The Norms for Public Space Are Being Set by Two Supply Chains

CIGI's outlook on the shifts shaping technology and global power in 2026 describes governance as reactive while private firms act as effective power brokers. Camera glasses show the mechanism clearly.

Design decisions on these devices are made in a small number of places, mostly the United States and China, and they ship identically everywhere. Whether the indicator is bright or subtle, whether a physical shutter exists, whether audio capture is on by default, whether the assistant listens continuously. Each is settled at design time by a product team, and each arrives in every market simultaneously as a finished fact.

By the time a regulator anywhere examines the question, millions of units are in circulation and a public expectation has formed around how the thing behaves. Changing it then means asking a manufacturer to ship a different build for one jurisdiction, which is expensive, or accepting the existing default and regulating around the edges, which is what usually happens.

Smaller jurisdictions may face this most sharply. Canada is a market of limited consequence to a global eyewear supply chain, and a Canadian requirement not imposed elsewhere is one a manufacturer may decline to meet. That is an issue of market scale rather than an accusation about corporate behaviour.

Technical standardisation may be more effective than national consultations that arrive after the fact. A shared specification for capture signalling, agreed before the installed base is large, can reach the design stage where these choices are made.

The difficulty is that standards bodies include manufacturers whose defaults are under discussion, so a specification protecting non-customers may begin with limited representation of their interests. It may nevertheless be more timely than regulating a convention after it has hardened.

A shared specification would not replace local rules. A transit authority or school may still prohibit recording in particular areas, while a technical standard can make the device's state more legible wherever it is used. The two levels address different questions: how the product communicates and what a place permits.

The international supply chain also makes timing material. A requirement adopted after common hardware and habits are established is harder to apply consistently than one incorporated into product development. That does not guarantee adoption, but it explains why a narrow, interoperable signal may be more practical than a collection of incompatible local conventions.