Co-founder & CEO
MIT CSAIL → Strambotix
Former researcher in MIT's Computer Science and Artificial Intelligence Laboratory, focused on stereo vision for unstructured environments. Holds 9 patents in depth-from-stereo and zero-shot recognition.
About Strambotix
Strambotix exists because brownfield factory floors don't get to wait 18 months for a vision system. We started this company in a Boulder garage with three stereo cameras and a stubborn belief that industrial robotics could ship the way consumer electronics does — fast, repeatedly, and without a fenced cage. Eight years later we run 186 engineers, ship in 11 countries, and put a working vision cell on a production line in under 72 hours.
Certifications & Recognition
Founder Pedigree
The Strambotix leadership team holds 27 combined patents in stereo vision and SLAM. Before Boulder, they shipped autonomy stacks at the labs and companies that defined the modern robotics industry.
Co-founder & CEO
Former researcher in MIT's Computer Science and Artificial Intelligence Laboratory, focused on stereo vision for unstructured environments. Holds 9 patents in depth-from-stereo and zero-shot recognition.
Co-founder & CTO
Spent seven years on the Mars rover autonomy team at JPL, building SLAM stacks that had to work in dust, glare, and on a 20-minute round-trip light delay. Now ships that same robustness into cells on automotive floors.
VP, Perception
Led the perception subsystem on Spot's industrial payload program. Wrote the original cuVSLAM pipeline that maps a 40,000 sq ft warehouse in under nine minutes. Holds 4 patents in real-time dense SLAM.
VP, Manipulation
Owned the grasping-and-placement stack on Roomba's commercial floor-care line. Took the first 1,000 Roomba i-series units through pilot production. Holds 3 patents in compliant bin-picking.
Company Timeline
Every chapter below is dated, finance-auditable, and tied to a public event a capex committee can independently verify.
Three former MIT CSAIL and NASA JPL robotics researchers incorporate Strambotix, Inc. with a single focus: ship vision-guided automation that drops into existing brownfield lines without a fenced cage.
Photon-1 ships into its first automotive tier-1 supplier. The 71% integration-time reduction metric — measured today across 340+ deployments — begins here.
Founders Fund leads the round, with participation from Lux Capital and B Capital. Capital earmarked for the Photon-3 compute platform and an EU field engineering team.
412% revenue growth between FY2022 and FY2024. Live production deployments span 9 of the Fortune 500 industrials — including John Deere, GE Aerospace, and Toyota Material Handling.
Press & Industry Recognition
Third-party editorial coverage is the trust signal procurement screenshotted into a vendor file. Here is what was written, by whom, and when.
A 3,200-word cover feature tracing the 11-day average deployment-to-first-part metric across Strambotix's last 200 deployments, with on-record interviews from the VP of Operations at a Tier-1 automotive supplier.
Strambotix named to the 2024 list for its Zero-Shot Part Recognition engine, which trains a new SKU from just 14 reference images and ships the cell without an 18-month integrator cycle.
Recognized across Q1, Q2, Q3, and Q4 of 2024, based on verified customer reviews from active production users scoring the platform on first-pass pick accuracy and integration lead time.
Next Step
Our average deployment-to-first-part time across the last 200 deployments is 11 days. The discovery call is where we confirm that number is real for your cell — or we tell you up front that it isn't.
No integrator RFP required. Engineering lead on the call from minute one.