Brilliant Labs is a technology company that develops open-source augmented reality (AR) glasses designed to integrate with generative AI models, including large language models and visual language models. The company focuses on creating wearable devices that offer visual and conversational assistance, positioning itself within the broader fields of artificial intelligence, machine learning, and on-device computing. Its flagship product, the Frame glasses, features a small display, camera, and microphone, enabling users to access AI-driven interactions such as real-time translation, object recognition, and contextual information retrieval.
Founded in 2023 by Bobak Tavakoli, Brilliant Labs is headquartered in Singapore, with engineering operations in San Francisco, California. The company emphasizes an open-source approach, releasing the hardware and software designs for its devices to foster a developer community. This strategy differentiates it from more proprietary AR efforts by major consumer electronics companies, but also ties its functionality directly to the ecosystem of cloud-based AI services.
Funding and Growth
Brilliant Labs raised approximately $3 million in seed funding during its first year, led by Wayfinder Ventures, with participation from other investors. In 2024, the company secured additional backing from notable angel investors, including those associated with large technology firms and AI research organizationsasi. By early 2025, the company had shipped its first production units of the Frame glasses to early adopters, following a public developer kit launch in late 2023. As of 2025, the company remains a small but growing player in the AR wearables market, with a reported team of fewer than 50 employees.
Open-Source Ecosystem
The company maintains a public repository for its hardware schematics, firmware, and companion mobile application code. Developers can build custom 'lens' applications using the company's SDK, which integrates with cloud-based AI services such as OpenAI's GPT models and Google DeepMind's visual models. This reliance on external AI providers means the device's capabilities evolve with advances in the wider Large language model ecosystem. Brilliant Labs also supports custom model hosting, allowing users to route requests to their own Machine learning infrastructure, a feature intended to appeal to researchers and hobbyists.
Product Features and Architecture
The Frame glasses incorporate a micro-LED projector that displays a low-resolution monochrome overlay (approximately 640x400 effective pixels) onto the wearer's field of view. A 5-megapixel camera and an array microphone capture visual and audio input. The device runs on a custom system-on-chip, which is positioned as an energy-efficient alternative to higher-power processors from Qualcomm or Arm Holdings. For AI inference, the glasses offload most processing to cloud servers via a companion smartphone app, though the company has experimented with on-device inference for simple queries using Neural network models pruned for edge deployment.
Applications and Use Cases
The primary use cases include real-time language translation, where the wearer sees subtitles overlaid on spoken conversation; visual question-answering for assistance in navigation or shopping; and note-taking and summarization for meetings, using Transformer (architecture)-based models. The company has also demonstrated a 'visual search' feature that leverages Top-P (Nucleus) Sampling and other methods to generate contextual descriptions of scenes. These features are tested against benchmarks for accuracy and latency, though the company does not publicly disclose specific performance metrics.
Market Position and Collaboration
Brilliant Labs occupies a niche between consumer AR from larger firms and specialized AI hardware startups. Unlike products from Apple or Samsung Electronics, which integrate tightly with proprietary operating systems, Brilliant Labs devices are deliberately cross-platform, supporting android and iOS via a companion app. The company has engaged with academic partners, including researchers from Stanford AI Lab and MIT CSAIL, to explore interaction design for wearable AI. It has also contributed to open standards discussions with groups like the OpenPanel community, promoting modularity in display and sensor components.
Challenges and Future Outlook
As an early-stage company, Brilliant Labs faces competition from established augmented reality players and rapidly evolving Generative AI capabilities. Battery life and thermal management for continuous AI processing remain engineering challenges, with the current Frame lasting about four hours of active use. The company has indicated roadmaps for a next-generation device with improved display resolution and longer battery life, but has not provided a release date as of 2025. Analysts suggest that its success hinges on the quality of the developer ecosystem and the affordability of cloud AI inference costs, which remain dominated by Amazon Web Services and Microsoft Azure.
See Also
- Artificial intelligence
- augmented reality
- wearable technology