds. It would take a columnist writing daily for 36.5 million years to generate sufficient data to train that model.

Opinion: AI will ruin art, and it will ruin the sparkle in our lives

To satisfy this need, artificial-intelligence companies have to look to the broader internet for high-quality text input. As it turns out, there aren’t nearly enough websites that allow bots to collect data to create better chatbots.

Some AI companies state that they respect robots.txt. In some cases, their public statements are allegedly at odds with their actual practices. But even when these pledges are genuine, companies benefit from another loophole in robots.txt: To block a bot, the website owner must be able to specify the bot’s name. And many AI companies’ bots’ names are only disclosed or discovered after they have crawled freely through the internet.

The impact of these bots is profound. Take Wikipedia, for example: Its content is freely licensed, allowing bots to crawl through its trove of high-quality information. Between January, 2024, and April, 2025, the non-profit found that its multimedia downloads increased by 50 per cent, driven in large part by AI companies’ bots downloading licence-free images to train their products.

Wikipedia says the bot traffic is adding to its operating costs. This ultimately could have been profitable for the site if these chatbots directed users to a page inviting them to contribute to the donation-funded organization.

Instead, researchers have concluded that as AI tools divert traffic and attention away from Wikipedia and other websites, those sites are increasingly starved of the revenue that they need to survive, even as the tools themselves rely on those sites for input. Figures published by Similarweb indicate a 22.7-per-cent drop in Wikipedia’s overall traffic between 2022 and 2025.

Instead of a quid pro quo of letting search engines crawl websites and serving traffic to them through search results, the current arrangement means websites face increased costs while seeing fewer actual visitors, and while also providing the resources to train ever-improving AI chatbots. Without intervention, this threatens to create a vicious cycle where AI products drive websites to shut down, destroying the very data AI needs to improve further.

In response, companies such as Cloudflare, a web-services provider, have started treating AI bots as hackers trying to compromise their customers’ cybersecurity. In August, Cloudflare alleged that Perplexity, a leading AI company, is actively developing new ways to hide its crawling activities to circumvent existing cybersecurity barriers.

A technical showdown against the largest and most well-resourced technology companies in the world isn’t sustainable. The obvious solution would be for these AI companies to honour the trust-based mechanism of robots.txt. However, given competitive pressures, companies aren’t incentivized to do the right thing.

Individual countries are also struggling to find ways to protect individual content creators. For example, Canada’s Online News Act was an attempt to compel social-media companies to compensate news organizations for lost revenue. Instead of achieving that goal, Ottawa learned that companies such as Meta would rather remove Canadians’ access to news on their platforms than compensate publishers.

Our next-best bet is an international agreement, akin to the Montreal Protocol, which bound countries to co-ordinate laws phasing out substances that eroded the Earth’s ozone layer. Absent American leadership, Canada should lead in establishing a similar protocol for AI bots. It could encourage countries to co-ordinate legislative efforts compelling companies to honour robots.txt instructions. If all tech companies around the world had to operate under common rules, it would level the playing field by removing the competitive pressure to race to the bottom.

AI technology can, and should, benefit the world – but it cannot do so by breaking the internet.



Source link

AI Insights

Conduct adaptive testing for artificial intelligence chips and large models, and resolutely promote ‘domestic goods for domestic use.’

Published

on


On September 4, the Ministry of Industry and Information Technology and the General Administration of Market Supervision and Administration issued the “Action Plan for Steady Growth of the Electronic Information Manufacturing Industry 2025 to 2026”.

The plan proposes to achieve high-quality development in photovoltaics and other fields by breaking down “internal rolling” competition, and to control competition at low prices for photovoltaics and other products according to law. Unswervingly promote “domestic use of domestic goods” to increase policy support for key enterprises in the Industry Chain. In terms of artificial intelligence, we encourage adaptability tests for artificial intelligence chips and large models, encourage all regions to promote innovative applications of artificial intelligence terminals, and promote technical research on 5G/6G key devices, chips, and modules.

