DePIN May Reduce Widespread Internet Interruptions Affecting Cryptocurrency. Here’s an Overview.

Key Takeaways:

• Frequent Internet disruptions are leading to demands for the cryptocurrency sector to lessen its dependence on centralized infrastructure.
• DePIN offers solutions that maintain accessibility for exchanges, wallets, and nodes during outages.
• Market makers, validators, and custody teams can access and transmit transactions via orbital links and hybrid satellite-ground networks.

Cloudflare’s recent outage, which affected numerous major websites and cryptocurrency platforms, has sparked discussions about the need for the crypto industry to decrease its reliance on centralized Internet infrastructure and expedite the transition to DePIN.

“On Nov. 18, we observed a single vendor becoming a systemic risk,” stated Tae Oh, founder of the decentralized satellite company Spacecoin, in an interview with Cryptonews. During the peak of the incident, approximately one-third of the most-visited websites and applications globally, including ChatGPT and X, encountered errors.

“A considerable segment of the crypto ecosystem, encompassing exchanges, DeFi dashboards, and price feeds, became inaccessible at the user interface level,” Oh noted. However, major blockchains like Bitcoin and Ethereum continued to operate normally during the outage, generating blocks and processing transactions at the protocol level.

“If your exchange front end, wallet API, or RPC provider are all reliant on the same content delivery network (CDN) and web application firewall, then your ’24/7 market’ is only as robust as that single company’s configuration file.”

Cloudflare’s incident marked the third significant Internet outage within two months, following disruptions at Amazon Web Services and Microsoft Azure in October, which caused widespread chaos across numerous platforms.

The company attributed the November downtime to a technical issue. However, analysts caution that additional outages are likely to occur.

“Modern infrastructure is constructed on highly interconnected systems,” one expert informed the UK’s Independent newspaper. “Anticipate failures.”

Cloudflare is an Internet infrastructure provider that supports many existing online services, including tools designed to protect websites from cyber threats and ensure stability during high traffic periods.

Crypto Contradicts Itself

According to Spacecoin’s Oh, the Cloudflare incident illustrates how the cryptocurrency sector remains significantly reliant on the centralized systems it professes to surpass.

This also highlights the disparity between crypto’s decentralized foundational layer and its centralized access layer, where a limited number of cloud providers and CDNs perform essential functions such as routing, caching, and DDoS mitigation.

“We have prioritized performance and convenience … and have quietly accepted a concentration of risk among a few cloud and edge providers,” Oh remarked, adding:

“For crypto, which promotes itself on censorship-resistance and continuous operation, this represents a contradiction.”

Christian Killer, head of research at Acurast, a company that has developed a decentralized computing network based on smartphones, told Cryptonews that while on-chain assets remain secure, users lose functional access the moment exchanges, wallets, or price feeds become unavailable.

“The entire experience collapses,” he stated, “and trust in the technology diminishes.” Killer emphasized that the risk is systemic, rather than vendor-specific.

“The takeaway should not be that Cloudflare is inadequate, but that constructing decentralized systems atop a narrow cluster of large centralized intermediaries directly contradicts the principles that crypto seeks to uphold.”

What a DePIN-based Internet Might Have Changed

Experts suggest that DePIN networks distribute storage, computing, and connectivity across numerous nodes that operate independently, rather than concentrating these services within a limited number of cloud regions.

A decentralized physical infrastructure network, or DePIN, architecture may not have prevented Cloudflare’s internal misconfiguration, according to Oh. However, it could have mitigated the impact of such failures from escalating into a global outage.

“The advantage lies in establishing alternative, independently operated routes for traffic when a significant edge or cloud network fails,” Oh explained, noting that his company recently transmitted a blockchain transaction through space, utilizing its CTC-0 nanosatellite to validate data between Chile and Portugal.

This transaction is regarded as a pivotal advancement toward a censorship-resistant, blockchain-based internet that does not depend on terrestrial providers.

In his interview with Cryptonews, Oh outlined three areas where DePIN could have reduced the impact of the Cloudflare mass web outage and similar incidents.

• Alternative transport paths: Essential crypto services, such as exchanges, RPC providers, and oracles, could direct traffic through decentralized wireless networks, community-operated relay nodes, and low-Earth-orbit satellite links. If DNS resolution and TLS termination at a major CDN fail, alternative routes ensure that APIs and trading gateways remain accessible.
• Distributed ingress and caching: Rather than delivering static assets and gateway endpoints through a single network, applications can duplicate verifiable content across a mesh of independent nodes. The failure of one operator would then appear as a localized performance issue, rather than a global outage. Traffic can automatically redirect to healthy gateways located on different networks and in various jurisdictions.
• Out-of-band access for “must-stay-online” actors: Market makers, validators, and custody teams can access and transmit transactions through orbital links and hybrid satellite-ground networks, ensuring continued access to mempools and blockchain state even during terrestrial outages.

“The first segment of the crypto stack to benefit is the infrastructure layer: validators, full nodes, RPC gateways, bridges, and oracle networks,” Oh elaborated, adding:

“Once those systems can navigate around outages at the CDN or cloud layer, the applications – exchanges, wallets, and payments – can either stay online or degrade gracefully instead of vanishing.”

Acurast analyst Killer noted that DePIN networks become more robust as additional users participate. “Users are actively encouraged to engage, thereby further enhancing the [quality of] service,” he stated.

Killer mentioned that Acurast, for instance, decentralizes computing and networking “away from hyperscaler dependence,” enabling it to “continue delivering data and computing requests even when centralized infrastructure ceases to function.”

DePIN Adoption Remains Low

However, the adoption of decentralized infrastructure in the crypto space and beyond is progressing slowly. Killer pointed out that “developer tooling” and cloud lock-in are significant obstacles, as “many teams are still accustomed to centralized” cloud platforms.

While DePIN is “advancing rapidly,” he noted that transitioning to new decentralized models incurs costs and requires time, integration efforts, and confidence that existing operators will not face disruptions.

Both Oh and Killer anticipate that Internet outages will continue and have suggested that decentralized infrastructure networks will evolve from a niche service into a “required resilience layer.”

“In the short term, [DePIN] will operate alongside existing cloud setups for redundancy,” Killer stated. “Over the coming months and years, as tools mature and reliability is demonstrated at scale, [it] will replace centralized clouds in certain instances.”

The post DePIN Could Limit Mass Internet Outages That Disrupt Crypto. Here’s How appeared first on Cryptonews.