In this episode, Victor from Waku Robotics shares a comprehensive view on how maintenance often overlooked is critical to robotics success.

We explore the current industry gaps, the parallels with human health, and how a focus on maintenance can extend robot longevity, reduce costs, and accelerate adoption. Whether you're a founder, operator, or investor, these insights clarify why maintenance is the key to unlocking scalable and resilient robotic systems.

Key Topics:

• The undervaluation of maintenance in robotics and its impact on project failure
• The end-to-end software solutions for proactive maintenance management
• How preventive maintenance can significantly extend robot lifespan and reduce costs
• Lessons from automotive industry emphasizing repeatability and scale
• The cultural and organizational shifts needed for effective robot deployment
• Future trends: AI-enhanced physical systems and their adoption milestones
• The analogy between human longevity and robotic longevity through preventive care
• Common myths about robotics adoption and the reality of implementation timelines
• The importance of company culture and skills in managing robotic operations
• The role of data-driven maintenance in transforming industries from logistics to wind energy

Resources & Links:

• Waku Robotics - Official website of Victor’s company
• lotsofbots.com - Database of mobile robots for benchmarking and insights
• Andrew Huberman Podcast - For insights on neuroscience, well-being, and performance
• Dexterity Robotics - Example client scaling robotics solutions

  This conversation underscores that as robotics matures, maintenance and the strategic orchestration of operational resilience will be at the core of successful deployment. Leaders who understand and prioritize preventative care will lead the next wave of automation, transforming not just productivity but also human well-being. Embracing data-driven maintenance isn't just a technical upgrade it's a fundamental shift towards systems that last, perform, and adapt.