Safari AI
Using computer vision to auto-measure the most important activity in clients' operations
Actively Hiring
Top Tier Investor
Overview
Website
https://getsafari.ai
https://getsafari.ai
Employees
11-50
11-50
Locations
Brazil, Canada, New York City, United States, Washington DC, San Francisco
Brazil, Canada, New York City, United States, Washington DC, San Francisco
Safari AI uses computer vision to provide enterprises the ability to auto-measure the most important physical activity in their operations. Our clients point their own IP cameras inside and outside their theme parks, stores, buildings and other property to gather mission-critical data and insights using Safari AI's proprietary technology.
Safari AI's clients are finally getting reliable and automated counts, throughput, utilization, dwell times, live wait times, and a number of other KPI's, replacing manual measuring, antiquated hardware and oftentimes no measuring at all.
Safari AI is serving category-defining companies in Theme Parks, CRE, Transportation, Hospitality, Retail, and QSR/Restaurants. Click on the media below for specific client use cases.
The company is venture-funded led by General Catalyst & Initialized Capital and operates distributed with team members residing in the US, Canada and Brazil.
Safari AI's clients are finally getting reliable and automated counts, throughput, utilization, dwell times, live wait times, and a number of other KPI's, replacing manual measuring, antiquated hardware and oftentimes no measuring at all.
Safari AI is serving category-defining companies in Theme Parks, CRE, Transportation, Hospitality, Retail, and QSR/Restaurants. Click on the media below for specific client use cases.
The company is venture-funded led by General Catalyst & Initialized Capital and operates distributed with team members residing in the US, Canada and Brazil.
Industries
Internet
SaaS
Enterprise Software
Infrastructure
Machine Learning
Artificial Intelligence
Software
Utilities
Computer Vision
Internet of Things
Artificial Intelligence / Machine Learning