What happened
Rokid Technology started shipping the Rokid Glasses 2, Rokid Color, and Rokid Ring in China on November 11, 2026. The Glasses 2 utilizes a Qualcomm Snapdragon AR1+ Gen 1 and Bestechnic BES2800BP dual-chip setup to run small language models on-device. Pricing starts at CNY 3,699, and the launch is currently restricted to the Chinese market.
Rokid Technology, based in Hangzhou, began fulfilling orders for the Rokid Glasses 2 on November 11, 2026. The launch includes two companion devices: the Rokid Color, described as the first full-color MicroLED smart glasses in a consumer form factor, and the Rokid Ring, a smart ring controller. The launch is currently China-only, with an international debut planned for CES 2027 in January.
The engineering centerpiece is a dual-chip platform. The primary processor is the Qualcomm Snapdragon AR1+ Gen 1, which features a third-generation Hexagon NPU capable of running small language models (SLMs) on-device. Qualcomm demonstrated this capability by running Meta's Llama 3.2-1B model natively on the chip. The secondary chip, Bestechnic's BES2800BP, handles audio, connectivity, and low-level tasks, allowing the AR1+ to sustain peak performance for AI without thermal throttling.
Pricing for the Rokid Glasses 2 starts at CNY 3,699 (approximately $556 USD) for the black model and CNY 3,849 (approximately $579 USD) for the tortoiseshell model. The Rokid Color is priced at CNY 4,999 (approximately $752 USD) for the base model, while the Rokid Ring lists at CNY 1,699 (approximately $255 USD).
The launch occurs against the backdrop of a privacy scandal involving Rokid's previous smart glasses, where users covertly filmed flight attendants by covering recording indicators. In response, the China Academy of Information and Communications Technology (CAICT) issued a voluntary industry code of conduct in June 2026, requiring visible recording indicators and explicit consent for recording.
Why it matters
This launch marks a significant engineering milestone for wearable AI, demonstrating that sub-80-gram devices can process 1-billion- language models locally without cloud dependency. The dual-chip design separates AI and display workloads from audio and connectivity, reducing thermal throttling and weight. However, the product is subject to China's National Intelligence Law, which mandates cooperation with state intelligence regardless of data location. Additionally, the device's release follows a 2026 privacy scandal involving covert filming, highlighting ongoing tensions between advanced AI capabilities and user privacy protections in the smart glasses sector.
The ability to run a 1-billion- language model locally on a wearable device represents a meaningful advance in AI hardware efficiency. By offloading audio and connectivity to a dedicated chip, Rokid addresses the thermal and weight constraints that have historically limited in smart glasses. This architecture allows for real-time AI interactions without relying on cloud connectivity, potentially improving latency and privacy for local data processing.
However, the legal framework governing Rokid's operations presents a significant consideration for international buyers. Article 7 of China's National Intelligence Law requires organizations and citizens to support and cooperate with national intelligence work. This obligation applies to Rokid Technology regardless of where data is stored or processed. While the device processes some AI tasks locally, the manufacturer's Chinese incorporation subjects it to these statutory obligations, which are not mitigated by server location or local processing features.
The privacy implications are further complicated by the voluntary nature of the CAICT code of conduct. The code lacks an enforcement mechanism, and it does not address real-time AI facial recognition, a capability that the Snapdragon AR1+ NPU makes technically feasible. The previous incident of covert filming via physical obstruction of recording indicators highlights a human behavior issue that firmware updates cannot fully resolve.
Independent verification of the device's performance claims is currently lacking. The 167% sRGB gamut volume for the Rokid Color and the practical utility of the on-device Llama 3.2-1B model are manufacturer specifications that have not been confirmed by independent reviewers. The gap between marketing claims and verified performance will be a key factor in the product's long-term adoption.
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What to watch next
Independent reviews of the performance and display quality are pending. International buyers should monitor CES 2027 for confirmed pricing, regulatory approvals (FCC/CE), and distribution details. The effectiveness of the voluntary CAICT privacy code in preventing future covert filming incidents remains to be seen.
Independent reviews of the Rokid Glasses 2 and Rokid Color are expected to provide the first verified data on display quality, performance, and camera capabilities. These reviews will be crucial for determining whether the manufacturer's specifications hold up in real-world use.
The international launch at CES 2027 will be the next major milestone. Buyers outside China should wait for confirmed pricing, distribution partners, and regulatory approvals such as FCC certification for the US and CE marking for the EU. The current China-only launch does not guarantee immediate international availability.
The effectiveness of the CAICT's voluntary privacy code will be tested as more users adopt the new devices. Any further incidents of covert filming or privacy breaches could lead to stricter regulatory enforcement or changes in the code's provisions.
The evolution of models in smart glasses will be a key trend to monitor. As NPU capabilities improve, the balance between local processing and cloud connectivity will shift, potentially altering the privacy and performance trade-offs for consumers.