Blockchain and no-code tools challenge AWS' dominance: Crypto exec

cointelegraphОпубліковано о 2025-12-20Востаннє оновлено о 2025-12-20

Анотація

The rise of AI-powered no-code tools and blockchain technology is challenging Amazon Web Services' dominance in cloud computing, according to Lomesh Dutta of the Dfinity Foundation. These tools democratize app creation and enable AI-driven, continuously updated user experiences without relying on centralized servers. Blockchain provides a secure, tamper-resistant infrastructure that operates without constant human intervention. Despite promoting decentralization, many crypto and Web3 projects still depend on AWS, as seen in multiple 2025 outages that disrupted major platforms like Binance, Coinbase, and MetaMask. Industry executives argue that true decentralization must extend beyond the ledger to infrastructure to avoid reliance on centralized providers.

The rise of AI-powered no-code tools that allow users to create applications through linguistic prompts rather than computer code, decentralized through blockchain technology, will challenge Amazon Web Services’ (AWS) dominance of the cloud computing market.

No-code tools will democratize access to app creation and custom-tailored user experiences that will require constant updates and maintenance from AI, Lomesh Dutta, vice president of growth at the Dfinity Foundation, a non-profit organization that guides development of the Internet Computer Protocol (ICP) ecosystem, told Cointelegraph.

This rise of user-created applications eliminates the need for centrally managed software solutions stored on centralized servers.

AWS continues to dominate the cloud-computing market in 2025. Source: Statista

“When applications are continuously generated and evolved by AI, you need infrastructure that is secure, tamper-resistant, and able to stay online without constant human intervention,” he said. Lomesh added:

“Decentralized blockchain networks introduced a revolutionary computing paradigm: by eliminating central points of control, they enable the creation of secure, reliable, and fault-tolerant software.”

A significant portion of crypto companies and Web3 projects rely on centralized AWS infrastructure to power their consumer-facing applications and websites, Internet Computer founder Dominic Williams told Cointelegraph.

Related: Cloudflare outage shows why crypto needs end-to-end decentralization

AWS outages rock the crypto industry in 2025

Several AWS outages occurred in 2025, impacting multiple crypto platforms and exchanges using AWS servers and data centers to host their applications.

The first outage occurred in April, causing disruptions to centralized crypto exchanges, including Binance, KuCoin and MEXC. At the time, Binance temporarily paused withdrawals until normal service was restored.

AWS experienced another outage in October, causing disruptions in crypto exchange Coinbase’s mobile application, with users reporting login problems, slowdowns and withdrawal issues.

AWS reports an outage on October 20. Source: AWS Health Dashboard

Other financial applications were impacted by the outage, including the mixed-asset brokerage platform Robinhood and Web3 wallet MetaMask.

The October AWS outage lasted for about 15 hours and underscored the level of reliance crypto and Web3 projects, which market themselves as decentralized alternatives, have on centralized cloud infrastructure providers.

Crypto’s reliance on centralized infrastructure has drawn criticism from several crypto industry executives, including Jamie Elkaleh, chief marketing officer at crypto wallet company Bitget Wallet, and Carlos Lei, co-founder of decentralized physical infrastructure network (DePIN) marketplace Uplink.

“Decentralization has succeeded at the ledger layer but not yet at the infrastructure layer,” Elkaleh told Cointelegraph in October.

Magazine: Meet the onchain crypto detectives fighting crime better than the cops

Пов'язані питання

QAccording to the article, how will no-code tools and blockchain technology challenge AWS' dominance in cloud computing?

ANo-code tools democratize app creation through AI-powered linguistic interfaces, while blockchain provides decentralized, secure, and tamper-resistant infrastructure that eliminates reliance on centralized servers and reduces need for constant human maintenance.

QWhat specific problems did AWS outages cause for crypto platforms in 2025 as mentioned in the article?

AAWS outages in April and October 2025 caused disruptions including Binance pausing withdrawals, Coinbase experiencing login problems and withdrawal issues, and affecting platforms like KuCoin, MEXC, Robinhood, and MetaMask.

QWhat criticism did crypto executives have regarding the industry's infrastructure according to the article?

AExecutives like Jamie Elkaleh criticized that 'decentralization has succeeded at the ledger layer but not yet at the infrastructure layer,' highlighting the contradiction between Web3's decentralized ideals and its reliance on centralized cloud providers like AWS.

QWhat advantages does Lomesh Dutta attribute to decentralized blockchain networks for AI-generated applications?

AHe stated decentralized blockchain networks provide 'a revolutionary computing paradigm' by eliminating central points of control, enabling the creation of secure, reliable, and fault-tolerant software that can stay online without constant human intervention.

QWhich major companies and projects were mentioned as being affected by the AWS outages in the article?

AThe affected entities included crypto exchanges Binance, KuCoin, MEXC, and Coinbase; mixed-asset brokerage Robinhood; and Web3 wallet MetaMask.

