When AI access is no longer limited to smartphone screens or smart speakers, but instead becomes a tiny device weighing just 10 grams that quietly and discreetly wears on the body, human-computer interaction is entering a new era of "invisible intelligence." Feishu has recently jointly launched a new hardware product with global consumer electronics brand Anker Innovation — the "AI Recording Bean." With an ultra-light design and deep integration of AI capabilities, it redefines the way meetings are recorded and knowledge is accumulated.
This smart recording device, resembling a button, is equipped with a dual MEMS microphone array and supports Bluetooth and Wi-Fi dual-mode transmission. It can be easily clipped onto a collar or hidden in a pocket, enabling almost imperceptible all-day voice recording. Unlike common AI recording cards on the market, the "AI Recording Bean" focuses on real office scenarios, specifically designed for high-information-density situations such as frequent meetings, interviews, and brainstorming sessions. Its core highlight lies in end-to-end AI processing capabilities: it can generate subtitles in real-time during recording and automatically produce structured meeting minutes after the session, extracting key conclusions, action items, and decision points.
All recorded content and AI summaries will seamlessly sync to the Feishu knowledge base, allowing users to quickly search historical conversations by keywords, speakers, or time, and even directly quote segments for secondary creation or task assignment. This closed-loop design fully leverages Feishu's strengths in document collaboration and knowledge management, transforming "heard information" into "actionable knowledge assets."
In terms of battery life, the AI Recording Bean offers over 32 hours of total usage time. Combined with a magnetic charging base, it meets the needs of continuous use over several days. Its small and discreet form factor also takes privacy and convenience into account — avoiding the awkwardness of large devices while ensuring accurate voice pickup in noisy environments.
