OTTO Autonomy
Intelligent software for autonomous mobile robots in industry.
Quick facts
- Best for
- Intelligent software for autonomous mobile robots in industry.
- Pricing
- Freemium
- Editor rating
- 4.5 / 5
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About OTTO Autonomy
OTTO Autonomy, developed by Rockwell Automation, is an advanced autonomous driving software designed to power Autonomous Mobile Robots (AMRs) for optimal performance and safety in industrial settings, particularly in dynamic factories. This intelligent software enables the AMRs to make real-time decisions, enhancing their ability to move materials quickly, safely, and productively in highly dynamic environments. The software has several notable capabilities. It integrates with LiDAR and 3D cameras to detect surrounding objects and efficiently navigate spaces, aided further by a suite of specialized sensors and a computing component that uses sensor fusion for efficient routing and obstacle avoidance. The AMRs powered by OTTO Autonomy also have features for localization, being able 'to know' their location in real-time, even in ever-changing environments, which aids in their faster navigation. Path generation, obstacle detection and avoidance, adaptive fieldset technology, and the OTTO Fleet Manager a platform that works in synchrony with OTTO Autonomy to keep an AMR fleet moving optimally are part of its feature set. Thus, the software significantly enhances the efficiency of material movement in industrial settings.
Pros
- Advanced autonomous driving software
- Optimized for industrial settings
- Real-time decision making
- Material movement efficiency
- Operational in dynamic factories
- DAR integration3D camera integration
- Specialized sensor suite
- Sensor fusion strategy
- Obstacle detection and avoidance
- Real-time localization feature
- Fast navigation in changeable environments
- Optimal path generation
Cons
- Specific to industrial environments
- Requires specific Li
- DAR technology
- Dependant on OTTO Fleet Manager
- Sensors may be overly specialized
- Limited range of supported cameras
- No mention of third-party integrations
- No stated compatibility with standard automation protocols
- Potential complexity in adaptive fieldset configuration
- Limited to OTTO AMR hardware
- Real-time updates require high bandwidth
