Robots are no longer confined to factory floors and warehouses. With advances in physical AI, they are moving into logistics, healthcare, manufacturing, agriculture, retail, and field services. That expansion raises a strategic question for business leaders: who should own the company’s robotics agenda?
Most organizations still distribute robotics responsibilities across engineering, operations, technology, and innovation teams. A dedicated chief robotics officer (CRO) could eventually consolidate those duties into one C-suite role. While the title is not yet common, growing enterprise deployments could make it increasingly necessary.
Robotics Is Becoming a Company-Wide Strategy
For decades, robotics sat squarely in manufacturing. Industrial machines performed repetitive tasks in controlled environments. Physical AI changes that model. Modern robots can perceive their surroundings, learn new tasks, and adapt to unpredictable conditions.
Capgemini found that 79% of surveyed organizations were already engaging with physical AI, and 27% had begun deploying or scaling solutions. The impact is no longer limited to manufacturing. Logistics, healthcare, agriculture, retail, and field services are all exploring robotics. As a result, robotics decisions now touch budgets, technology, safety, and workforce planning across multiple departments.
Why Existing Executive Roles May Not Be Enough
CTOs, CIOs, COOs, and innovation leaders each oversee pieces of the robotics puzzle. But a single deployment can require software, hardware, connectivity, maintenance, safety protocols, and workforce changes at the same time. That cross-functional complexity often leaves no one with end-to-end ownership.
Intel’s research from August 2026 underscores the gap: 74% of surveyed leaders expect workforce planning and robotics strategy to become inseparable by 2030, while only 40% currently report having a formal human-robot workforce strategy.
What a Chief Robotics Officer Would Actually Do
- Set a company-wide robotics roadmap and identify the best automation opportunities
- Evaluate vendors, robotics platforms, AI models, and infrastructure needs
- Define measurable targets for productivity, quality, safety, service levels, and operating costs
- Lead workforce planning and training for employees who supervise or collaborate with robots
- Address cybersecurity, compliance, and risk management for connected robot fleets
In practice, a CRO would act as a bridge between technology teams and operations, ensuring robotics investments deliver business value rather than existing in silos.
Physical AI Expands the Leadership Challenge
Physical AI is more adaptive than traditional automation. Capgemini describes the shift as a move toward context-aware robotics, with 67% of executives viewing physical AI as potentially game-changing. But flexibility brings risk. Robots operating near people require stronger safety controls, and data quality, integration, cybersecurity, and reliability remain major barriers.
Deloitte similarly identifies these issues as constraints on broader robotics growth. A future robotics executive would therefore need business judgment and risk management skills, not just engineering expertise.
Could Humanoid Robots Accelerate the Trend?
Humanoid robots have captured attention in 2026. Xpeng’s CEO He Xiaopeng says he will personally lead the company’s robotics division, with mass production of the IRON humanoid targeted for late 2026. Agility Robotics has unveiled Digit 5 for commercial use and reports more than USD 300 million in multiyear orders.
These announcements do not guarantee rapid adoption. Commercial economics, safety, reliability, and deployment timelines remain open questions. Still, more capable robots would likely increase the need for central leadership of robotics strategy.
Will the Chief Robotics Officer Become Common?
The title is likely to emerge gradually. Some companies may hire robotics heads or vice presidents first; others may keep robotics oversight with a CTO or COO for years. A dedicated CRO becomes more plausible when robot fleets are large, business-critical, and spread across multiple functions.
The broader trend is already clear: organizations are moving from isolated automation projects toward integrated human-robot operations. Whether the title becomes a standard C-suite role remains uncertain, but the underlying responsibility is becoming harder to ignore.
