The rise of corporate chains on Ethereum

Beyond interfaces, Lubin pointed to structural changes across the Ethereum ecosystem. The architecture of the blockchain is also shaping how institutions approach adoption. Lubin expects “corporate chains” to become more common as companies seek higher throughput and greater control over their infrastructure. Still, he argued that assets are best issued on Ethereum’s base layer, saying “the best way to ensure that an asset is durable… is to mint it on Ethereum layer one,” even if the asset is later used across other networks.

Stablecoins, one of crypto’s fastest-growing sectors, are part of that transition, but not the endpoint. Lubin described them as a “stepping stone” toward more fully decentralized financial systems, noting that current models remain heavily reliant on centralized issuers. Over time, he expects growth in decentralized collateral to enable more robust, crypto-native forms of money.

On tokenization more broadly, Lubin suggested that traditional finance and decentralized finance are entering a period of convergence, combining centuries of financial innovation with newer blockchain-based systems. The result, he said, will be a more granular and programmable global economy.

Even as these shifts accelerate, Lubin struck a measured tone on longer-term technical risks like quantum computing. While not an immediate concern, he said Ethereum developers have been preparing for years.

“A lot of us just see it as being folded into the natural evolution of Ethereum,” Lubin said.

Read more: Joe Lubin claims DeFi is as safe as traditional finance, adding that bitcoin is in crisis

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Heading of Bitcoin Whitepaper

Part one explained the physics of quantum computing. This piece explains the target — how bitcoin’s encryption works, why a quantum algorithm breaks it, and what Google’s paper changed about the timeline.

What to know:

  • Bitcoin’s security relies on elliptic curve cryptography, a one-way mathematical function that makes deriving a private key from a public key effectively impossible for traditional computers.
  • Shor’s algorithm allows a sufficiently powerful quantum computer to efficiently reverse this one-way function, turning a bitcoin public key into its corresponding private key…

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