From 2025 to 2026, the main expected target is that the average growth rate of value added in the computer, communications and other Electric Appliances manufacturing industries above scale is about 7%, and the average annual revenue growth rate of the electronic information manufacturing industry after related fields such as lithium Battery, photovoltaics, and component manufacturing will reach an average annual revenue growth rate of more than 5%. By 2026, it is expected that the revenue scale and export ratio will remain at the top of 41 major industrial categories. The electronic information manufacturing industry in 5 provinces has over trillion dollars in revenue, the server industry is over 400 billion yuan, the domestic market penetration rate for 75-inch and above color televisions is over 40%, and personal Computer and mobile phones are moving towards intelligence and high-end.

The plan states that in breaking down “internal rolling” competition, high-quality development in photovoltaics and other fields will be achieved, and that competition for photovoltaics and other products at low prices will be controlled according to law. Guide the local layout of the photovoltaic and lithium battery industries in an orderly manner, and guide the local authorities to sort out the production capacity situation. Implement quality management for photovoltaic modules and lithium battery products, thoroughly implement documents such as the “PV Manufacturing Industry Specification Conditions”, strengthen linkages with investment, finance, safety and other policies, and promote technological progress in the industry. Accelerate research on the safety recommendation catalogue for energy storage battery products based on mandatory national standards. Support associations and chambers of commerce to establish industry self-regulation mechanisms, strengthen monitoring, early warning and risk alerts for key industries, and adjust the scale of the industry in an orderly manner.

The plan is proposed to focus on key links and key areas, target industry applications and consumption scenarios, coordinate special resources, and continuously strengthen the supply level of electronic products. Promote artificial intelligence terminals to a higher level of intelligent innovation, promote the deep integration of smart devices and terminal products, formulate intelligent classification methods and standards for artificial intelligence terminals, and encourage all regions to promote innovative application of artificial intelligence terminals.

Promote the iterative upgrading of complete machines and components such as mobile phones, personal computers, home gateway devices, audiovisual equipment, Server, etc., continuously improve the reliability of computer peripherals such as printers, copiers, scanners, etc., create emerging products such as new displays, smart security, in-vehicle computing, smart wearables, smart health care, smart homes, etc., and develop new terminal devices such as high-performance lightweight extended reality (XR) to encourage innovative product forms, improve quality levels, and cultivate high-end brands. Accelerate the improvement of next-generation equipment supply capacity, promote technical research on 5G/6G key devices, chips, modules, etc., and strengthen 6G technical achievement reserves.

The plan states that efforts will be made to promote large-scale equipment upgrades and the commencement of construction of major projects and major projects in the electronic information manufacturing industry, give full play to the driving role of major projects, and promote the high-end, intelligent and green development of the industry. Prepare and improve the Industry Chain map, and promote the layout of major projects in key fields such as advanced computing, new displays, Server, communication equipment, and intelligent hardware in an orderly manner.

Focus on vertical industry scenarios, effectively promote the transformation of computing power into productivity, build a computing ecosystem with a cross-platform computing framework as the core, accelerate the compatibility and application of multiple chips, multiple types of software, and diversified systems, and enhance the dominant position of the industrial ecosystem. Strengthen research efforts such as CPUs, high-performance artificial intelligence Server, software and hardware collaboration, and carry out adaptability tests for artificial intelligence chips and large models. Deploy new infrastructure moderately ahead of schedule, improve the operation and management level of infrastructure already built in various regions, and strengthen the compatibility and adaptation of Server, chips, and key modules.

The Ministry of Industry and Information Technology and the General Administration of Market Supervision and Administration issued a notice on issuing the “Action Plan for Steady Growth in the Electronic Information Manufacturing Industry 2025-2026”. According to the plan, we will unswervingly promote “national use of domestic goods”, continue to promote the repair of shortcoming industries, the extension of the traditional industry chain, and the construction of XINXINGCHANYE, increase policy support for key enterprises in the Industry Chain, improve enterprise roots, strengthen key core technology research, and raise the level of supply chain resilience and safety in key industrial chains. Through integrated application traction, the overall capability of the system is improved, and the reliability and safety of components, components and other products are improved. Strengthen R&D applications and supporting adaptations of chips, components, and complete machine systems in computing and other fields.

The full text of the “Electronic Information Manufacturing Industry 2025-2026 Steady Growth Action Plan” is as follows:

The electronic information manufacturing industry is a Global Strategy, basic, and leading industry in the national economy. It is a key area for stabilizing industrial economic growth and maintaining the country’s political and economic security. In order to fully implement the spirit of the 20th National Congress and the Second and Third Plenums of the 20th CPC Central Committee, thoroughly implement the spirit of the Central Economic Work Conference, adhere to the general tone of steady progress, put steady growth in the first place, promote effective qualitative improvement and reasonable quantitative growth, strive to achieve the main expected goals of industrial economic development, and formulate an action plan for the steady growth of the electronic information manufacturing industry from 2025 to 2026.

