Warehouse, Logistics & Intralogistics
Reliable AI for safe and efficient material movement
AI Adoption
Warehousing, intralogistics, and factory material flow operations are facing sustained pressure from labour shortages, safety requirements, and increasing throughput demands. As a result, many operators are introducing Autonomous Mobile Robots (AMRs) to automate repetitive and physically demanding transport tasks.
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AMRs are deployed to reduce manual forklift usage and improve workplace safety
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Vision AI is increasingly used to compensate for limitations of static robot maps and onboard sensors
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Edge-based AI enables real-time perception and decisions directly at the operational level
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Yard and dock operations are being digitalised to improve coordination and transparency
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Successful automation requires reliable perception, deterministic behaviour, and seamless integration into existing processes.
Use Cases
ConnectedThinks delivers camera-based AMR orchestration and intralogistics automation that improves safety, flow efficiency, and operational transparency—without invasive changes to existing AMR fleets, WMS, or infrastructure.
AMR Traffic & Zone Orchestration
Camera-driven control of AMR movement in shared spaces
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Prevent AMRs from entering dead-end aisles or restricted areas when people are present
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Manage intersections, narrow aisles, ramps, and one-AMR-only zones
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Enforce right-of-way and queuing logic using live visual confirmation
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Reduce deadlocks and congestion without modifying robot navigation maps
Obstruction & Flow Disruption Detection
Early identification of temporary blockages
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Detect misplaced pallets, cartons, cleaning equipment, or forklifts
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Enable proactive AMR rerouting and operational alerts
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Reduce manual recovery efforts and unplanned downtime
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Supports stable, predictable intralogistics flow
EdgeDataAI (Natural Language to Data)
Faster decisions without complex reporting tools
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Query warehouse, AMR, and yard data using natural language
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Secure translation of questions into SQL-based analytics
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Instant access to KPIs such as utilization, delays, and congestion
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Reduces dependency on manual reports and BI teams
Human-Aware AMR Safety & Speed Control
Dynamic adaptation of AMR behavior based on human presence
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Automatic speed reduction in mixed human–robot zones
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Higher AMR speeds in empty corridors to maximize throughput
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Continuous monitoring of pedestrian movement and density
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Improves safety compliance while maintaining productivity
Vision based Yard Management Systems
Real-time visibility of yard and docking operations
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Track trailers across parking and docking locations using cameras
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Monitor dock occupancy, arrival, departure, and idle durations
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License plate recognition for vehicle and trailer identification
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Accurate turnaround time and bottleneck analytics without GPS tags
Vision-Triggered AMR Task Execution
Reliable mission triggering based on real visual conditions
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Detect pallet presence, load status, and buffer availability
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Trigger AMR pickup and drop missions only when conditions are met
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Eliminate false calls caused by misaligned sensors or manual inputs
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Trigger missions based on item count, alignment of payload, symbol detection, bin filling level, and many more visual cues.
Safety Monitoring in Intralogistics Areas
Visual enforcement of safety rules
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Detect unauthorized entry into AMR zones
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Identify unsafe interactions between people, forklifts, and robots
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Log events for audits, compliance, and continuous improvement
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Complements existing safety systems without adding wearables
Relevant Products and Solutions
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