Teradyne Places Strategic Bet on Bright Machines' Factory Data Layer
Teradyne's undisclosed strategic investment, announced October 5, pairs its Universal Robots cobots and board-test systems with Bright Machines' software-defined manufacturing platform for AI infrastructure production.
Bright Machines, the company building software-defined manufacturing and intelligent assembly systems for AI servers and data-center infrastructure, has taken an undisclosed strategic investment from Teradyne. The deal was announced on October 5, 2026, alongside a planned collaboration to connect the two companies' systems across AI infrastructure production.
The amount, ownership percentage, valuation, board rights and formal round label were not disclosed, so the transaction should be read as an undisclosed strategic investment rather than assigned an estimated value or a Series designation. What the companies did disclose is more operational: Teradyne is putting capital behind a platform where its robots and test systems could work inside the same manufacturing loop.
That loop would join Bright Machines' software-defined manufacturing platform with Teradyne's robotics and board-test technologies. The companies intend to explore precision robotic assembly, automated loading and unloading of test equipment, and autonomous material movement, then connect the resulting data into a continuous production record. A described production environment spans Bright Machines software, Universal Robots collaborative robots and Teradyne board-test systems. Deployments would be evaluated at Bright Machines facilities and customer sites, though no customers, schedules or commercial terms were named.
Each layer sees a different part of the build. Bright Machines captures design, assembly, inspection, product genealogy and manufacturing-intelligence data; robots produce movement and task data; test equipment records electrical performance. Connecting those streams could let a manufacturer trace a failed test back through the exact assembly history of a unit, instead of treating testing as an isolated verdict at the end of the line. No measured improvements in yield, changeover time, rework or test coverage have been published, and the companies have not disclosed a customer deployment proving the thesis.
Teradyne chief AI officer James Davidson framed the constraint around engineering time, saying the limit is not only what a robot can do physically but how much engineering it takes to tell the robot what to do. The proposed collaboration targets that re-engineering burden while keeping build and test evidence in the same loop.
Bright Machines was founded in 2018 and is led by CEO Sviat Dulianinov and co-founder and chairman Lior Susan; its leadership page lists no current CTO. The company reports more than 130 microfactory deployments across more than 10 countries and more than 60 customers, figures that have not been independently audited. In June 2024 it announced a $126M Series C consisting of $106M in equity and $20M in venture debt, bringing disclosed capital raised to more than $400M at that time. BlackRock-managed funds led the equity financing, with NVIDIA, Microsoft, Eclipse, Jabil and Shinhan Securities participating; J.P. Morgan supplied the debt. The new Teradyne investment does not provide an updated funding total.
Founders
- Amar HanspalCo-founder
- Lior SusanCo-founder
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About the Company
Bright Machines develops software-defined manufacturing and intelligent assembly.