I. General Requirements

Based on the new stage of development, fully, accurately and comprehensively implement the new development concept, accelerate the construction of a new development pattern, and strengthen reform orientation, goal orientation and result orientation. Coordinate total supply and demand, improve supply, expand demand, strengthen innovation, and further enhance the resilience and safety level of the Industry Chain supply chain. Coordinate the cultivation of new momentum and renewal of old kinetic energy, improve growth and revitalize stocks, deepen the endogenous dynamics of the industry, respond steadily to the uncertainty of rapid changes in the external environment with certainty and stability in the high-quality development of the industry, and boost confidence in industrial development. Continue to improve key core technologies, strengthen “hard power” such as Industry Chain supply chain hubs, strengthen “soft construction” such as standards, brands, and ecology, keep the electronic information manufacturing economy within a reasonable range, and provide strong support for the steady growth of the industrial economy.

II. Main Objectives

From 2025 to 2026, the main expected target is that the average growth rate of value added in the computer, communications and other Electric Appliances manufacturing industries above scale is about 7%, and the average annual revenue growth rate of the electronic information manufacturing industry after related fields such as lithium Battery, photovoltaics, and component manufacturing will reach an average annual revenue growth rate of more than 5%. By 2026, it is expected that the revenue scale and export ratio will remain at the top of 41 major industrial categories. The electronic information manufacturing industry in 5 provinces has over trillion dollars in revenue, the server industry is over 400 billion yuan, the domestic market penetration rate for 75-inch and above color televisions is over 40%, and personal Computer and mobile phones are moving towards intelligence and high-end.

III. Work Initiatives

(1) Promote industrial transformation and upgrading, and deepen the construction of a high-quality supply system

1. Promote high-end electronic machines, improve product supply levels, focus on key links and key areas, target industry applications and consumption scenarios, coordinate special resources, and continuously strengthen the supply level of electronic products. Promote artificial intelligence terminals to a higher level of intelligent innovation, promote the deep integration of smart devices and terminal products, formulate intelligent classification methods and standards for artificial intelligence terminals, and encourage all regions to promote innovative application of artificial intelligence terminals. Promote the iterative upgrading of complete machines and components such as mobile phones, personal computers, home gateway devices, audiovisual equipment, Server, etc., continuously improve the reliability of computer peripherals such as printers, copiers, scanners, etc., create emerging products such as new displays, smart security, in-vehicle computing, smart wearables, smart health care, smart homes, etc., and develop new terminal devices such as high-performance lightweight extended reality (XR) to encourage innovative product forms, improve quality levels, and cultivate high-end brands. Accelerate the improvement of next-generation equipment supply capacity, promote technical research on 5G/6G key devices, chips, modules, etc., and strengthen 6G technical achievement reserves.

2. Optimize the industrial layout and improve the industrial structure

Focusing on the national regional Global Strategy layout and key industrial agglomeration areas, promote differentiated, characteristic and orderly development according to local conditions, scientifically optimize the industrial spatial layout, build a number of internationally leading electronic information industry bases and industrial clusters characteristic of small and medium-sized enterprises, and accelerate the advance of the country’s advanced manufacturing clusters in the electronic information field to the world-class level. Implement the “Guiding Opinions on Promoting the Orderly Transfer of the Manufacturing Industry”, give full play to the guiding role of industrial transfer and development matchmaking activities, and improve the coordination mechanism for the gradual and orderly transfer of industries within the country. Achieve high-quality development in photovoltaics and other fields by breaking down “internal rolling” competition, and control low price competition for photovoltaics and other products according to law. Guide the local layout of the photovoltaic and lithium battery industries in an orderly manner, and guide the local authorities to sort out the production capacity situation. Implement quality management for photovoltaic modules and lithium battery products, thoroughly implement documents such as the “PV Manufacturing Industry Specification Conditions”, strengthen linkages with investment, finance, safety and other policies, and promote technological progress in the industry. Accelerate research on the safety recommendation catalogue for energy storage battery products based on mandatory national standards. Support associations and chambers of commerce to establish industry self-regulation mechanisms, strengthen monitoring, early warning and risk alerts for key industries, and adjust the scale of the industry in an orderly manner.