Пов'язані матеріали

The Value Distribution of Stablecoins

**Summary: The Value Distribution of Stablecoins** The article argues that stablecoins are evolving from mere trading tools into broader channels for dollar access. It divides the stablecoin ecosystem into four layers to analyze how value is distributed: 1. **Issuance Layer:** Mints stablecoins, holds reserve assets, and captures the spread between reserve yield and user costs (e.g., Tether, Circle). This layer currently earns the largest profit margin. 2. **Infrastructure Layer:** Connects stablecoins to the traditional financial system, handling fiat on/off-ramps, banking integration, compliance (KYC/AML), and asset management (e.g., Bridge, BVNK). This is the "unglamorous" but critical work, building the essential bridges between crypto and real-world finance. 3. **Acquiring/Distribution Layer:** Integrates stablecoins into merchant systems, manages payment flows, and provides enterprise financial software (e.g., Stripe, Coinbase). They act as the access point for businesses. 4. **Application Layer:** The end-users and businesses that ultimately use stablecoins for payments, settlements, or as a store of value. They benefit from convenience but have little pricing power. The core thesis is that while the issuance layer currently dominates profits, the often-overlooked **infrastructure layer holds significant long-term potential**. The real challenge and barrier to mass adoption is not the on-chain transfer of stablecoins (which is simple), but the complex "last mile" integration into existing business workflows, banking systems, and regulatory frameworks across different countries. Companies in this layer are currently in a "land grab" phase, investing heavily to build networks, secure bank partnerships, and establish compliance pathways. While their position is currently pressured by the profitable issuers above and distribution platforms below, the article suggests that if stablecoins become a default financial rail for businesses, the infrastructure providers who have done the hard work of integration will ultimately gain strong pricing power and become entrenched, essential players.

marsbit9 хв тому

The Value Distribution of Stablecoins

marsbit9 хв тому

The Value Distribution of Stablecoins

The Value Distribution of Stablecoins The article argues that stablecoins are evolving from a mere trading tool into a broad "dollar channel." It analyzes the industry's value chain through four layers: 1. **Issuance Layer (e.g., Tether, Circle):** The top layer that mints stablecoins, holds reserve assets, and captures the thickest interest rate spread. 2. **Infrastructure Layer (e.g., Bridge, BVNK):** Connects stablecoins to the traditional financial system, handling critical but complex "dirty work" like fiat on/off-ramps, banking integration, compliance (KYC/AML), and cross-border settlement. 3. **Acquiring/Distribution Layer (e.g., Stripe, Coinbase):** Embeds stablecoins into merchant systems, manages payment flows, and integrates with enterprise software. 4. **Application Layer:** End-users and businesses that ultimately use stablecoins for payments, settlement, or storing value. The author posits that while the issuance layer currently captures the most profit, the most overlooked and potentially critical layer is infrastructure. The core challenge for stablecoin adoption isn't the on-chain transfer (which is simple), but bridging the gap between blockchain and the real-world financial system. This involves solving practical problems for businesses: fiat conversion, reconciliation, tax handling, and user onboarding. Infrastructure companies are currently in a difficult "land-grab" phase—building networks, securing banking relationships, and achieving compliance country-by-country. They face pressure from both the profitable issuance layer above and distribution platforms below. However, the author suggests this layer is building a crucial moat. Once stablecoins become a default business rail, the infrastructure players who have done the hard work of integration may gain significant, durable value and pricing power.

链捕手13 хв тому

The Value Distribution of Stablecoins

链捕手13 хв тому

How to Do Research Well: Deliberately Practice the Real Skills That Matter

No one truly teaches you how to do research. You're often given a desk, a pre-selected problem, and vague instructions to "create something new." Consequently, many people reverse-engineer the job based on visible outputs—papers, posts, announcements—learning only how to *appear* like a researcher rather than how to *become* one. True research capability is built from stacking small, trainable skills, nearly all of which can be developed through deliberate practice. **Pick Your Own Problem:** Most researchers absorb problems from advisors or trends, lacking the underlying reasoning. Choosing a problem you genuinely care about, as John Schulman advises, leads to original work. Develop "taste" like a muscle: predict experiment outcomes, guess paper results from methods, and track which findings remain important over time. **Upgrade Your Inputs:** Relying on shared reading lists (arXiv hot lists, filtered group chats) leads to unoriginal conclusions. Undervalued old literature often holds crucial insights (e.g., MoE, LSTM, backpropagation). Richard Sutton's "The Bitter Lesson" or Claude Shannon's 1952 talk on creative thinking are more predictive than lengthy modern surveys. Breadth matters as much as depth: draw from neuroscience, mechanism design, hardware knowledge, and honest statistics. Read papers directly, especially appendices and limitations sections. **Write Everything Down:** As Paul Graham noted, writing exposes flaws in seemingly mature ideas. Writing is the cheapest defense against self-deception. Following Feynman's principle, Darwin programmatically wrote down facts contradicting his theory to combat memory bias. Maintain a detailed log of hypotheses, setups, predictions, results, and updated understandings. Reviewing past logs fosters essential humility.

marsbit2 год тому

How to Do Research Well: Deliberately Practice the Real Skills That Matter

marsbit2 год тому

Торгівля

Спот
Ф'ючерси
活动图片