Tencent, Alibaba, ByteDance in a Battle for the Skill Store

marsbitОпубліковано о 2026-06-03Востаннє оновлено о 2026-06-03

Анотація

Skill is becoming a key concept in the AI field, essentially serving as a structured "instruction manual" for AI Agents that specifies tool calls, decision logic, and output standards. This allows Agents to execute predefined tasks. As the number of Skills grows, distribution platforms have emerged. Major tech companies are swiftly entering this space. In March, Tencent, Alibaba, and ByteDance launched Skill stores within their respective Agent platforms. Subsequently, players like Zhipu AI, Meituan, and Xiaohongshu joined the fray. This competition for the "Skill store" is fundamentally a battle for the AI-era user entry point; whoever controls distribution controls the users. While ByteDance's Coze has experimented with paid Skills, most platforms offer them for free. The real value lies not in the stores themselves but in using them to attract and retain users within an ecosystem, driving revenue from services like cloud computing, model calls, or advertising. The landscape features three main player types: 1) **Internet giants** (e.g., Alibaba, ByteDance, Tencent, Meituan), leveraging Skills to drive traffic and monetize through their broader ecosystems (cloud services, transactions, ads). 2) **Large model companies** (e.g., Zhipu AI, Moonshot AI), using Skill stores to increase user engagement and monetize model API calls. 3) **Content platforms** (e.g., Xiaohongshu), treating Skills as a new content format to generate traffic and ad revenue. However, transforming Ski...

Skill is becoming one of the hottest keywords in the AI field.

Skill can be understood as an "instruction manual" for an AI Agent. It is a structured instruction file that clearly states what tools to call, how to make judgments under specific circumstances, and the criteria for the final output. By reading this file, the Agent can execute tasks according to the preset path.

For example, a senior product manager can encapsulate their entire workflow for writing product requirement documents into a Skill. Anyone's Agent, upon installing it, can output a standardized requirement document following the same framework.

As the number of Skills increases, distribution platforms have emerged. The earliest players in this role were developer communities like GitHub and ClawHub, where Skills were uploaded, searched, and downloaded within the technical community.

Major tech companies are also catching up quickly. In March of this year, Tencent, Alibaba, and ByteDance successively launched Skill stores on their respective Agent platforms. In the following two months, Zhipu, Meituan, and Xiaohongshu joined the fray. Internet giants, large model companies, local service giants, and even content platforms are all vying for this entry point.

The essence of the battle for Skill stores is about securing the traffic gateway in the AI era. Whoever controls distribution holds the users.

However, except for ByteDance's Coze testing paid Skills, most platforms currently offer free versions. Why are companies competing for a "store" that doesn't make money?

01 Three Types of Players, Each with Their Own Agendas

Who's entering the fray? Why are Skill stores worth fighting over?

To answer this, let's look at a model that has already proven successful.

In the mobile internet era, Apple's App Store didn't just earn revenue from a 30% commission on downloads. Its core value lies in this: developers create apps to enter the iOS ecosystem, users stay in the iOS ecosystem to use these apps, and consequently continue to consume within the ecosystem: purchasing iCloud, subscribing to Apple Music, making in-app purchases. Distribution rights are the gateway, but ecosystem consumption is the revenue source.

Skill stores are competing based on the same logic. Where users habitually acquire Skills, they will stay and consume services within that corresponding ecosystem. The difference is that this logic has been validated in the mobile internet era, while Skill stores are still in the "pie-in-the-sky" stage. Understanding this, let's examine the different strategies of the three types of entrants.

The first type is the internet giants, using Skill stores to drive traffic and earn money within their ecosystems.

Alibaba has built the "Shrimp Little Treasure" Skill market into its JVS Claw Agent Assistant. Users can select Skills and sync them to the tool with one click. The Skill market itself is free, but using Skills consumes computing power, which translates to revenue for Alibaba's cloud business.

ByteDance is pursuing two paths simultaneously. Volcano Engine launched Find Skill, targeting enterprise clients, integrating Skills from multiple sources like ClawHub and GitHub. Coze's Skill Store targets general developers, lowering the barriers to creation and use, and even supports Skill sales. The goal is to capture the developer community, leveraging Skills to drive cloud service and computing power consumption.

Tencent's strategy is slightly different. SkillHub is essentially a localized mirror site of the overseas ClawHub, serving as a traffic driver and localization adapter. However, Tencent's real trump card is the WeChat Mini Program ecosystem. Leveraging the mature service links accumulated from millions of mini-programs, Tencent can encapsulate various offline and online services into standardized Skills. If this path succeeds, the business model would be similar to mini-programs, earning transaction commissions and advertising revenue.