3. Strengthen upstream and downstream connections and enhance the level of Industry Chain collaboration

Give full play to the role of “chain owner” enterprises and leading enterprises in the Industry Chain “leading the radiation with big band and small” and demonstration. Encourage small and medium-sized enterprises to focus on differentiated development in segmented fields to improve the reliability of products and services. Improve the gradient cultivation system for high-quality enterprises such as high-tech enterprises, Technology and innovative small and medium-sized enterprises, gazelle enterprises, and unicorn enterprises in the electronic information manufacturing industry, and establish a multi-level enterprise collaboration system centered on “chain owner” enterprises and leading enterprises in the Industry Chain, with the division of labor and cooperation between small and medium-sized enterprises. Support eligible electronic information manufacturing enterprises to be recognized as high-tech enterprises and implement relevant preferential tax policies. Accelerate the cultivation of a group of innovative enterprises specializing in consumer electronics, spatio-temporal information, etc., and individual champions. Local authorities are encouraged to regularly connect supply and demand in the Industry Chain, make good use of the national SME service “One Network”, support the deepening of the supply chain finance system, and form a normalized and long-term communication mechanism for large, medium, and micro enterprises.

4. Improve the standardized working mechanism and lead quality construction

Further improve the “timing, quality and efficiency” of industry standards, speed up the establishment of industry standards, reduce the standard formulation cycle, and give better play to the leading role of standards in industrial development. Formulate a road map for standardization in key areas, promote standard capacity building in key areas such as standard system revision, standard promotion, inspection and testing, certification and evaluation, and carry out a “one-stop” service for quality infrastructure. Accelerating the transformation of innovation results into standards and strengthening standards in key areas is the keyTechnical IndicatorTest verification. Promote the promotion and implementation of the “Quality Management Capability Assessment Specification for Manufacturing Enterprises” industry standards, and guide electronic information manufacturing enterprises to improve their quality management capabilities. Deeply participate in international standardization activities in key areas and promote the “going global” of Chinese standards. Accelerate the formulation of mandatory national standards for the “Unique Product Identification Code for Civil Unmanned Aerial Vehicles”, and strengthen the supervision and inspection of civil unmanned aerial vehicles. Publish and implement the “Guidelines for Building a Comprehensive Standardized System for Smart Homes” to promote the greening and intelligence of family living spaces.

5. Strengthen intellectual property protection and promote sustainable innovation

Formulate an intellectual property quality evaluation Indicators system around the technical protection needs of basic industries such as electronic components, new electronic materials, and special electronic equipment, carry out intellectual property quality evaluations, and consolidate the quality foundation of intellectual property layout. Accelerate the overall layout of the patent pool industry chain, encourage exploration and development of open source patents, and clear licensing information disclosure and docking channels. Strengthen risk assessment of the overseas distribution of intellectual property rights, support professional institutions and industry organizations to track and judge intellectual property development trends in key areas of the electronic information manufacturing industry, and help enterprises develop overseas distribution of intellectual property rights for core products and core technologies.

(2) Promote a smooth economic cycle in domestic and foreign markets and explore demand potential

1. Expand new scenarios and tap the potential for mass consumption

Promote the quality and expansion of domestic demand and consumption around the needs of the masses for a better life. Deeply implement special actions to boost consumption, and encourage financial institutions to develop consumer finance Business around electronic information products. Strengthen innovation in technology and product forms, and boost consumption of traditional electronic products such as mobile phones, computers, and televisions. Guide relevant enterprises to fully explore market demand, use multiple channels such as social media, online advertisements, product launches, industry exhibitions and experience stores to promote new technologies and products, and actively participate in e-commerce platforms and model adaptability tests. Deploy new infrastructure moderately ahead of schedule, improve the operation and management level of infrastructure already built in various regions, and strengthen the compatibility and adaptation of Server, chips, and key modules.

