Author: Zoe Mende
In the ever-volatile world of cryptocurrencies, few figures stand out as boldly as Michael Saylor, the Executive Chairman of Strategy (formerly MicroStrategy). Recently, Saylor has reiterated his firm belief in Bitcoin as a superior asset class, even as the market experiences significant fluctuations. With Bitcoin dipping below $80,000 in recent weeks, Saylor’s statements emphasize the long-term outperformance of digital assets over...
Scaling Ethereum: Is this the end of Layer 2s?
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A Founder’s Wake-Up Call to the Ecosystem
Imagine building a skyscraper only to realize the foundation is shifting beneath your feet. That’s the vibe rippling through the Ethereum community after co-founder Vitalik Buterin’s recent bombshell: the original vision of Layer 2 (L2) networks as “branded shards” of Ethereum “no longer makes sense.” In a pointed X post, Buterin highlighted how L2s have...
Metales preciosos tokenizados: Llevando el oro, la plata y otros metales a la era blockchain
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Durante miles de años, metales preciosos como el oro y la plata han servido como depósitos confiables de valor, protección contra la inflación y símbolos de riqueza. Sin embargo, poseerlos físicamente conlleva desafíos: altos costos de almacenamiento, riesgos de seguridad, divisibilidad limitada y transacciones engorrosas.
Ahora imagina poseer una fracción exacta de un lingote de oro almacenado en una bóveda de Londres, negociable al...
Tokenized Precious Metals: Bringing Gold, Silver, and Other Metals into the Blockchain Era
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For thousands of years, precious metals like gold and silver have served as reliable stores of value, hedges against inflation, and symbols of wealth. Yet owning them physically comes with challenges: high storage costs, security risks, limited divisibility, and cumbersome trading.
Now imagine owning a precise fraction of a London-vaulted gold bar, tradable instantly from your phone, divisible to eight decimal places, and transferable...
Quantum-Resistant Cryptocurrencies: The Projects Leading the Charge in 2026
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In the not-so-distant future, quantum computers could shatter the cryptographic foundations that secure Bitcoin, Ethereum, and most of today’s blockchains. Algorithms like ECDSA, which protect private keys through elliptic curve mathematics, are vulnerable to Shor’s algorithm—a quantum method that could derive private keys from public ones in polynomial time.
While experts estimate a cryptographically relevant quantum computer...





