Eric Sivertson discusses FPGAs and robot security
Electrical EngineeringRoboticsCybersecurity
THE AI ANGLE
Driving autonomous physical actions and decision-making in robotic systemsLattice Semiconductor's Eric Sivertson highlighted that physical robotics and humanoids require converging cybersecurity with functional safety, as compromised software or manipulated data can turn heavy machinery into physical hazards. He explained that advanced 2-nm and 3-nm AI processors lack internal flash memory and depend on vulnerable external boot sources, making low-cost FPGAs critical as hardware roots of trust to authenticate code, monitor execution, and recover corrupted systems.
THE TEACHING ANGLE
Instructors can explore the architectural tension between high-performance AI compute and cyber-physical safety, evaluating why software guardrails fail if the underlying hardware boot process and instruction streams lack FPGA-enforced attestation.Read the original at therobotreport.com Generate teaching or study materials
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