Overcoming Challenges: Bucket Robotics’ Journey to CES 2026
As the 2026 Consumer Electronics Show (CES) approached, the weather forecast for Las Vegas threatened to disrupt plans. Bucket Robotics, a startup backed by Y Combinator, initially intended for each team member to transport booth components in their carry-on luggage. However, CEO and founder Matt Puchalski opted for a safer alternative to avoid potential flight delays. He rented a Hyundai Santa Fe and personally drove the equipment through heavy rain for 12 hours, ensuring the company’s presence at the event.
Making an Impact Amid Thousands of Exhibitors
Based in San Francisco, Bucket Robotics was one among thousands of exhibitors at CES, a vast showcase of innovation and technology. Despite occupying a modest space in the automotive-focused West Hall, Puchalski found the experience invaluable. The key to their success was a combination of relentless energy, keen observation, and readiness to engage with attendees.
From Autonomous Vehicles to Robotics Innovation
Puchalski’s background as an engineer spans nearly a decade in autonomous vehicle development, with roles at Uber, Argo AI, Ford’s Latitude AI, and Stack AV, a SoftBank-backed startup. These experiences helped him build a robust network within the automotive sector, which proved beneficial throughout the conference.
Networking and Meaningful Conversations
Throughout the event, Puchalski was deeply involved in industry networking. One evening, he engaged in a detailed discussion on balancing manufacturing quality and yield with Sanjay Dastoor, founder of mobility startups Skip and Boosted, both alumni of Y Combinator. Their conversations extended late into the night, reflecting the collaborative spirit of the conference.
Introducing Bucket Robotics: Revolutionizing Surface Quality Inspection
During a breakfast meeting, Puchalski and sales associate Max Joseph prepared for CES Media Day, sharing insights over cage-free eggs. Intrigued by Puchalski’s enthusiasm, I learned about Bucket Robotics’ mission: leveraging advanced vision technology to automate surface quality inspections, a task traditionally performed manually.
Addressing a Critical Manufacturing Need
Founded as part of Y Combinator’s Spring 2024 cohort, Bucket Robotics focuses on automating the inspection of surfaces for defects. Puchalski highlighted the example of car door handles-components that customers frequently touch and expect to be flawless. While structural integrity checks are well-established, ensuring surface perfection-such as correct color and absence of scuffs or burn marks-remains a challenge.
Innovative Use of Simulated Data
Bucket Robotics tackles this challenge by utilizing CAD files of parts to generate simulated defects like burn marks, dents, and cracks. This synthetic data trains their vision software to identify imperfections rapidly on production lines without the need for manual labeling. Their models can be deployed within minutes and adapt seamlessly to changes in products or manufacturing processes.
Seamless Integration and Dual-Use Potential
One of the company’s standout features is its ability to integrate with existing production lines without requiring additional hardware. This flexibility has attracted clients in both the automotive and defense sectors, positioning Bucket Robotics as a promising dual-use technology provider.
CES Experience: From Intense Engagement to Ongoing Opportunities
The opening hours of CES were described by Puchalski as “intense,” with numerous visitors inquiring about the technology and collecting branded materials. Interest remained steady throughout the event, leading to in-depth technical discussions with professionals from manufacturing, robotics, and automation industries.
Following the conference, Puchalski has been actively engaging in follow-up conversations with potential customers and investors, underscoring the importance of CES as a platform for business development.
Looking Ahead: Building a Sustainable Business
While CES provided valuable exposure, the real challenge lies ahead: scaling operations, securing funding, and closing commercial deals. Puchalski emphasized that their technology is not intended to replace workers traditionally responsible for quality inspection but to augment their capabilities. These roles often involve diagnosing the root causes of defects, a complex task beyond simple automation.
Automating surface quality inspection has been a longstanding goal within manufacturing, and Bucket Robotics is excited to bring fresh solutions to this persistent problem.
“When we present our technology to customers, the enthusiasm is palpable,” Puchalski remarked, highlighting the company’s potential to transform manufacturing quality control.
