"Privacy and safety is not enabled by default in the internet."
Anton Khvorov, Speaker at Nervos Technologies, speaking at Web3 Summit 2026, argued that this default can be reversed by changing the architecture users interact with rather than expecting individuals to configure privacy protections themselves.
His model combines several pieces that are often treated separately: encrypted communications, private payments, sandboxed applications, and distinct identities for different products. Instead of allowing every application to build a unified profile around the same user, applications can operate within isolated environments with limited visibility into activity elsewhere.
Khvorov also extended the model beyond privacy itself. Proof-of-personhood can establish that a participant is human, trusted mobile hardware can protect keys, and encrypted peer-to-peer synchronization can allow users to move between devices without introducing a centralized repository of sensitive information.
The objective is to make stronger privacy and security compatible with ordinary usability rather than forcing users to choose between the two.
The structural takeaway:
✅ Application isolation limiting cross-product data exposure ✅ Separate identities reducing default user linkability ✅ Proof-of-personhood distinguishing humans without conventional identity models ✅ Device-level security supporting decentralized user experiences
The broader implication is that privacy may increasingly become an architectural property rather than a product setting. If user agents can coordinate identity, payments, keys, and synchronization while exposing only the information each application needs, the relationship between users and internet services could shift from default data collection toward default data minimization.
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