2. Cultivate new business formats and strengthen industry application empowerment

Focusing on the key tasks of new industrialization, urbanization, informatization, and agricultural modernization, we will give full play to the carrying and empowering role of the electronic information manufacturing industry, strengthen application guidance in thousands of industries, and actively cultivate new industrial formats. Promote the integrated construction of electronic information infrastructure and new urban infrastructure, and select and promote a number of typical solutions such as large-scale Beidou applications, advanced computing applications, and smart sports in response to needs in the fields of industry, cultural tourism, education, health, smart cities, etc. Improve the level of design of smart products adapted to aging, and increase the supply of high-quality terminal products for smart health and elderly care. Promote the construction of advanced computing systems such as artificial intelligence Server and efficient storage, improve the level of intelligent computing cloud services, and enable high-computing power scenarios such as scientific research, autonomous driving, and CNI Biomedicine Index. Support the development of Cars electronics, marine electronics, avionics, medical electronics and other industries, and promote the digital transformation and intelligent upgrading of industries. Establish an accurate spatio-temporal information service system based on Beidou to promote the deep integration of Beidou with fields such as artificial intelligence, intelligent connected Cars, and low-altitude economy.

3. Guide enterprises to go global steadily and be deeply embedded in the international system

The 2025 BRICS New Industrial Revolution Partnership Forum will be held, using multi-bilateral international exchange and cooperation mechanisms such as the “CSI One Belt & One Road Index” to implement memorandums of industrial cooperation with relevant countries and regions, deepen cross-regional cross-border cooperation, build an exchange and cooperation platform for electronic information manufacturing enterprises to expand the international market, and consolidate and enhance the role of a supply chain hub in the Industry Chain. Implement preferential free trade zone policies, guide enterprises to optimize export structures, improve product quality and technical level, increase product added value, and enhance the international competitiveness of brands. Build an internationally influential electronic information exhibition, guide the holding of events such as the 5th Generation Simplified Instruction Set (RISC-V) Industry Conference, and support smart consumer electronics exhibitions where conditions are available. Deeply participate in the formulation of international rules and standards for digital trade in the field of electronic information, consolidate trade advantages, and enhance the industry’s right to speak internationally. Optimize the international cooperation layout of the Industry Chain supply chain, strengthen the tracking and analysis of overseas policies, guide overseas enterprises to carry out healthy, safe and orderly foreign investment, explore international markets, strengthen legal services and compliance guidance for enterprises, and properly handle trade and investment disputes.

4. Promote the introduction of international resources and deepen international industrial cooperation

Unswervingly promote a high level of opening-up to the outside world and accelerate the expansion of industrial international cooperation and the scope of trade. Strengthen policy promotion efforts for foreign-funded enterprises, further enhance the long-term development confidence of foreign-funded electronic information enterprises in China, set up production lines and R&D centers in mainland China, and deepen supply chain cooperation in China’s Industry Chain. Continue to promote normalized exchange and cooperation mechanisms with relevant countries and regions in the fields of semiconductors, photovoltaics, lithium Battery, ultra-high-definition video, spatio-temporal information, and new displays. Further optimize the foreign-funded business environment, do a good job in foreign-funded project services, effectively guarantee the national treatment of foreign-funded enterprises in terms of factor acquisition, qualification permits, standard setting, and government procurement, broaden financing channels for foreign-funded enterprises in the electronic information manufacturing industry, and provide more convenience for personnel exchanges between foreign-funded enterprises in terms of entry, exit, and residency.

5. Promote domestic and international dual cycles and deal with international trade barriers in a steady manner

Make full use of the advantages of the domestic hyperscale market and the potential of domestic demand, strengthen the advantages of the domestic Industry Chain, enhance the resilience of autonomous and controlled supply chains, help enterprises effectively cope with international trade barriers, and stabilize the level of trade in key products such as mobile phones, computers, and televisions. Support electronic information manufacturing enterprises to exercise flexibility, improve supply chain flexibility, and expand diversified trade channels. Actively carry out the “Premium Foreign Trade Tour to China” campaign to promote the expansion of domestic sales of high-quality electronic information foreign trade products and promote the integrated development of domestic and foreign trade of enterprises. Encourage financial institutions to expand the scope and coverage of export credit insurance coverage, increase financing support for electronic information foreign trade enterprises, and optimize cross-border trade settlements. Encourage the optimization of customs clearance and other services to further improve international logistics. Explore the establishment of a special working mechanism for international cooperation in the field of electronic information, study and prepare national investment guidelines, guide regions and enterprises in a position to do so to go overseas in an orderly manner, and optimize the international production capacity layout in the electronic information field.

