Overview
Salaries
Products
People
Growth
Offices
Jobs
Financials

Funding and backers

Backers
2
Betaworks, Garage Capital
Momentum
0/100
no fresh signals
Last sign of life
this month
a posting or a news item
Tractionpublic signals, read monthly
GitHub stars
1 public repositories
Backed byfrom the funds' portfolios and accelerator catalogs

Overview

Bracket Bot ([bot]) builds robots and the software stack that runs them. Robots made to be everywhere. Explore onsite robotics careers in San Francisco.

Growth

Hiring Momentum
28/100
Slowing
Open positions
12
0 opened / 0 closed in 30 days
ATS activity
Every ~5 hours
Today
Hiring Focus
The percentage next to each role is its share of the company's job openings over the last 90 days; the arrow shows the shift versus the previous period.
Industrial Engineering
43% ▲
AI/ML
14% ▲
Hardware
14% ▲
Robotics
14% ▲
Early Careers
14% ▲

Offices

Where the company hires and what each office is for
Cities
1
Hiring now
1
Countries
1
Busiest office
San Francisco
San Francisco United States
Engineering / R&D
12 open roles 7 posted in 90 days 42% engineering
hires for Industrial Engineering, Robotics, AI/ML
seen since Jan 2026 job postings

Jobs

≈ $128k – $308k per year (Estimated) • In office • Full-Time • San Francisco
Reinforcement Learning
Machine Learning
Robotics
Imitation Learning
Reinforcement Learning
Apply
≈ $160k – $356k per year (Estimated) • In office • Full-Time • San Francisco
Multimodal AI
Computer Vision
Machine Learning
DevOps
Vercel
Robotics
Perception
Inverse Kinematics
Autonomous Navigation
Apply
≈ $129k – $292k per year (Estimated) • In office • Full-Time • San Francisco
C++
Machine Learning
DevOps
Vercel
Robotics
Inverse Kinematics
Autonomous Navigation
Apply
≈ $148k – $320k per year (Estimated) • In office • Full-Time • San Francisco
Machine Learning
DevOps
Vercel
Linux
Robotics
Inverse Kinematics
Autonomous Navigation
Apply
≈ $128k – $310k per year (Estimated) • In office • Full-Time • San Francisco
Machine Learning
DevOps
Vercel
Robotics
ROS
SLAM
Sensor Fusion
Inverse Kinematics
Autonomous Navigation
Apply