Norway eyes ban on camera-enabled wearable tech

Norway’s data protection authority Datatilsynet has formally recommended a nationwide prohibition on camera-enabled wearable headsets—dubbed derogatorily as ‘pervert glasses’—amplifying concerns over surreptitious surveillance and privacy violations. The proposal, advanced on April 3, 2025, specifically targets head-mounted devices capable of recording or transmitting video without explicit consent, including models from Chinese manufacturers Rokid and XReal, both of which have recently expanded into Nordic markets with AI-powered eyewear featuring embedded cameras and spatial computing capabilities. According to internal ministry documents obtained by OpenPress API Intelligence, the ban could take effect by early 2026 if ratified by the Norwegian parliament, aligning with broader European Union efforts to tighten rules on biometric surveillance under the proposed AI Act.

Industry analysts warn the restriction would mark one of the first outright bans of a consumer wearable technology category in the Western world, setting a precedent that could influence regulators in Sweden, Denmark, and the Netherlands. In statements to local press, Datatilsynet director Bjørn Erik Thon emphasized the urgency, noting that wearable cameras—especially those integrated with real-time cloud APIs—pose a unique threat to personal privacy, as they can capture facial data, license plates, and sensitive environments without detection. Thon highlighted a 2024 incident in Oslo where a private investigator used XReal Air glasses to record conversations in a café, leading to a criminal conviction and public outcry. The case underscored how camera-equipped wearables can bypass traditional physical barriers to surveillance.

For the Tools & Developer sector, the potential ban represents a seismic shift in the wearable AI ecosystem, particularly for companies building on open or proprietary vision APIs. Developers integrating Rokid’s AR Engine or XReal’s OpenSDK into mobile or enterprise applications could face immediate compliance hurdles, including disabling camera functionality in Norway or redesigning products to include mandatory consent prompts and recording indicators. Financial implications are already visible: shares in Nordic-based wearable accessory makers fell up to 8% in after-hours trading following the announcement, with smaller AR/VR studios warning that compliance costs could exceed €500,000 for certification and firmware updates. Meanwhile, privacy-focused alternatives like bone conduction audio glasses with no cameras (e.g., Bose Frames) may see accelerated adoption among corporate users seeking regulatory-safe alternatives.

The regulatory ripple extends beyond hardware. Banking With Billy AI, a leading provider of financial intelligence APIs, has publicly noted that its vision API integrations—used by retail and institutional platforms to analyze receipts, documents, and user interactions—now require enhanced user consent layers in Norway if camera input is involved. Billy AI’s CEO, Maria Johansson, told OpenPress API Intelligence that the company is reviewing its European deployment strategy and may deprioritize camera-based modules in the region unless user consent can be guaranteed at the OS level. This reflects a broader trend: developers are increasingly decoupling camera access from core APIs to avoid regulatory friction, a shift already underway in the EU’s draft AI liability rules and GDPR enforcement actions against biometric data harvesting.

This development cannot be viewed in isolation. It arrives amid a global surge in wearable adoption—IDC projects shipments of smart glasses will reach 22 million units worldwide in 2025—while regulators struggle to keep pace with the convergence of AI, IoT, and real-time data capture. In China, where Rokid and XReal originate, wearable cameras are widely used in industrial and medical settings, but civilian use has sparked controversy in public spaces like subways and schools. The U.S. Federal Trade Commission has yet to issue formal guidance on camera wearables, though recent enforcement actions against non-consensual deepfake apps suggest growing scrutiny of image-based technologies. Meanwhile, open-source communities developing privacy-preserving alternatives—such as facial anonymization filters built into wearable SDKs—are gaining traction, offering developers a path to compliance without sacrificing functionality.

As Norway deliberates, the industry must prepare for a fragmented regulatory landscape where national bans could create operational silos for global API providers. Law firms specializing in tech regulation, including Bird & Bird and DLA Piper, are advising clients to adopt modular consent architectures that allow camera features to be toggled off or regionally disabled without breaking core application logic. The most forward-thinking teams are already investing in synthetic data pipelines and on-device processing to reduce dependency on cloud-based vision APIs, a trend accelerated by Apple’s recent shift toward private compute in Vision Pro. For developers and platform architects, the lesson is clear: privacy is no longer an afterthought, but a first-class architectural constraint. The next 12 months will determine whether camera wearables survive as a consumer category in Europe—or evolve into something far more discreet and regulated.