Interview
Crypto and Decentralization: Building Blocks
- Blockchain computers are expected to reintroduce trust in decentralized protocols similar to HTTP and email, driving increased outside investment through strengthened user and developer rights.
- The emergence of non-fungible goods like ERC721 marks the start of a new application phase exploiting trust primitives, while reduced activation energy for trust via enforcement mechanisms will open collaboration.
- A critical missing building block is real social signal mechanisms for reputation and identity, with active work focused on mapping public keys to humans to move beyond adversarial assumptions.
- Future identity systems may evolve into a certificate authority model or a decentralized web of trust, either top-down or bottom-up, to enable reputation metrics for specific identities.
- Data sovereignty is predicted to grow in importance within healthcare and AI sectors as the internet deepens into the economy, challenging the traditional model of free data exchange with tech companies.
- The proposed native business model involves foundations holding network currency (e.g., 10% to 20%) to fund operations, aligning early users and developers with network success through token ownership.
- Token-based incentives are characterized as the true native model replacing intrusive advertising, expected to become increasingly valuable as the native assets of the internet.
- Crypto networks are predicted to align participants to capture value from third-party applications and enable healthier competition by removing distortions that force hoarding behavior.
- The software nature of crypto allows for broad experimentation with complex logical incentives, including redirecting idle computation toward useful storage, caching, or redundancy.
- Infrastructure expansion requires significant work on layer one scaling (proof of stake, sharding) and layer two scaling (state channels, plasma chains), alongside off-chain computation technologies like Starks and Intel SGX.
- Achieving web scale for billions of users requires core network scaling, private secure transaction capabilities, and the development of basic tooling such as IDEs, debuggers, and security verification processes.
- The current "wild west" infrastructure state is viewed as an opportunity attracting talent from mature web companies, with the expectation that crypto adoption will accelerate faster than the historical web due to existing hardware.
- The internet is predicted to swing from peak centralization back toward decentralization driven by cultural factors and entrepreneurial incentives, mirroring the success of the developer-driven web over failed centralized models.
- Decentralization is framed as a means to achieve four primary goals: security, scalability, usability, and governance, with stablecoins expected to become prominent within the next year or two to support mainstream lending and payments.
- Governance mechanisms are anticipated to evolve from open source to on-chain solutions involving user voting, contingent on the development of identity and reputation building blocks.
- Industry risks include a temptation to prioritize the token business model over necessary developer tools and user interfaces, as well as the inherent difficulty of balancing decentralization with usability and governance.