Research Summary
The article explores the potential of on-chain interactions in physical environments through digiphysical consumer goods. The author believes that digiphysical infrastructure will soon bring programmable utility to any physical product. Cryptonative digiphysicals are goods that exist in physical form, and maintain a cryptographic link to its digital (on-chain) record via NFC technology. This record can be in the form of an NFT, a registry entry, or an on-chain identity with signing capabilities. The author is excited about this next generation of digiphysicals because they unlock end consumer experiences that were not previously possible.
Actionable Insights
- Exploring Digiphysical Goods: The article encourages the exploration of digiphysical goods, which are physical products with a cryptographic link to an on-chain record. This opens up a new field of interaction design for consumer experiences.
- Understanding Cryptonative Digiphysicals: Cryptonative digiphysicals are goods that exist in physical form and maintain a cryptographic link to its digital (on-chain) record via NFC technology. This record can be in the form of an NFT, a registry entry, or an on-chain identity with signing capabilities.
- Utilizing Chip Technology: Chip technology coupled with on-chain programmability gives wallet-like abilities (e.g. token-gated access, signing, and asset ownership) to any physical object, unlocking end consumer experiences that were not previously possible.
- Expanding Use Cases: The author sees potential for expanding use cases of cryptonative digiphysicals in various fields including creator monetization, fan engagement, decentralized authentication, proof-of-ownership, and more.
