Niantic Spatial
Niantic Spatial builds computer‑vision and spatial computing software that maps real‑world environments and localizes people and machines within them. The company offers a platform with APIs and SDKs for creating AI‑native digital twins, visual positioning, and spatial question‑answering, serving robotics, AR/VR, defense, and industrial operations. Privately held, it sells its technology to enterprises that need precise, geometrically accurate understanding of physical spaces beyond GPS or screen‑bound systems.
Open Positions at Niantic Spatial
5 open positions
Lead applied computer vision development for 3D reconstruction, localization, semantic mapping, and Gaussian Splatting systems that help AI and robotics understand the physical world. This role combines research translation, high-performance C++ implementation, algorithm optimization, and technical mentorship.
Own and advance production-grade computer vision systems for centimeter-level localization, visual positioning, and 3D mapping of the real world. You’ll bridge research and production while leading technical efforts across Niantic Spatial’s applied algorithms team.
Principal Architect, Product Engineering will define the technical architecture for Niantic Spatial’s product ecosystem while remaining hands-on with prototypes, architecture reviews, and strategic production code. The role provides organization-wide technical leadership across cloud, web, mobile, SDK, and platform engineering.
Lead enterprise solution architecture from customer discovery through implementation, integrating spatial intelligence products into cloud, edge, device, and robotics environments. You’ll partner with Sales, Product, Engineering, and delivery teams, with a focus on Energy and Industrial customers.
Lead technical solutioning for federal customers, shaping architectures and proposals from early discovery through operational deployment. You’ll bridge customer missions, business development, product, engineering, security, and delivery across cloud, hybrid, tactical edge, and classified environments.