(3) Promote the integration of scientific and Technology innovation and industrial innovation, and build a modern industrial system

1. Accelerate the construction of major projects and strengthen the leveraging role

Strengthen efforts to promote large-scale equipment upgrades and the commencement of construction of major projects and major projects in the electronic information manufacturing industry, give full play to the driving role of major projects, and promote the high-end, intelligent and green development of the industry. Prepare and improve the Industry Chain map, and promote the layout of major projects in key fields such as advanced computing, new displays, Server, communication equipment, and intelligent hardware in an orderly manner. Focus on vertical industry scenarios, effectively promote the transformation of computing power into productivity, build a computing ecosystem with a cross-platform computing framework as the core, accelerate the compatibility and application of multiple chips, multiple types of software, and diversified systems, and enhance the dominant position of the industrial ecosystem. Strengthen research efforts such as CPUs, high-performance artificial intelligence Server, software and hardware collaboration, and carry out adaptability tests for artificial intelligence chips and large models. Deploy new infrastructure moderately ahead of schedule, improve the operation and management level of infrastructure already built in various regions, and strengthen the compatibility and adaptation of Server, chips, and key modules.

2. Strengthen integrated research to ensure the safety and stability of the Industry Chain supply chain

Unswervingly promote “domestic use of domestic goods”, continue to promote the repair of shortfall industries, the extension of advantageous industries, the upgrading of traditional industries, and the construction of XINXINGCHANYE chains, increase policy support for key enterprises in the Industry Chain, improve enterprise roots, strengthen key core technology research, and enhance the level of supply chain resilience and safety in key industrial chains. Through integrated application traction, the overall capability of the system is improved, and the reliability and safety of components, components and other products are improved. Strengthen R&D applications and supporting adaptations of chips, components, and complete machine systems in computing and other fields. Promote the development and industrialization of high-precision, low-power, low-cost, and highly integrated Beidou products. Promote the development of key industrial control equipment systems and operating systems such as intelligent industrial control Computer, industrial smart cameras, and medium to large programmable logic controllers. Establish and improve early warning mechanisms for production capacity of key products to detect potential supply chain breakdowns in a timely manner. Research supply chain maturity assessment systems, promote the improvement of supply chain maturity assessment standards, evaluation and management mechanisms, and comprehensively carry out supply chain maturity assessments such as Server, printers, storage, and networks. Deploy and implement a number of high-quality Industry Chain projects, carry out technical research on common quality, and strengthen quality support for the high-quality development of the Industry Chain.

3. Strengthen basic technology research and seize high ground in cutting-edge fields

Strengthen the construction of innovation platforms such as manufacturing innovation centers in the field of electronic information, and strengthen the supply of key common technologies in the industry. We continue to support scientific and Technology innovation in fields such as Integrated Circuits, advanced computing, future displays, and new industrial control systems through key projects in related fields of the National Key R&D Program. Improve collaborative research efficiency and support basic research in cutting-edge technology directions such as artificial intelligence, advanced storage, 3D heterogeneous integrated chips, and all-solid-state Solid State Battery. Carry out technical research for key areas in the field of photonics, increase investment in R&D in fields such as high-speed optical chips and optoelectronic co-encapsulation, and promote the ecological integration of optical architectures with existing electrical architecture systems. Plan to lay out the spatio-temporal information industry, promote the collaborative development of satellite positioning, navigation, timing, remote sensing, Geographic Information systems (GIS), communications, networks, etc., and break through key Beidou technologies such as multi-source integrated positioning, seamless indoor and outdoor positioning, enhanced low-orbit navigation, and adaptive anti-interference and anti-deception. Accelerate research on new networked, open, intelligent, and collaborative industrial control systems and operating system architectures. Accelerate the development of the RISC-V industry and promote product technology research and development, standard system construction, application implementation and international cooperation.

