Brain Corp Enhances Floor Cleaning Robots with BrainOS Clean 2.0 and SelfPath AI Technology

Brain Corp Launches BrainOS® Clean 2.0



Introduction


On March 31, 2026, Brain Corp, the innovative AI company, unveiled its latest software update, BrainOS® Clean 2.0, aimed at enhancing the functionality of Tennant Company's robotic floor cleaners. As industries increasingly embrace automation for better efficiency, this significant upgrade introduces SelfPath™ AI, a technology that enables robotic cleaners to navigate and adapt independently in complex commercial environments.

Revolutionizing Robotic Cleaning Operations


Historically, manual route training has been a constraint in the deployment of autonomous mobile robots (AMRs). With BrainOS® Clean 2.0, these restrictions are eliminated. The new SelfPath™ AI feature allows the Tennant's X-series robotic floor cleaners to autonomously plan and revise their cleaning routes, significantly boosting productivity and coverage while fostering adaptable operation in real-time.

David Pinn, the CEO of Brain Corp, comments, "With BrainOS® Clean 2.0, we are unlocking faster deployments and improved cleaning operations in dynamic environments. It showcases how our autonomy platform facilitates the resolution of operational challenges on an enterprise scale."

Key Features of BrainOS® Clean 2.0


BrainOS® Clean 2.0 combines several cutting-edge features that work in conjunction to elevate the efficiency of cleaning robots:
1. SelfPath™ AI: Robots can autonomously create and refine cleaning paths. This removes the need for initial manual training and enhances adaptability in ever-changing environments.
2. Enhanced Visual Perception: The advanced visual capabilities equip robots with contextual awareness, significantly heightening operational performance and ensuring safety throughout their tasks.
3. Dynamic Replanning and Recovery: In the face of unforeseen obstacles, robots can instantly reroute, ensuring uninterrupted cleaning workflows without manual intervention.
4. Workflow-Aware Automation: The new system seamlessly integrates into existing operational frameworks, allowing features like automatic charging and schedule-based operations.

Demonstrable Results


Initial deployments have surfaced remarkable operational enhancements:
  • - Coverage Improved by 22%: The robots can assess and adjust their paths autonomously, thereby addressing unique areas without redundancy.
  • - Autonomy Increased by 55%: The adaptability of the robots has reduced the need for manual inputs significantly.
  • - Deployment Speed Enhanced (over 3x faster): The elimination of manual route training facilitates faster operational readiness and sustained high performance over time.

Pat Schottler, Senior Vice President of Tennant Company Robotics, states, "Our operational environments evolve constantly, and it’s crucial for our cleaning technology to keep pace. The intelligent capacity expanded by BrainOS® Clean 2.0 provides us with a more efficient autonomous solution for our clientele."

Availability and Future Prospects


BrainOS® Clean 2.0 is set to roll out to selected Tennant X-series robotic cleaners starting April 6, with full deployment aimed for May. This upgrade encapsulates Brain Corp's vision of enhancing public spaces through reliable automation, addressing real-world challenges with innovative AI solutions.

To learn more about this transformative technology, please visit braincorp.com/brainosclean2-0.

Conclusion


As businesses continue to harness the power of autonomous technology, Brain Corp's BrainOS® Clean 2.0 positions Tennant Company to better meet the challenges of cleaning vast commercial spaces. With significant improvements in efficiency, coverage, and automation, this upgrade heralds a new era in robotic cleaning solutions and sets the stage for further innovations in the field.

With over 40,000 robots deployed globally and a strong focus on delivering enterprise-scale solutions, Brain Corp remains a trusted partner in advancing automation while ensuring safety and efficacy in public spaces.

Topics Consumer Technology)

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