Engineering

Business Development

Co-Founder & CEO

Co-Founder & CTO

Peripheral Raises $8.7 Million to Expand AI Sports Media Platform

Peripheral nets $8.7 million USD to bring spatial intelligence tech to sports

Peripheral Raises $8.7M co-led by Inovia Capital and Deloitte Ventures, to Expand Spatial Intelligence Platform for Live Sports

AI could democratize access to expert coaching, sports tech entrepreneurs say

Machine Learning Engineering Intern - Motion Capture

Peripheral is developing spatial intelligence technologies for live sports and entertainment, with a focus on 3D computer vision, robotic perception, and immersive media. The Machine Learning Engineering Intern will help deploy, maintain, and improve motion capture systems, curate training data, evaluate pose estimation models, and support production ML infrastructure.

Machine Learning Engineering Intern - Motion Capture (Fall 2026)

Infrastructure Engineer - Platform

Peripheral is developing spatial intelligence for live sports and entertainment through 3D computer vision, AI, and immersive media technologies. The Infrastructure Engineer will architect, build, and operate cloud infrastructure for large-scale ML training, production model serving, data pipelines, and reliable customer-facing systems while providing technical leadership and mentorship.

Senior Machine Learning Engineer - Reconstruction

Peripheral is developing spatial intelligence technology for live sports, entertainment, advanced sports analytics, and immersive media experiences. The Senior Machine Learning Engineer - Reconstruction will lead research and development in spatial intelligence, including 3D and 4D reconstruction models, while guiding a research team and advancing models from experimentation into production systems.

Senior Robotics Engineer - Motion Capture

Peripheral Labs is developing spatial intelligence for live sports and entertainment, creating interactive 3D reconstructions of sporting events. They are seeking a Senior Robotics Engineer to architect and lead the development of biomechanics-grade motion capture algorithms for their motion capture team.