Question 1

Is this argument against online safety?

Accepted Answer

No. Online safety matters. Children, vulnerable people, and everyday users should be protected from exploitation, abuse, scams, harassment, and harmful design. The argument is not against safety. It is against lazy safety systems that create mass identity checks, biometric databases, and surveillance infrastructure when less intrusive options are available.

Question 2

Why is age verification a privacy concern?

Accepted Answer

Age verification becomes a privacy concern when it requires people to upload government ID, scan their face, reveal biometric data, or link their online activity to a real-world identity. Even when the goal is child protection, the system can create centralised identity records that are vulnerable to breaches, misuse, legal demands, and future function creep.

Question 3

What are zero knowledge proofs?

Accepted Answer

Zero knowledge proofs are cryptographic methods that let someone prove a statement is true without revealing the underlying information. For example, a person could prove they are over 18 without revealing their name, full date of birth, address, face, or ID number.

Question 4

Why does anonymity matter?

Accepted Answer

Anonymity protects people who may face harm if their identity is exposed. This includes abuse survivors, whistleblowers, LGBTQ+ youth, political dissidents, people exploring sensitive topics, and people living under hostile family, workplace, or government conditions. Anonymous speech can be a safety tool, not a loophole.

Question 5

What does Can't Be Evil mean?

Accepted Answer

Don't Be Evil depends on trusting companies or institutions to behave well. Can't Be Evil means the system is designed so abuse is technically difficult. It uses encryption, open protocols, user-held keys, portability, and verifiable infrastructure to reduce the need for trust.

Question 6

What is the main takeaway?

Accepted Answer

The future of online safety should not be built on identity surrender. We can protect people through privacy-preserving design, strong authentication, proportionality, open protocols, encryption, and user control.

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