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Alex Honnold will free solo climb the 508-meter Taipei 101 on January 24, 2026, with the entire ascent broadcast live on Netflix.

 

Prediction markets on Polymarket have attracted over $310,000 in bets, with most traders expecting a 75–90 minute completion time.

 

The event blends extreme sports, global media, and blockchain-based forecasting into a single high-profile spectacle.

Alex Honnold attempts a historic free solo climb of Taipei 101, streamed live on Netflix, as prediction markets on Polymarket wager on whether he can reach the top within 90 minutes.

 

American legendary free solo climber Alex Honnold is set to push the limits of human achievement once again — but this time, the stage is not the towering granite walls of Yosemite, but the iconic Taipei 101 rising from the heart of the city. On January 24, 2026, Honnold will attempt to free solo climb the 508-meter skyscraper’s exterior, with the entire ascent broadcast live worldwide via Netflix in a special titled Free Solo Taipei 101: Live (Skyscraper Live).

 

Prediction markets are also closely watching the event. On Polymarket, total wagers have surpassed $310,000, with the most popular betting window forecasting a completion time between 1 hour 15 minutes and 1 hour 30 minutes.

 

FREE SOLO CLIMBING 101 FLOORS: HONNOLD TAKES ON THE CITY SKYLINE

 

Alex Honnold, the legendary American free solo climber, is set to challenge the limits of human endurance once again. Best known for his historic 2017 ascent of El Capitan in Yosemite—where he climbed the nearly 900-meter Freerider route without ropes or safety gear, a feat often described as sacred ground in the climbing world—Honnold later rose to global fame through the Oscar-winning documentary Free Solo.

 

This time, the challenge shifts from natural granite walls to an urban landmark. His upcoming climb of Taipei 101 not only approaches the scale of his previous career-defining achievements, but also marks his first attempt to free solo one of Asia’s tallest skyscrapers, entirely without ropes or protective equipment.

 

According to the plan, Alex Honnold will begin his ascent from ground level, climbing upward along the skyscraper’s glass curtain walls, steel framework, and concrete exterior. The route spans all 101 floors, with no safety lines or mechanical assistance—completed solely by hand and foot from start to finish.

 

All Eyes on the Climb: Live on Netflix, with Public Screening in Xinyi

 

Titled Free Solo Taipei 101: Live, the broadcast will air at 9:00 a.m. Taiwan time on January 24, with an expected runtime of approximately two hours. In addition to the global livestream on Netflix, a large public screen will be set up at Xinyi Plaza across from Taipei 101, allowing spectators to watch the event for free without a Netflix subscription.

 

The live show will also feature commentary from five special guests, including fellow climber Emily Harrington, science YouTuber Mark Rober, and professional wrestling star Seth Rollins. Their insights will offer viewers a deeper, multi-dimensional understanding of both the technical difficulty and the broader significance of this unprecedented urban ascent.

PREDICTION MARKETS GO WILD: “HOW FAST WILL HONNOLD REACH THE TOP?”

Even before the climb begins, the challenge has already sparked intense global attention. On the blockchain-based prediction platform Polymarket, a dedicated market has emerged asking a single question: How long will Alex Honnold take to climb Taipei 101?

 

 

As of January 21, total trading volume on the market has exceeded $310,000. The most popular outcome—backed by 37% of participants—predicts that Alex Honnold will complete the climb within 1 hour 15 minutes to 1 hour 30 minutes. The second-most favored window is 1 hour 30 minutes to 1 hour 45 minutes, accounting for 20% of bets.

 

Only 4% believe he can finish in under 1 hour, while 5% are betting on a failed attempt.

 

These forecasts not only reflect market expectations around Honnold’s physical endurance and risk tolerance, but also highlight the extraordinary level of international attention surrounding this extreme urban ascent.

 

✏️ Clear Rules for Success—or Failure

 

According to the prediction market’s settlement rules, whether the climb is considered “completed” depends on whether Honnold finishes the officially designated route as defined by the broadcast.

 

If the program defines completion as reaching the 101st floor, then the climb is considered successful once Alex Honnold arrives there. If the endpoint is defined as the top of the spire, he must reach the very summit for the attempt to count as completed.

 

Conversely, the climb will be ruled “not completed” under any of the following conditions: the event is postponed beyond January 31, Honnold voluntarily abandons the climb, is forced to enter the building mid-ascent, or fails to reach the defined endpoint. In such cases, the outcome will be formally announced during the livestream and in subsequent coverage.

 

If you want, I can also tighten this into a shorter news brief, rewrite it in a more market-focused tone, or adapt it for a prediction-market explainer piece.

 

>>> More to read: What is Crypto Prediction Market? A Complete Beginner’s Guide

 

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〈Global prediction markets back Alex Honnold to climb Taipei 101 within 90 minutes〉這篇文章最早發佈於《CoinRank》。

Prediction Markets transform future uncertainty into tradable probabilities using market-driven incentives.

