November 12, 2024

Why Did Blockchains Stay Up Amid CrowdStrike Outage ?

Why Blockchains Stayed Up Amid CrowdStrike Outage

Why Blockchains Stayed Up Amid CrowdStrike Outage

CrowdStrike is a leading company that creates software to protect computers and devices from hacks and viruses. Many large organizations, including banks and healthcare providers, rely on CrowdStrike to secure their systems.

But Then Came The Update…

On Friday, CrowdStrike released an update to its Falcon software. This update caused a major problem: it made computers running crash, resulting in the infamous “ of “​.

The faulty update led to widespread disruptions across various industries. Banks and healthcare providers saw their services interrupted, media outlets went offline, and airports experienced delays and grounded flights.

The issue was that CrowdStrike’s software needs deep access to a computer’s operating system to scan for threats. The update caused machines to crash and restart repeatedly​​.

CrowdStrike quickly identified the source of the problem and rolled back the update to prevent further issues. Microsoft confirmed that the problem was with the CrowdStrike update and not with Windows itself. They also restored their cloud services, noting that the CrowdStrike issue was separate from an unrelated Azure outage​​.

Blockchains Stayed Up Amid CrowdStrike Outage

While many industries faced huge disruptions due to the faulty update from CrowdStrike, the blockchain and sectors remained largely unaffected. Various crypto firms, including Binance, Kraken, and -based Pumpfun, reported no impact from the CrowdStrike outage. Also Cardano and other blockhains remained working as if nothing had happened clearly showing the resilience of compared to traditional IT infrastructures​​. And that is an understatement.

Here’s why blockchains stayed up amid the CrowdStrike outage.

Decentralized Structure

Blockchains operate on decentralized networks, meaning there isn’t a single point of failure. Unlike traditional systems reliant on centralized servers, blockchain technology distributes data across multiple nodes globally, making them resilient to localized software issues. For example, ‘s network does not depend on a single entity or server​.

Different Security Protocols

Blockchain systems use cryptographic methods and consensus algorithms for security, unlike traditional endpoint security software. For instance, Ethereum uses a proof-of-stake consensus mechanism, which is different from CrowdStrike’s endpoint protection.

Specialized Operating Systems

Many blockchain networks run on specialized software and hardware that are not reliant on traditional operating systems like Windows. Solana, for example, runs its nodes on custom-built software that doesn’t necessarily interact with Windows​.

Limited Use of Endpoint Security

Crypto firms and blockchain companies may not use CrowdStrike or similar endpoint security software extensively. They often employ their own tailored security measures. Binance and Kraken likely use a combination of proprietary security protocols and decentralized mechanisms instead of relying heavily on third-party security software​.

Decentralized Systems vs Centralized IT Infrastructures

Blockchain networks are designed with redundancy and resilience in mind. Multiple copies of the blockchain are stored across numerous nodes, ensuring the network remains operational even if some nodes fail. If certain nodes running Solana were to encounter issues, other nodes would continue to validate transactions and maintain network integrity​.

Blockchain networks remained unaffected by the CrowdStrike software update due to their decentralized structure, different security protocols, independence from traditional operating systems, limited reliance on endpoint security, and built-in redundancy and resilience.