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LONG BEACH – June 17– Qualcomm Technologies Inc., today announced at Augmented World Expo, the Snapdragon® Scalable Turnkey AI-Ready Toolkit (START) a program designed to help brands bring their own personal AI devices to market faster and with greater flexibility, starting with smart glasses.
At the core of Snapdragon START are hardware modules powered by Snapdragon® platforms, combining advanced compute, connectivity, and AI into an industry-leading compact, wearable footprint designed to support a broader range of designs. The modules are paired with a security-focused, AI-agnostic software stack that connects the device with companion smartphone apps and cloud services to support hybrid AI experiences, while democratizing access to and orchestration of leading AI models to give brands choice and flexibility. Snapdragon START enables organizations to focus on developing new unique user experiences, as well as design and go-to-market strategy for faster deployment, bringing more Personal AI devices, such as smart glasses, into the hands of consumers.
Inspecs, the global eyewear company behind licensed brands such as Barbour, CAT, Superdry and O’Neill and the owner of premium eyewear brand TitanFlex, is the first to exclusively collaborate with Qualcomm Technologies under the Snapdragon START program, marking a significant step forward in the evolution of smart eyewear.
Snapdragon START is supported by an expanding ecosystem of technology and manufacturing partners, including Avegant, Jorjin, Pegatron, and Thundercomm. “Snapdragon START lowers the barrier for brands to bring smart glasses to market at scale,” said Ali Mesri, Sr. Vice President, North America, Thundercomm. “By combining production ready designs with Qualcomm Technologies’ power-efficient AI platforms, we’re enabling a new generation of wearable products designed for real-world use.” With Snapdragon START, Qualcomm Technologies is enabling brands to bring new Personal AI devices to market at scale. For more information, visit the Snapdragon START webpage.
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