 

Blockchain-based Prediction Markets remove intermediaries, enhance transparency, and resist censorship.

 

Oracles are critical to Prediction Markets, securely bridging real-world outcomes with on-chain settlement.

Learn how Prediction Markets use blockchain to price uncertainty, aggregate collective intelligence, and enable censorship-resistant, transparent forecasting across politics, economics, and beyond.

 

When people encounter the terms “blockchain” and “markets” in the same sentence, their first instinct is often to think of cryptocurrency exchanges—platforms built around token trading, liquidity, and the rapidly expanding digital asset ecosystem. This association is understandable, as crypto markets remain the most visible and established application of blockchain technology to date.

 

However, blockchain’s potential extends far beyond facilitating crypto trading alone. At its core, blockchain is a verifiable and tamper-resistant coordination system that can support the creation of many different types of markets. Among these, one emerging category has begun to attract increasing attention heading into 2026: Prediction Markets.

 

Unlike traditional markets that revolve around the exchange of goods or financial assets, Prediction Markets focus on pricing uncertainty itself. They allow participants to trade on the outcomes of future events, transforming expectations about what will happen into market-driven probabilities. By operating on blockchain infrastructure, Prediction Markets can function without centralized intermediaries, while maintaining transparency, auditability, and open participation.

 

As Web3 infrastructure continues to mature, Prediction Markets are evolving beyond niche experiments into a distinct and meaningful use case within the blockchain ecosystem. Rather than simply offering a new form of trading, they represent a fundamentally different market model—one that uses economic incentives to aggregate information and reflect collective expectations in real time.

WHAT ARE PREDICTION MARKETS?

 

Prediction Markets are speculative platforms where participants trade on the outcomes of future events rather than traditional financial assets. Users buy and sell contracts that settle based on whether a specific event occurs.

 

For example, a Prediction Markets platform might ask: “Will a train connecting the United States and Europe be operational by 2035?” Traders can choose “Yes” or “No” contracts. If the event happens before the deadline, the “Yes” contract settles at 1 USD and the “No” contract expires worthless, and vice versa.

 

Contract prices fluctuate as new information emerges. Technological progress may push the “Yes” price higher, while delays or setbacks can increase the value of the “No” side. In this way, Prediction Markets continuously convert information and sentiment into real-time probabilities.

 

🔍 At a glance, Prediction Markets share 3 core features:

 

They trade on event outcomes rather than asset prices

Prices adjust dynamically as new information appears

Market prices aggregate collective expectations into probability signals

 

Because they pool insights from many participants, Prediction Markets often produce forecasts that are more accurate than traditional opinion-based methods. Their applications span politics, economics, sports, and weather—essentially any event with an uncertain outcome.

 

>>> More to read: What is Crypto Prediction Market? A Complete Beginner’s Guide

PREDICTION MARKETS & BLOCKCHAIN TECHNOLOGY

 

By leveraging blockchain technology, the value proposition of decentralized Prediction Markets is significantly strengthened. Traditional centralized prediction platforms rely heavily on users trusting the platform operator, which introduces structural limitations around transparency, resilience, and long-term reliability.

 

When Prediction Markets are built on blockchain infrastructure, their underlying mechanics change in fundamental ways. These advantages can be broadly summarized across 3 key dimensions:

 

✅ Censorship Resistance

 

Centralized Prediction Markets are vulnerable to shutdowns, restrictions, or external pressure from regulators, governments, or platform operators. In contrast, decentralized prediction markets governed by smart contracts eliminate single points of failure. The same code is executed across a distributed network of nodes, making it extremely difficult for any single entity to disrupt or dismantle the platform.

 

Once a Prediction Markets protocol is deployed on a blockchain, it can operate independently without reliance on centralized control. This decentralized structure ensures that no organization can easily censor market activity or manipulate outcomes.

 

For example, in politically sensitive regions, traditional prediction markets may be forced to shut down to prevent certain information from spreading. Blockchain-based Prediction Markets, however, are inherently more resistant to such censorship, offering a more open and reliable environment for information exchange.

✅ Removal of Intermediaries

 

Blockchain technology enables Prediction Markets to function through direct interaction between users and smart contracts, effectively removing the need for intermediaries. This reduces costs, minimizes counterparty risk, and eliminates the requirement to trust a centralized operator or pay additional platform fees.

 

Smart contracts automatically execute trades, settlements, and payouts according to predefined rules. This automation significantly reduces the risk of human error, misconduct, or fraud.

 

In traditional Prediction Markets, participants must trust that the platform operator will fairly resolve outcomes and distribute payouts. In blockchain-based markets, these processes are handled transparently by code, improving both trust and verifiability across the system.

✅ Improved Accessibility

 

Decentralized Prediction Markets are typically permissionless, allowing anyone with an internet connection to participate regardless of location. This dramatically lowers entry barriers and increases diversity among participants.

