Google's Schmidt Sees Encryption Killing Censorship
Protecting Internet traffic with hard-to-crack code may prevent governments from censoring their populations' communications within a decade, Google Inc. (GOOG) Chairman Eric Schmidt said. — Schmidt described the coming of a …
Context & Ripple Effects
Eric Schmidt's prediction that strong encryption could make government censorship technically unenforceable within a decade extends an argument he has been making publicly for over a year: his July 2012 claim that the Great Firewall of China would fall rested on the same premise that authoritarian control of information is economically and technically self-defeating. What is new here is the mechanism — not markets or user behavior, but cryptography itself rendering traffic interception useless.
The pickup was unusually broad for a chairman's remark: Bloomberg, TechCrunch, The Verge, Computerworld, ZDNet, 9to5Google, TechEye, The Register, and the Guardian all carried the story on or around November 21, 2013, indicating the encryption-versus-censorship framing landed at a moment when the tech press was actively debating who can read network traffic.
First-order effects
- Governments whose censorship systems depend on inspecting or filtering plaintext traffic now have a stated ten-year window before their primary lever degrades, per Schmidt's timeline.
- Google gains an advocacy position — a chairman arguing publicly that hard-to-crack code protects users' communications — which shapes how regulators and foreign ministries treat the company's own data-handling practices.
Second-order effects
- If operators take Schmidt's argument seriously, pressure moves onto equipment vendors, carriers, and platform owners to ship encryption by default, since any unencrypted hop becomes the weak point censors exploit.
- States that lose traffic-level inspection have an incentive to shift enforcement downstream toward endpoints — device certification, app distribution, and account-level controls — where code cannot shield what the handset itself displays.
Third-order effects
- The structural endgame Schmidt implies is a migration of censorship from the network layer to the application and device layer: the contest moves from packet inspection to whoever controls operating systems, app stores, and hardware imports.
- A decade-long race between default encryption and endpoint-level controls would make the openness of consumer platforms — not firewall architecture — the decisive variable in whether national censorship remains enforceable.
The trend: As encryption becomes the default for internet traffic, state censorship is being pushed off interceptable networks and toward control of devices, apps, and platforms — the chokepoints Schmidt's decade-long timeline assumes will be the next battleground.