Meituan is using the Skill ecosystem to bolster its main business. In April, it launched xia345, positioned as an AI Agent ecosystem navigation site, aggregating over 20 Agents and more than 7,000 Skills. Then in May, it publicly tested the AI community "Miyou," which hosts over 3,000 Agents and more than 40,000 Skills in total. From navigation to community, users discover shares on "Miyou" and go to "xia345" to download and use them. Skills themselves don't generate revenue, but they can extend user dwell time within Meituan's ecosystem, creating more conversion opportunities for core businesses like in-store services and food delivery.

The second type is large model companies, using Skill stores to retain users and earn revenue from model calls.

In April, Zhipu launched the AgentMore Skills Plaza on its Agent platform Auto Claw, integrating three modules: officially curated Skills, Skill Hub, and open-source communities, supporting one-click, zero-token installation.

Moonshot AI acted even earlier, launching Kimi Claw in February. Users can deploy Open Claw with one click on the web version and configure a skill library, allowing direct installation and invocation of various Skills within the browser.

For large model companies, distributing Skills seems most logical. The models themselves are the foundation for Skill operation. Developing Skill stores can drive continuous usage of their own large models, keeping users within their domain.

He Yu, an Agent engineer at a large model company, mentioned that self-developed Skills have higher compatibility with their underlying models, offering a better user experience. In essence, Skills are the "bait," and model call volume is the "fish."

The third type is content platforms, treating Skills as a new content category to earn traffic and advertising revenue.

Xiaohongshu recently launched Red Skill, currently in internal testing. Users can attach Skill links below posts, which can be copied for installation with a click. Unlike the traditional Skill distribution path of search-to-configuration, Xiaohongshu follows a content recommendation route, turning Skills into a content format that can be browsed and recommended. Xiaohongshu's earnings come not from Skills themselves, but from the traffic and advertising revenue generated by this type of content.

The logic for all three player types is consistent: The Skill store itself doesn't generate revenue, but it is the gateway to acquiring and retaining users. The real income lies beyond the Skills.

However, this premise holds only if developers and users are genuinely willing to use these stores.

Independent developer blogger Shan Sen Nan pointed out that these Skill stores embedded within major companies' products may not be as attractive as imagined. They are more like an accessory feature within the whole product, lacking strong presence and not being a primary focus for these giants. Content platforms, with their inherent dissemination capabilities, are more competitive in the Skill distribution phase.

In other words, the stores are built, but their appeal is still insufficient.

02 Where is the Business of Skill Stores Stuck?

The most direct way to judge whether the Skill store business is viable is to see if it makes money.

Currently, only ByteDance's Coze supports Skill transactions, where creators can set prices for their Skills. Other platforms are almost exclusively for free distribution. What could be considered a real "transaction" is actually happening on platforms like Xianyu, where people resell packaged open-source Skills, leveraging information asymmetry.

The "store" in Skill store is still just a metaphor. Where's the problem?

The first hurdle is that Skills are difficult to price.

The App Store succeeded because of a complete evaluation system: clear functionality, stable experience, along with ratings and user reviews. More importantly, the same App runs identically for anyone.

Skills lack this kind of determinism. Changing the model or the context environment can lead to vastly different Skill outputs. Shan Sen Nan told "AIX Finance" that the performance of different Agent products varies, and the capabilities of the underlying models differ. The results produced by the same Skill on different products and models are uncontrollable. Even within the same product and model, due to the inherent randomness of AI, the output may not be consistent.

He Yu added another perspective: most general-purpose Skills aimed at ordinary users involve open-ended output without a single correct answer. The industry currently lacks unified standards for evaluating effectiveness. High-quality Skills cannot be effectively identified, resulting in extremely high screening costs for users.

Unstable performance prevents the establishment of an evaluation system. Without an evaluation system, users lack a basis for payment.

The second hurdle is the lack of cost transparency.

Completing the same task, different Skills may consume several times more tokens, but users have no way of knowing before installation. For two Skills with similar functionality, which one is more "token-efficient"? There's no way to compare.

He Yu gave an example: he once used two long-text summarization Skills on the same platform. Processing the same document with the same instructions resulted in vastly different token consumption, and this difference was completely invisible when choosing the Skill. Users pay for a Skill and then bear the additional, uncertain cost of token consumption. How do you account for this?

The third hurdle is security risks.

There have been precedents of Skill poisoning incidents this year. Malicious Skills are uploaded by impersonating the names of popular Skills to steal user data. While platforms have gradually implemented review mechanisms, this also raises the threshold for developers uploading Skills.

