In a recent LinkedIn post, Shannon Smith, J.D., M.S. discusses a critical, often overlooked, factor that can derail robotics program success: the reliance on individual ‘heroes’ rather than robust systems. Smith, J.D., M.S. argues that many promising automation initiatives falter not due to a weak business case, but because their success is tied to specific people rather than repeatable processes.
Smith, J.D., M.S. frames the core issue with a provocative question: “If one person quits tomorrow, does your robotics program survive? That’s the real test.” This highlights the fragility of initiatives dependent on key individuals.
The Danger of the ‘Hero’ in Robotics Deployments
According to Shannon Smith, J.D., M.S., a robotics program that requires a ‘hero’ to succeed is fundamentally flawed. “If your robot needs a hero to succeed… you don’t have a robotics program. You have a rescue mission,” Smith, J.D., M.S. states, drawing a sharp distinction between a sustainable program and a temporary fix.
Smith, J.D., M.S. elaborates on this dependency, pointing out common scenarios: “One person knows how to troubleshoot it. One manager keeps everyone using it. One champion keeps leadership excited.” While these individuals can create the illusion of success, this localized expertise masks a deeper systemic weakness. The problem becomes apparent when attempting to scale the solution.
“So the pilot looks successful. Then you try to scale. Different site. Different team. Different manager. And suddenly the whole thing falls apart.”
This is the crux of the ‘hero problem,’ as described by Smith, J.D., M.S. The success observed in an initial deployment is not transferable because it resides within the individuals involved, not within the operational framework. As Smith, J.D., M.S. notes, “Because the success was living in PEOPLE… not in a repeatable system.”
Systemic Gaps Undermining Scalability
Shannon Smith, J.D., M.S. backs this observation with data, citing that “61% of organizations said internal capability was missing even when the robotics business case was strong.” This statistic underscores a widespread challenge: even with a clear financial justification for robotics, the internal capacity to implement and sustain them is often absent.
Smith, J.D., M.S. asserts that this gap is precisely what causes promising deployments to stagnate. “That is how a promising deployment turns into a one-site experiment,” they explain. Without a systematic approach, the initial success remains an isolated incident rather than a blueprint for broader adoption.
Building Repeatable Systems for Robotics Success
To combat this, Shannon Smith, J.D., M.S. emphasizes the need to build systems around the technology itself. Through their organization, NeuroForge, they focus on establishing the necessary components for scalability. These include:
- Comprehensive training programs
- Developing internal champions
- Ensuring leadership alignment
- Integrating workflows effectively
- Implementing robust measurement strategies
- Creating a repeatable rollout playbook
The goal, as articulated by Smith, J.D., M.S., is to ensure that subsequent deployments do not require extraordinary effort or a ‘miracle.’ “So robot #2 doesn’t require another miracle. And robot #20 doesn’t either,” they conclude.
Shannon Smith, J.D., M.S.’s insights serve as a crucial reminder for businesses investing in robotics: sustainable success hinges on building resilient, repeatable systems, not on relying on individual brilliance. The focus must shift from managing individual ‘heroes’ to cultivating systemic capabilities that enable widespread, consistent adoption.
📝 About This Content
This article is based on insights shared by Shannon Smith, J.D., M.S. on LinkedIn.
📅 Originally posted on September 30, 2026 | View original post on LinkedIn →