4. Strengthen the main position of enterprises and accelerate the industrialization of scientific and Technology achievements

Promote innovative enterprises to become subjects of technological innovation decisions, R&D investment, scientific research organization, and transformation of results. Strengthen corporate services and implement policies such as value-added tax credit. Promote the deep integration of enterprise-led industry, education and research, support enterprises in a position to do so to build more new R&D and innovation carriers, and cooperate with universities and research institutes to meet industry needs and participate in scientific research such as national science and technology innovation projects. Guide the specialized market-based development of technology transfer centers, and explore ways to use scientific and technological achievements first and then pay later. Cultivate a number of high-level technology-based enterprise incubators and accelerate the construction of a unified national technology trading service platform. Focus on emerging incremental markets and promote the transformation and application demonstration of a number of technological achievements with bright application prospects. Accelerate the construction of pilot verification platforms in key areas, and strengthen the layout of industry service platforms such as standards and intellectual property management platforms and testing and verification platforms. Strengthen enterprise capacity building and enhance enterprise competitiveness. Guide and carry out “in-depth” activities to empower new types of industrialization with artificial intelligence, promote accurate connection between supply and demand, and continuously raise the level of industrialization development.

5. Further promote digital transformation and enhance enterprise competitiveness

Deeply implement the “Implementation Plan for the Digital Transformation of the Electronic Information Manufacturing Industry”, accelerate the advance, rapid transformation and improvement of the electronic information manufacturing industry, strengthen the level of electronic information services, empower the digitization, networking and intelligence of thousands of industries, restructure organizational operation models, and enhance core competitiveness. Strengthen software and hardware collaboration, accelerate the popularization and application of next-generation information technology in the entire manufacturing industry chain, prepare a digital transformation scenario map and list of elements in key Industry Chain, condense the application needs of key Industry, and cultivate a number of general digital transformation tool products, solutions and service providers for typical scenarios. Encourage enterprises to carry out data management capability maturity model (DCMM) assessments, strengthen the construction of high-quality artificial intelligence data sets, explore incentive mechanisms for data circulation, and accelerate the release of data elements.

6. Strengthen talent capital support and consolidate the factor base

With the integration of scientific and Technology innovation and industrial innovation as the main body, and supported by talents and capital, we have created an integrated two-wing working mechanism for the electronic information manufacturing industry. Promote the integration of industrial education and strengthen talent team building. In the field of electronic information, implement major national talent projects such as the “Manufacturing Talent Support Program” and the “Ten Thousand People Program for Leading Talents in Science and Technology Entrepreneurship”. Facing the actual needs of the industry, we support key colleges and universities to continue to strengthen the construction of key electronic information disciplines such as Integrated Circuits. Guide electronic information industry-education integration industry organizations, sort out the electronic information manufacturing industry job map, research and prepare professional talent training standards and professional talent evaluation standards, strengthen forecasting talent trends, strengthen industrial workforce building, and establish service platforms to promote the connection between school-enterprise talents and scientific research achievements. Deeply promote industry-finance cooperation and build a financial service system compatible with industrial innovation. Give full play to the guiding role of industrial funds such as the National Integrated Circuits Industry Investment Funds, the Manufacturing Transformation and Upgrading Funds, and the National Small and Medium Enterprises Development Funds, and the National Small and Medium Enterprises Development Fund, and help enterprises to implement the “Technology Industry Finance Integration” project to guide patient smart capital to invest early, small, long-term, and hard in technology. Encourage reasonable mergers and restructuring, transformation and upgrading of enterprises, etc., and promote a virtuous cycle of “fund-raising, investment management and withdrawal”. Explore the establishment of electronic information industry and finance integration industry organizations, organize special events to strengthen financing connections according to the development needs of key Industry Chain and key areas, and encourage financial institutions to tailor financial products and provide comprehensive financial service solutions for key enterprises.

IV. Safeguard Measures

Organize and carry out various forms of policy promotion to expand the effectiveness of policy guidance. Compile the implementation responsibilities of local industry and information technology authorities, and strengthen coordination. Guide local industry and information technology authorities to improve policies and supporting measures in line with actual conditions and give full play to their advantages. In particular, it is necessary to push the top 13 key provinces (cities and regions) in the electronic information manufacturing industry to compete bravely. Implement ledger management, regularly evaluate the implementation of various initiatives, continuously improve the steady growth policy toolbox, and adjust steady growth work priorities in a timely manner. Continue to improve the running and scheduling mechanism of the electronic information manufacturing industry, and strengthen monitoring of the running of key regions, important fields, and major enterprises. Conduct quarterly research on steady growth, organize symposiums to analyze the development situation of the industry, dynamically grasp industry trends, conduct early warning and analysis of emerging, tendencies and potential issues, and prepare policy reserves. Set up special working groups to focus on key areas and key issues, set up communication and collaboration platforms for industry management departments, local government departments, associations and chambers of commerce, enterprises and scientific research institutions, and make full use of existing funding channels and platform resources to solve problems for enterprise development. Vigorously explore typical cases of steady growth in local regions, associations, chambers of commerce, and enterprises, summarize and promote good experiences and good practices that can be learned from, and play a leading role in good examples. Strengthen policy planning coordination and implementation mechanisms, increase policy planning guidance in key areas, and make effective connections with the development goals of the end of the “14th Five-Year Plan” and the beginning of the “15th Five-Year Plan”. Strengthen the coordination of the electronic information manufacturing industry with industries such as energy, transportation, cultural tourism, information and communication, Broadcasting – TV in policy planning, standards and regulations.