Shan Sen Nan encountered restrictions when uploading a Skill on Xiaohongshu. The platform only allowed Markdown and TSD files, preventing the complete upload of complex Skills, which ultimately had to be downgraded to a Prompt. A balance between security reviews and developer experience hasn't been found yet.

The final hurdle is the lack of standardized protocols.

Different developers describe the same task in different ways, which can easily lead the model to misinterpretations, resulting in inconsistent execution performance. He Yu mentioned that ambiguity in descriptions makes the actual experience of Skills difficult to control, turning "ease of use" into a mystery.

Coupled with the lack of standardized permission boundaries, the ideal of "develop once, distribute across multiple platforms" has yet to be realized.

These four hurdles point to the same underlying reason: Skills are essentially personalized workflows, inherently resistant to standardization. And the prerequisite for commercialization is precisely standardization.

Therefore, current Skill stores are more like display shelves. The goods are out, but users don't know which one to choose, and after choosing, they don't know if it works well. There's still a long way to go before real "transactions" can happen.

03 How Far from Being the Next App Store?

Let's first shift focus from platforms to developers.

Independent developer Chen Xu once uploaded a paid Skill on Coze. On the day it passed review, six people paid, and homepage recommendation brought continuous exposure. But the good times didn't last. He soon found he no longer had the chance to appear on the homepage recommendation. Users had to actively search to find it, and there was no option to purchase traffic. The opportunity for homepage exposure was completely controlled by the platform, with strong randomness.

This indicates at least two things: First, there is real demand for paid Skills; Second, on existing platforms, developers have extremely limited distribution capabilities.

So, can Skill stores become the next App Store? Currently, there are two main obstacles.

On one hand, Skills lack a unified evaluation system. Chen Xu mentioned that he usually selects Skills based on GitHub stars, as these have been tested by real users. However, the popularity rankings on domestic platforms often deviate from those abroad, and metrics might be distorted. Without a cross-platform, standardized evaluation system, users can only choose based on luck.

On the other hand, Skills possess strong personalized attributes. Shan Sen Nan pointed out that the effectiveness of most general-purpose Skills on the market is limited. Truly useful Skills need to be closely aligned with personal workflows, repeatedly debugged in actual work, to distill a proprietary methodology. For example, even two "writing assistant" Skills might adapt to completely different workflows and produce distinct styles.

Without a functional evaluation system, Skill stores can only remain at the stage of being display shelves.

However, from another perspective, Skills are essentially a new form of commodity. In the past, users paid for "certainty"—they needed a function, so they downloaded an App. Now they are buying "possibility"—a creative capability, a set of reusable methodology.

He Yu categorized scenarios with payment potential into two types: First, office necessities, such as contract review, data report generation, and other scenarios with fixed processes, where enterprises have strong willingness to pay. Second, personal tools, such as job resume optimization, study abroad essay writing, where the payment conversion rate is relatively higher.

The question is, who can turn this potential into a real business?

The three types of entrants each have their advantages and shortcomings.

Internet giants are closest to real-world scenarios, but Skill stores are merely "add-ons" for them, unlikely to receive core resource investment. Large model companies have a natural advantage in model compatibility, but their ecosystems can't match the giants. Skill stores are just value-added services; the essence is still hoping users continuously call their models. Content platforms have the strongest dissemination power. In the current stage where Skills lack a standardized evaluation system, users rely on blogger recommendations and usage demonstrations to choose Skills—something content platforms excel at. However, they are the farthest from the technical ecosystem.

The instability, personalization, and security risks of Skills make this business much harder than it appears on the surface. For entrants, making "buying a Skill" as natural as "buying an App" is a goal no one has achieved yet.

This article is from the WeChat public account "AIX Finance", author: AIX Finance Team

Трендові криптовалюти

Пов'язані питання

QWhat is the core strategic significance of the 'Skill Store' for major tech companies entering this field?

AThe core strategic significance is to capture the AI-era traffic and distribution gateway. Companies aim to use the Skill Store as an entry point to attract and retain users within their ecosystems. The ultimate goal is to monetize through services within the ecosystem, such as cloud computing resources (like Alibaba and ByteDance), transaction fees and ads (like Tencent with mini-programs), or increased user engagement for core business lines (like Meituan).

QWhat are the main categories of players entering the 'Skill Store' competition, and what are their respective business logics?

