An AI-driven autonomous inventory management platform that fuses robotics, computer vision, and real-time analytics to create a self-updating digital twin of the warehouse.
Execute programmed flight paths across racks and aisles, scanning hundreds of pallets per hour using AI-based SLAM and LiDAR depth sensing for safe navigation.
LiDAR + vision SLAM for GPS-free localization; no infrastructure changes required
High-resolution cameras capture barcodes, labels, and shelf state with redundancy
Obstacle avoidance, emergency return-to-dock, geofenced routes; supervised at <0.25 FTE load
High-resolution cameras and deep-learning models identify barcodes, labels, and SKUs with 99.9% accuracy, even in poor lighting or complex layouts.
Real-time barcode detection and text recognition running on NVIDIA Jetson-class edge compute
Blur detection, duplicate-frame rejection, checksum validation performed locally before data leaves drone
Models continuously retrain on edge cases; 99.9% accuracy even with damaged or rotated labels
Onboard GPU modules perform real-time inference; verified data streams instantly to the AVIRAL Cloud, where it is reconciled with WMS/ERP databases.
NVIDIA Jetson runs inference at the edge; only verified, high-confidence data transmitted to cloud
Cloud engine matches captured IDs against WMS, highlights misplacements, discrepancies, aging/expiration risks
Generates prioritized task queues for managers instead of raw data dumps
The system continuously updates a 3D map of every rack and pallet, creating a proof-based audit trail accessible from any site in real time.
Every pallet, every bay represented with photo + scan evidence; live freshness indicators
Supports enterprise rollouts with aggregated reporting and site benchmarking
Every scan stored with metadata (pallet ID, location, timestamp, photo) for recalls, audits, disputes
A continuous, autonomous loop that turns physical reality into actionable intelligence
Drone docking station (charging + data link) installed in safe corner of warehouse; geofences and no-fly zones configured
One supervised flight maps aisles, racks, heights; spatial data stored locally on drone
API connectors link to SAP, Manhattan, BlueYonder, etc. Data schemas (ASN, SKU, pallet IDs) synced automatically
Role-based SSO access, secure MQTT/HTTPS protocols for all data streams
Drones plan and fly pre-defined routes using LiDAR + vision SLAM (no GPS required), obstacle avoidance built-in
High-resolution cameras + laser range sensors detect barcodes, labels, and shelf state at 150–200 pallets/hour
NVIDIA Jetson runs YOLOv8 + OCR pipeline onboard; blur detection, duplicate rejection, checksum validation before transmission
Emergency return-to-dock, real-time monitoring; single operator supervision at <0.25 FTE load
Data encrypted and sent to cloud (or on-premise edge node if required), TLS 1.3 secure channels
Captured IDs matched against WMS; system highlights misplacements, discrepancies, aging/expiration risks
3D spatial model continuously updated every pallet, every bay with photo + scan evidence
Workflows generate prioritized task queue (re-slotting, adjustments), instead of raw data dumps
Exceptions pushed directly into WMS tasks for resolution (re-slotting, adjustments), bi-directional data flow
Real-time "inventory truth" for controllers → faster month-end closes, reduced shrink reserves
Supervisors see live dashboards: freshness indicators, labor savings, exception heatmaps across sites
Every scan stored with metadata (pallet ID, location, timestamp, photo), verifiable proof for audits, recalls, disputes
We deliver the audit-grade truth layer competitors can't match
Our software works with multiple drone OEMs; you're not locked into proprietary hardware
LiDAR + Vision fusion creates precise spatial models; competitors rely on 2D images
3D interactive dashboard with proof-backed data; not just barcode counts
Competitors use fixed cameras limited coverage, blind spots at high racks
Competitors lock you into their drones high CapEx, vendor dependency
AMRs can't reach tall racks or fly over obstacles slower, limited reach
Schedule a technical deep-dive with our robotics team or request a pilot program for your facility.