Source link

Continue Reading

AI Insights

Mistral AI (hereinafter referred to as Mistral), a leading artificial intelligence (AI) startup in F..

Published

on


European version of open AI, Mistral AI enterprise value jumps to €12 billion

Mistral AI Logo

Mistral AI (hereinafter referred to as Mistral), a leading artificial intelligence (AI) startup in France, is speeding up its investment financing.

According to Bloomberg News on the 4th (local time), Mistral is valued at about 12 billion euros (about 19.5 trillion won) in corporate value and is nearing the end of negotiations on new financing worth 2 billion euros (about 3.24 trillion won).

Mistral is a company established in 2023 by Artur Mensch and others from Google DeepMind and is considered a European AI alternative company against OpenAI and Anthropic in the United States.

Until now, Mistral has grown its presence by releasing an open-source language model and a chatbot “Le Chat” aimed at European users.

The company secured an investment of about 600 million euros from Samsung and Nvidia in June last year, with an enterprise value of 5.8 billion euros at the time. The investment is the first since then.

Bloomberg evaluated the investment, saying, “This solidifies Mistral’s position as one of the most valuable technology startups in Europe.”

In addition to the mistral, major AI companies have recently aggressively raised funds despite the AI bubble controversy, heating up investment.

OpenAI secured an investment of $40 billion in March this year, and Anthropic, called OpenAI’s rival, recently attracted $13 billion in funds, jumping to $183 billion in corporate value. The figure nearly tripled in just five months.

Meanwhile, OpenAI is also seeking to sell its holdings of current and former employees. According to CNBC, the amount of stock sales by employees has expanded from $6 billion to $10.3 billion, and OpenAI’s corporate value is expected to be valued at about $500 billion at the end of October, when the transaction is completed. At the time of OpenAI’s investment attraction in March, the enterprise value was about $300 billion.



Source link

Continue Reading

AI Insights

‘Just blame AI’: Trump hints at using artificial intelligence as shield for controversies

Published

on


US President Donald Trump has suggested that artificial intelligence could become a convenient scapegoat for political controversies, raising concerns about how the technology might be used to deflect accountability.

Speaking at the White House this week, Trump was asked about a viral video that appeared to show a bag being tossed out of a window at the presidential residence. Although officials had already explained it was routine maintenance, Trump dismissed the clip by saying: “That’s probably AI-generated.” He added that the White House windows are sealed and bulletproof, joking that even First Lady Melania Trump had complained about not being able to open them for fresh air.

But Trump went further, framing AI as both a threat and an excuse. “One of the problems we have with AI, it’s both good and bad. If something happens really bad, just blame AI,” he remarked, hinting that future scandals could be brushed aside as artificial fabrications.

This casual dismissal reflects a growing trend in Trump’s relationship with AI. In July, he reposted a fabricated video that falsely depicted former President Barack Obama being arrested in the Oval Office. He also admitted to being fooled by a machine-made life-long video montage of himself, from childhood to the present day.

Experts warn that as deepfake technology becomes increasingly sophisticated, it could destabilise politics by eroding public trust in what is real. If leaders begin to label inconvenient evidence as AI-generated, whether true or not, the result could be a dangerous precedent where accountability becomes optional and facts are endlessly disputed.

For Trump, AI appears to represent both risk and opportunity. While he acknowledges its ability to create “phony things,” he also seems to see it as a ready-made shield against future controversies. In his own words, the solution may be simple: “just blame AI.”



Source link

Continue Reading

Trending