What Happens When Robot Programming Is Instantaneous?
On one of Formic’s early projects, setting up a robot to load and unload a metal-bending machine took 24 weeks. Every new part meant an engineer writing new code by hand. Today, that same kind of robot can learn a new task in 2-3 hours.
In his latest piece for Inc. Magazine, our CEO and founder Saman Farid explains what that shift means for manufacturers: robots are moving from projects to products. A project gets built once, for one task, and breaks when anything changes. A product works out of the box and keeps improving.
People still matter in this picture. Someone has to collect the line data, train the robot on what “right” looks like, and own safety and oversight. Operators move from muscle to brain.
Saman’s advice: if you crossed something off your automation list five years ago, put it back on.
Read the full article: https://lnkd.in/eBiUBdxG
Why this matters for talent
Formic published thought leadership describing how robot programming that once took 24 weeks of manual engineering can now be learned by a robot directly, cutting setup time dramatically. Formic lists 57 open roles on the board. Faster robot programming reduces the applications engineering burden per deployment, which is relevant context for candidates evaluating how Formic's technology changes the shape of its engineering team as it scales.
16 likes · 1 comments · 4 shares · Read the original LinkedIn post · full article. Curated by Larry Sherwood Jr. from company announcements; analysis above is my own.