AThere are three main categories: 1) Internet giants (e.g., Alibaba, Tencent, ByteDance, Meituan): They use Skill Stores to drive traffic and generate revenue from their existing ecosystem services like cloud computing, transaction fees, and ads. 2) Large language model companies (e.g., Zhipu AI, Moonshot AI): They use Skill Stores to increase user stickiness and drive continuous model API calls, which is their primary revenue source. 3) Content platforms (e.g., Xiaohongshu): They treat Skills as a new content format, aiming to generate traffic and advertising revenue through content discovery and recommendation.

QWhat are the key challenges hindering the commercialization and development of Skill Stores?

AKey challenges include: 1) Difficulty in pricing: Skills lack output consistency and a reliable evaluation system due to AI randomness and model/context dependency. 2) Opaque costs: Users cannot compare the token consumption of different Skills before use. 3) Security risks: Risks like 'Skill poisoning' and data theft necessitate strict review, which can hinder the developer experience. 4) Lack of standardization: Absence of standardized protocols for task description and permission boundaries makes Skills difficult to evaluate and port across platforms.

QWhy is building a standardized evaluation system for Skills particularly challenging?

AIt's challenging primarily because Skills are inherently personalized workflows resistant to standardization. Their output is non-deterministic, varying with different models, contexts, and the AI's inherent randomness. For many general-purpose Skills, there is no single 'correct' output, making objective quality assessment difficult. This lack of consistent, measurable performance metrics prevents the establishment of a trusted, cross-platform evaluation system similar to app store ratings.

QHow does the value proposition of a 'Skill' differ from that of a traditional mobile 'App' from the user's perspective?

AThe value proposition differs fundamentally: Users purchase traditional Apps for 'certainty'—a specific, stable function. In contrast, users purchase Skills for 'possibility'—a creative capability or a reusable methodology for a workflow. A Skill is less about a fixed output and more about empowering the AI Agent to perform a type of task according to a learned process, which is often personalized and adaptable.

Пов'язані матеріали

As Consensus Accelerates, What Are Young Investors Betting On?

Title: As Consensus Forms Faster, What Are Young Investors Betting On? In the rapid evolution of tech investment, a new generation of young investors is navigating a landscape where AI, robotics, commercial aerospace, and quantum computing are advancing simultaneously. Traditional investment logic based on financial models is giving way to a need for deep technical understanding and the ability to act before industry consensus forms. An analysis of trends from the "WAIC FUTURE TECH" list of young investment leaders reveals key shifts in focus. The first major trend is the movement of AI from the digital screen into the physical world. Investment is shifting from large language models and chatbots towards embodied AI, robotics, AI hardware, and edge computing. While demonstrations generate excitement, the real challenge lies in achieving scalable, reliable, and cost-effective delivery in complex real-world environments like factories and logistics. Success depends not just on algorithms but on the integration of sensors, actuators, and control systems. Second, the competitive focus for large models is moving beyond raw capability toward building an "intelligence flywheel." The goal is to create self-reinforcing systems where user interaction generates data, improving the model, which in turn enhances the user experience and attracts more engagement. Companies that successfully embed AI into workflows to create these closed-loop systems can build lasting value that isn't easily erased by the next model upgrade. Third, facing a potential bottleneck in high-quality human-generated data, investors are looking at new underlying technologies. Reinforcement learning and self-play, as demonstrated by AlphaGo Zero, offer paths for AI to generate its own experience. Scientific foundation models, which aim to build general AI capabilities for fields like life sciences and materials discovery, represent a non-consensus direction that could unlock new frontiers of knowledge and data. Finally, in deep-tech areas like quantum computing, commercial aerospace, and space-based infrastructure, patient capital is essential. These fields have long, uncertain development and validation cycles involving complex engineering, supply chains, and regulations. Investment here requires a long-term view, focusing on foundational team capabilities and the eventual emergence of market demand, even if commercial returns are distant. Collectively, these trends illustrate how young investors are adapting to a new era. They are learning to make earlier, technically-informed judgments, balance hype with real-world viability, and provide the patient capital needed to build the deep-tech foundations of the future.

marsbit29 хв тому

As Consensus Accelerates, What Are Young Investors Betting On?

marsbit29 хв тому

Can Japan Buy Growth with AI? Will the Bond Market Believe It?

