AiFi is a spatial intelligence platform that helps businesses understand and operate physical spaces using real‑time AI. Built on a camera‑first, privacy‑conscious foundation, our platform transforms physical environments into actionable systems—improving operations, elevating customer experiences, and unlocking measurable business value. AiFi is building toward a future where the physical world is as searchable, observable, and understandable as the digital one.
Across grocery and convenience, venues, specialty retail, quick-service restaurants, and travel hubs, AiFi helps customers solve problems such as fraud prevention, out-of-stock and planogram optimization, 24/7 commerce enablement, no-line premium entry, omnichannel analytics, labor optimization, order accuracy, and frictionless access. With global deployments across diverse formats, AiFi is building a powerful real-world data foundation that continually improves the intelligence and adaptability of its platform.
In this role, you’ll lead the Scene Understanding Team’s computer vision research and development. This entails everything from designing systems capable of calibrating hundreds of cameras to implementing state-of-the-art 3D reconstruction methods and semantic segmentation.
AiFi is an equal opportunity employer committed to fostering an inclusive, diverse, and equitable workplace.
We do not discriminate on the basis of race, color, religion or belief, national origin, sex, gender identity or expression, sexual orientation, age, marital status, veteran status, disability, or any other status protected by applicable law.

AiFi ("eye-Fi") is the leading AI provider of camera-led spatial intelligence solutions that creates a 3D real-time digital twin enabling business worldwide to track people and objects through space and provides advanced insights that drive profitability, through real-time alerts to improve operations and security, labeled video evidence, and powerful APIs. AiFi’s spatial intelligence platform allows businesses across multiple verticals, including retail, airports, facilities, sports and entertainment venues, and universities to fully understand their physical space and increase profitability.