Chipmaker Gets One-Year Grace Period to Use Factory Bots After Regulatory Doubts

Intel can keep running specific pieces of automated machinery in its American semiconductor facilities for the next 12 months. The company secured this temporary status from the Federal Communications Commission after questions arose regarding whether new regulations covered its industrial equipment.

The FCC issued its decision on October 22, granting the waiver. This allows the chipmaker to continue using the machines in its US plants without halting operations while the regulatory definitions are clarified.

The equipment in question consists of automated guided vehicles. These devices travel along set tracks or predefined paths and often require human oversight. Their primary function is to transport materials across warehouse floors and production lines.

Bloomberg News reported that Japanese firms like Murata Machinery and Daifuku Co. typically build these vehicles. Intel did not name the specific models in the public record because the details were placed in a confidential appendix to the waiver request.

Intel stated in its filing that it was unclear if its vehicles fell under the ban’s definition of robots. The agency’s new rules primarily target new mobile robots, such as humanoids and robot vacuums. While previously approved devices can still be imported, the rules appear to limit major modifications to those existing units. This created uncertainty for companies relying on current equipment.

The waiver permits Intel to make necessary hardware, software, and firmware changes. These updates are intended to ensure the vehicles remain functional and maintainable during the one-year period. The exemption serves as a precautionary measure to prevent operational disruptions in the fabs.

The situation illustrates how regulations designed for consumer electronics can create questions for industrial users. Even a major US chip manufacturer needed a formal exemption to confirm its factory robots could continue operating under the current framework.