 

By contrast, traditional prediction platforms often impose high fees, account restrictions, or geographic limitations. Blockchain-based Prediction Markets are globally accessible, enabling broader participation from individuals with diverse backgrounds and perspectives.

 

This inclusivity not only democratizes access but also enriches the quality of market predictions. Participants from remote or underrepresented regions—often possessing valuable local knowledge—can contribute insights that might otherwise be overlooked, ultimately enhancing the collective intelligence of Prediction Markets.

 

>>> More to read: Is Polymarket Legal? Gambling or Finance?

THE ROLE OF BLOCKCHAIN ORACLES

 

One of the key challenges facing decentralized Prediction Markets is determining event outcomes without relying on a central authority. Blockchain oracles address this problem by providing mechanisms to verify real-world results and relay them on-chain. There are several common approaches to implementing oracles in Prediction Markets:

 

📌 Third-Party Data Sources

 

This approach is relatively straightforward, relying on external data providers to supply outcome information. However, because the data is ultimately controlled by a third party, it reintroduces a degree of centralization and weakens the trustless nature of decentralized Prediction Markets.

 

📌 Incentivized Reporting

 

Another approach uses financial incentives to encourage honest reporting by participants. In some Prediction Markets, users stake tokens to report event outcomes. Accurate reporting is rewarded, while false reporting results in the loss of staked tokens. This mechanism aligns economic incentives with truthful behavior and reduces reliance on a single authority.

 

Blockchain oracles are essential for ensuring both accuracy and trust minimization in Prediction Markets. They act as a bridge between on-chain systems and real-world information, enabling markets to settle based on verifiable external data. For example, in weather-related Prediction Markets, oracles can aggregate data from multiple reputable meteorological sources to validate outcomes.

 

A wide range of oracle solutions is currently being developed to improve the reliability and security of Prediction Markets. Some designs rely on decentralized networks of reporters who verify data through consensus mechanisms, while others adopt hybrid models that combine decentralized validation with trusted data sources. As blockchain technology continues to evolve, oracle systems are expected to become more sophisticated—providing stronger guarantees of accuracy, resistance to manipulation, and overall robustness for Prediction Markets.

 

>>> More to read: What is Oracle in Crypto?

CONCLUSION

 

For forecasting future outcomes, Prediction Markets are more than just an exciting speculative tool—they are increasingly recognized as advanced mechanisms for gathering reliable information across multiple domains. By using financial incentives to encourage individuals to share their knowledge, Prediction Markets can generate valuable insights into social, industrial, and political trends.

 

Blockchain-powered decentralized alternatives directly address the limitations of centralized platforms. By reducing reliance on trusted intermediaries and increasing transparency, blockchain-based Prediction Markets create a more resilient and trust-minimized market structure. As more sophisticated oracle systems are developed, these platforms are expected to become even more accurate, transparent, and reliable—unlocking the true potential of Prediction Markets.

 

Looking ahead, the convergence of Prediction Markets and blockchain technology points to a future where collective intelligence is harnessed more effectively, markets are more open and fair, and information flows more freely and securely.

 

 

 

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〈How Prediction Markets Work on Blockchain?〉這篇文章最早發佈於《CoinRank》。

2026年の最初の暗号IPO: #Bitgo NYSEに正式に上場
ラスベガスニュースチャンネル: より多くの地元の商人が#Bitcoin 決済を受け入れています
アメリカ銀行家協会が利息を支払う#ステーブルコインを阻止するためのロビー活動を計画
#Binance EU暗号通貨ライセンスをギリシャでMiCAフレームワークの下で申請
ハッカーが2300万ドルのウォレットを披露、9000万ドルの米国政府盗難に関与したと非難される
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元 #PayPal 大統領: #Bitcoin はAIエージェントのためのネイティブ通貨になるでしょう。
ヴィタリック: 中国語を話す開発者はフロントエンドユーザー体験の創造においてアドバンテージがあります; 彼らはファーカスターを作る必要はなく、ファーカスタークライアントを作ることができます。
トレーダーは46,600ドルを使って、ロシアとウクライナが2026年の終わりまで敵対行為を停止しないと賭けました。
アナリスト: 円の突然の上昇は、日本当局による「テスト」と「警告」に過ぎないかもしれません。
米国検察は再捜査を行わない。

インサイダー取引事件で、元幹部のチャステインとの間で起訴猶予合意に達しました。

XのAPIの取り締まりは小さな政策の調整ではなく、外部報酬がプラットフォームのコンテンツガバナンスと互換性がないと見なされるため、InfoFiインセンティブモデルの明確な否定です。

 

InfoFiトークンやプロジェクトからの鋭い反応は、この変化が投稿に基づくインセンティブの経済的基盤を揺るがし、チームに製品を閉鎖、停止、または根本的に再設計することを強いることを示しています。

 

InfoFi自体は消えませんが、許可のないAPI駆動インセンティブに基づく「トーキング・トゥ・アーン」時代は実質的に終了しました。プラットフォームが情報の流れに対する主権を再取得するためです。