Japan's cabinet has introduced the 2026 Basic Policy on Economic and Fiscal Management and Reform, shifting its primary fiscal target. The new framework moves away from the traditional annual primary balance goal and instead prioritizes a stable reduction of the debt-to-GDP ratio. This change is tied to a strategy of increased "responsible proactive fiscal" spending, aiming to boost long-term growth through investments in strategic sectors like AI, semiconductors, energy, and robotics. The government estimates total public and private investment in 62 key technologies could exceed 370 trillion yen by 2040. The market reaction has been mixed and cautious. While equity markets may respond to policy signals, bond markets are focused on fiscal credibility. Concerns center on whether the weakening of the clear primary balance anchor could lead to looser fiscal discipline. If investors doubt that these strategic investments will generate sufficient productivity gains, tax revenue, and nominal growth to outpace rising interest costs, they may demand higher yields on Japanese Government Bonds (JGBs). Recent volatility in the yen and JGB yields, with the 10-year yield briefly reaching 2.9%, reflects this skepticism. The success of this new framework hinges on two factors: whether Japan can achieve a nominal growth rate consistently higher than its long-term interest rates, and whether future budgets demonstrate disciplined control over bond issuance. The government's narrative is that strategic investment is essential to break Japan's cycle of low growth, aging, and labor shortages. However, the bond market will continuously assess the credibility of this plan, pricing the risk that it may represent fiscal expansion rather than a viable growth strategy.

marsbit1 год тому

Can Japan Buy Growth with AI? Will the Bond Market Believe It?

marsbit1 год тому

Misjudged A-Shares: Resilience, Expectations, and Confidence

China's A-share market recently faced selling pressure, especially in tech sectors, initially triggered by a global tech sell-off that began in South Korea. However, the article argues this is a case of "mistaken injury" and highlights the market's underlying resilience. This resilience stems from three main pillars: **1) Tech Sector Fundamentals:** Unlike Korea's market dominated by a few memory chip stocks, China's tech sector is diversified across computing, communications, electronics, and semiconductors, supported by dual narratives of global AI supply chains and domestic substitution. Core areas like optical modules and fiber optics continue to show strong earnings growth. **2) "National Team" Support:** State-backed institutions and large corporations have made significant market purchases and announced buybacks, providing liquidity and signaling confidence. This is seen as a stabilizing policy signal, often associated with market bottoms. **3) Broader Market Pillars:** Other major sectors are showing endogenous recovery momentum. Consumer stocks benefit from stabilizing CPI and signs of sector recovery (e.g., liquor price hikes). Cyclical sectors like aluminum have high earnings, potential price increases due to tight supply, and low valuations. The financial sector offers stable dividends and low valuations. The conclusion is that the sell-off was driven by external contagion, not a collapse in fundamentals. With strong policy support and recovering momentum across key sectors, the A-share market possesses the toughness to regain stability.

marsbit1 год тому

Misjudged A-Shares: Resilience, Expectations, and Confidence

marsbit1 год тому

Торгівля

Спот

Популярні статті

Як купити ONE

Ласкаво просимо до HTX.com! Ми зробили покупку Harmony (ONE) простою та зручною. Дотримуйтесь нашої покрокової інструкції, щоб розпочати свою криптовалютну подорож.Крок 1: Створіть обліковий запис на HTXВикористовуйте свою електронну пошту або номер телефону, щоб зареєструвати обліковий запис на HTX безплатно. Пройдіть безпроблемну реєстрацію й отримайте доступ до всіх функцій.ЗареєструватисьКрок 2: Перейдіть до розділу Купити крипту і виберіть спосіб оплатиКредитна/дебетова картка: використовуйте вашу картку Visa або Mastercard, щоб миттєво купити Harmony (ONE).Баланс: використовуйте кошти з балансу вашого рахунку HTX для безперешкодної торгівлі.Треті особи: ми додали популярні способи оплати, такі як Google Pay та Apple Pay, щоб підвищити зручність.P2P: Торгуйте безпосередньо з іншими користувачами на HTX.Позабіржова торгівля (OTC): ми пропонуємо індивідуальні послуги та конкурентні обмінні курси для трейдерів.Крок 3: Зберігайте свої Harmony (ONE)Після придбання Harmony (ONE) збережіть його у своєму обліковому записі на HTX. Крім того, ви можете відправити його в інше місце за допомогою блокчейн-переказу або використовувати його для торгівлі іншими криптовалютами.Крок 4: Торгівля Harmony (ONE)Легко торгуйте Harmony (ONE) на спотовому ринку HTX. Просто увійдіть до свого облікового запису, виберіть торгову пару, укладайте угоди та спостерігайте за ними в режимі реального часу. Ми пропонуємо зручний досвід як для початківців, так і для досвідчених трейдерів.

428 переглядів усьогоОпубліковано 2024.12.12Оновлено 2026.06.02

Як купити ONE

Обговорення

Ласкаво просимо до спільноти HTX. Тут ви можете бути в курсі останніх подій розвитку платформи та отримати доступ до професійної ринкової інформації. Нижче представлені думки користувачів щодо ціни ONE (ONE).

活动图片