Memories.ai Brings Private Personal AI Memory to Snapdragon-Powered Devices

Memories.ai has announced that its personal AI assistant, Luci, is expanding across Snapdragon-powered PCs, smartphones and smart glasses, allowing users to maintain a continuous personal memory across multiple devices.

Unveiled at Snapdragon Summit 2026, Luci is designed to see, remember and act on information from a user’s daily activities. Unlike conventional AI assistants that largely rely on the current conversation, Luci is built to retain context from real-world experiences, such as meetings, notes, documents and conversations.

Luci initially focused on desktop use, where it could observe and remember a user’s activities on their PC. With the latest expansion, memories captured through smart glasses or smartphones can also become part of the same personal memory system and be recalled from another connected device.

Memories.ai says Snapdragon’s on-device AI capabilities are key to making this possible while maintaining privacy. Instead of sending personal content to the cloud for processing and storage, Luci performs much of its visual understanding directly on the device. The cloud is used primarily to help connect context between devices when required.

The system uses OmniCaptioner to convert what a device sees and hears into structured descriptions, while OmniRetriever indexes the information into a searchable personal memory. Once visual information has been processed during capture, the subsequent indexing and retrieval tasks can run locally using the Qualcomm Hexagon NPU.

According to Memories.ai, a full day’s worth of continuous memory can fit within a few gigabytes, while the personal memory index remains on the device.

The company believes this combination of local AI processing and cross-device synchronisation could enable more personalised AI experiences without requiring users to give up control of their personal data.

Qualcomm Technologies also highlighted Luci as an example of how Snapdragon’s AI capabilities can support more personalised and privacy-focused experiences across PCs, smartphones and smart glasses.