2025.. Why Is the Internet Collapsing Like This?

2025… The Year of Widespread Outages: Why Is the Internet Experiencing Its Biggest Wave of Collapse?

The world witnessed during 2025 a notable rise in the frequency of widespread disruptions that struck the global internet, at a time when an “internet outage” is no longer merely a passing technical problem for users — but a crisis affecting the core infrastructure on which communications, financial services, e-commerce, and government systems depend. Despite the pivotal role the internet plays in the global economy, this system remains fragile and prone to collapse, where a single failure can cause losses of billions of dollars and disrupt vital services across dozens of countries.

Since the beginning of 2025, digital services around the world have suffered a series of recurring outages due to technical failures at major web infrastructure providers, causing platforms used by millions of people to go down in more than one prominent incident.

Among the most notable of these events was the outage that lasted 15 hours last October inside the data centers of Amazon (AWS), which led to the disruption of financial, government, and tech company services across several continents. In a more recent incident, a failure in Cloudflare services caused a massive number of global websites and services to go down, including ChatGPT and platform X, along with countless websites that rely on the company's services directly or indirectly.

Although these failures may seem unexpected given the sheer size of the companies responsible for them, they are a natural reflection of the ever-increasing technical complexity of the internet, alongside the trend of many organizations to cut costs by relying on a single provider instead of diversifying their infrastructure — which further increases the fragility of the global digital ecosystem and means any central failure can have wide-reaching effects.

How Does a User Access the Internet?

When you enter a website address in a browser, a complex chain of technical operations begins that takes place in fractions of a second. Every device connected to the network relies on IP addresses and the DNS system to translate site names into the locations of actual servers. User requests travel through routers, ground cables, and regional distribution centers — and sometimes through intercontinental submarine cables — until they reach the server that receives the request and sends back the necessary data, whether that be text, images, files, or application functions.

Because this journey depends on an interconnected chain of components, the failure of just one element can cause the entire process to fail. And with the spread of cloud computing, the scope of outages has expanded and their effects have multiplied globally.

Why Have Outages Become More Disruptive Today?

In the past, organizations kept their data and services on local servers within their own premises, which meant outages were limited in scope. With the spread of cloud computing models — pioneered by Amazon through AWS and then followed by Microsoft and Google — the majority of applications and services now run from remote data centers divided into geographic regions. This means that the failure of a single region can lead to a wide-scale stoppage of internet services.

The outage that hit AWS last October is a clear example; a software bug in one of its core services triggered a chain of failures that affected government websites, financial services, and platforms used by millions. Even though cloud services rely on massive infrastructure of servers and cables, the cause of an outage can be as simple as an update error, overheating in a data center, or the severing of a major cable.

Why Do Certain Companies Dominate the Market?

In many markets such as the United Kingdom, AWS and Microsoft Azure together hold more than 70% of the cloud computing market, alongside a strong presence from Google Cloud services. This dominance came through technological head starts, massive investments, and large contracts with government and private sectors. The same situation applies to many global markets.

But this concentration creates a central point of failure; a major server failure at one of these companies can shut down a large portion of the global internet, given that thousands of services and websites depend on shared infrastructure.

The three big players in the cloud computing market face increasing criticism over monopolistic practices that make it difficult for customers to switch to other providers. This is due to the differences in technical architectures between platforms, the high cost of migration, and an additional, more complex factor: many engineers specialize in working on just one platform, making diversification between providers — or switching entirely — a costly process that requires new expertise.

What Can Happen as a Result of a Cloud Services Failure?

Although major cloud companies provide high levels of reliability, the deep interconnection between digital services means that any failure — even a minor one — can trigger wide-scale cascading effects. One of the most prominent examples is the CrowdStrike incident in July 2024, when a faulty update caused the “Blue Screen of Death” to appear on millions of Windows devices used in critical operations. Since the update was deployed simultaneously, it caused a total failure affecting airports, banks, healthcare systems, financial institutions, and transportation and navigation services and more — revealing just how dependent the world is on a single update that can paralyze entire sectors.

How Can Companies Reduce These Risks?

To limit the impact of widespread outages, organizations need to put in place contingency plans that include:

• Diversifying cloud service providers instead of relying on a single vendor

• Activating backup data centers in other geographic regions

• Using internal backup servers for sensitive and critical tasks

• Designing systems to operate in an isolated mode when connectivity to core cloud services is lost

As for ordinary users, there is little they can do during these outages except wait for the fix, and pause for a moment to appreciate the enormous complexity underpinning the digital infrastructure that runs the details of our daily lives — and the remarkable fragility that can appear when a single link in this global technical chain breaks down.

Where Is the Internet Headed in the Future?

Current trends indicate that the internet is moving toward a more sensitive and complex phase, with growing dependence on cloud services, artificial intelligence, and massive centralized architectures that manage most of the world's data flow. This shift grants the world a tremendous degree of efficiency and speed, but at the same time creates central points of failure that make the network more susceptible to large-scale collapse. To avoid future scenarios that threaten the global digital infrastructure, rethinking the design of the internet itself may be required — through strengthening decentralization, adopting multi-provider hybrid clouds, and building independent backup networks capable of operating when total failures occur. While the world appears to be heading toward a more interconnected digital system than ever before, the real challenge lies in achieving this interconnectedness without sacrificing resilience and reliability.