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| Market | Platform | Price |
|---|---|---|
![]() | Poly | 9% |
Trader mode: Actionable analysis for identifying opportunities and edge
This market will resolve to “Yes” if Amazon Web services experiences any service interruption event with a severity classification of “disrupted” by January 31, 2026, 11:59 PM ET. Otherwise, this market will resolve to “No.” The severity classification of an AWS service interruption event may be found on the AWS Health Dashboard (https://health.aws.amazon.com/health/status) when the relevant event is selected under “List of events.” Only publicly visible service events listed on the AWS Health
Prediction markets are pricing in a low probability of a significant AWS service disruption occurring by January 31, 2026. On Polymarket, the "Yes" share trades at approximately 9%, implying the market sees about a 9% chance of an event. This indicates the consensus view is that a qualifying disruption is very unlikely, though not impossible, within this two-week window. The market has thin liquidity, with only $15,000 in volume, suggesting this is a niche sentiment indicator rather than a heavily traded consensus.
Two primary factors are suppressing the probability. First, AWS maintains a historically high standard for service availability across its global infrastructure. Public, company-confirmed service interruption events with a "disrupted" severity classification are relatively rare, especially those lasting long enough or being severe enough to be documented on the AWS Health Dashboard within a specific 15-day period. Second, there is no current public indication of systemic risk. The market is not pricing in any known, imminent threat like a major planned maintenance event or a recurring seasonal spike in load that has caused past issues.
The odds could shift rapidly with the emergence of a concrete catalyst. An official AWS notification of potential regional impairment, or a major external event like a significant natural disaster impacting a key data center region, would immediately increase the "Yes" probability. The most likely scenario for a price move would be real-time reports of widespread user outages on platforms like Downdetector, which often precede official AWS status page updates. Given the short 15-day resolution timeframe, any such event would need to occur in the latter half of January to significantly move the market.
AI-generated analysis based on market data. Not financial advice.
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This prediction market topic focuses on whether Amazon Web Services (AWS) will experience a service interruption event classified as 'disrupted' by January 31, 2026. AWS is the world's largest cloud computing platform, providing critical infrastructure for millions of businesses, governments, and organizations globally. The market specifically tracks events visible on the AWS Health Dashboard, which publicly reports service health and operational issues. A 'disrupted' classification indicates a significant service impairment affecting multiple customers, distinct from minor 'performance issues' or 'informational' notifications. The resolution depends on AWS's official severity assessment, making this a direct bet on the platform's operational reliability over a defined period. Interest in this market stems from AWS's central role in the digital economy, where even brief outages can cause widespread economic disruption. Companies across sectors from finance to healthcare rely on AWS for core operations, making service stability a multi-billion dollar concern. Recent years have seen several high-profile AWS outages, drawing attention to cloud concentration risks and prompting organizations to implement multi-cloud strategies for redundancy. This market allows participants to hedge against or speculate on operational risk, reflecting broader concerns about infrastructure resilience in an increasingly cloud-dependent world.
AWS has experienced several notable service disruptions throughout its history, establishing patterns that inform current reliability concerns. The most significant outage occurred on November 25, 2020, when an authentication service failure in the US-EAST-1 region caused widespread service degradation for approximately five hours, affecting major customers including Adobe, Roku, and the Washington Post. This event was classified as a major disruption and highlighted the risks of service concentration in specific availability zones. Another major incident on December 7, 2021, involved the US-WEST-2 region and lasted over seven hours, disrupting services for Amazon's own operations including Alexa and Prime Video. This outage resulted from network device impairments and automated recovery failures. Historically, AWS has maintained generally strong reliability, with most regions achieving 99.99 percent uptime annually, equivalent to approximately 52 minutes of potential disruption per year. However, the increasing complexity of cloud services and growing interdependencies between AWS components have created new failure modes. Past disruptions have typically stemmed from network configuration errors, capacity overloads during peak events, or software deployment issues rather than physical infrastructure failures. These precedents demonstrate that while AWS has robust systems, operational complexity creates inherent disruption risks that this prediction market tracks.
AWS service disruptions have far-reaching economic consequences due to the platform's market dominance, controlling approximately 32 percent of the global cloud infrastructure market. When AWS experiences significant downtime, thousands of businesses simultaneously lose operational capabilities, from e-commerce transactions to data processing and customer communications. The financial impact can exceed $100 million per hour across the affected ecosystem, according to industry estimates, with ripple effects throughout supply chains and digital services. Beyond immediate economic losses, disruptions erode trust in cloud infrastructure and may accelerate regulatory scrutiny of concentration risks in critical digital services. Organizations affected by AWS outages range from Fortune 500 companies to government agencies and healthcare providers, making service reliability a matter of public interest. Repeated disruptions could prompt more organizations to adopt multi-cloud strategies, potentially reshaping the competitive landscape of cloud computing. For AWS itself, maintaining service reliability is crucial to preserving its premium market position and justifying higher-margin enterprise contracts that depend on guaranteed uptime.
As of early 2025, AWS continues to expand its global infrastructure while implementing reliability improvements following recent incidents. The company has publicly committed to enhancing cross-region failover capabilities and automating more recovery processes to reduce human error during incident response. AWS's Health Dashboard remains the authoritative source for service status, with recent interface updates providing more granular information about event severity classifications. No major disruptions meeting the 'disrupted' classification threshold have occurred in the initial months of 2025, though minor performance issues have been reported and resolved. AWS's ongoing investments in redundant networking and power infrastructure across availability zones aim to further improve resilience ahead of the prediction market's resolution date.
AWS classifies an event as 'disrupted' when there is significant service impairment affecting multiple customers, with clear impact to their operations. This classification appears on the AWS Health Dashboard when customers experience service unavailability or severe degradation, distinct from minor 'performance issues' or informational notifications about maintenance.
AWS typically experiences 2-3 significant disruption events annually that meet the classification threshold, though frequency varies by year. Most regions maintain 99.99 percent uptime annually, but the global scale of AWS means even rare disruptions affect many organizations simultaneously due to service concentration.
Core infrastructure services like Amazon EC2 (compute), Amazon S3 (storage), and Amazon RDS (databases) are most critical during disruptions because they support other AWS services. Network-related services and regional dependencies also create vulnerability concentrations, particularly in the heavily utilized US-EAST-1 region.
Resolution times vary by incident cause and complexity, but most significant disruptions are resolved within 2-8 hours based on historical data. AWS engineers follow documented runbooks for common failure scenarios, though novel or complex incidents may require longer resolution periods.
Educational content is AI-generated and sourced from Wikipedia. It should not be considered financial advice.
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