INTELLIGENT SUPPLY CHAIN & WMS MODERNIZATION
Optimize Distribution Velocity with Smart Warehouse Automation
Transform fulfillment throughput, eliminate stockouts, and orchestrate automated robotics with Microsoft Dynamics 365 Supply Chain Management and IoT telemetry.
- Advanced Warehousing (WMS)
- Automated Guided Vehicles (AGV)
- Real-Time Inventory Telemetry
- Wave & Batch Picking
- Cross-Docking Architecture
STRATEGIC PERSPECTIVE
Strategic Imperative: Modernizing Distribution beyond Manual Warehousing
Strategic Imperative: Modern supply chains face relentless pressure for rapid order fulfillment, accurate omnichannel shipping, and complete lot traceability. Outdated manual warehouses struggle with inventory inaccuracies, labor bottlenecks, and shipping delays. Routeget delivers autonomous distribution.
In modern omnichannel retail, industrial manufacturing, and wholesale distribution sectors, the warehouse is no longer merely a storage depot—it is the mission-critical heartbeat of corporate profitability and customer loyalty. However, distribution facilities operating with paper-based pick lists, disconnected barcode scanners, and static slotting algorithms experience severe picking bottlenecks, excessive travel times, and costly shipping inaccuracies.
Routeget’s Smart Warehouse Optimization practice modernizes high-throughput distribution environments by leveraging Microsoft Dynamics 365 Supply Chain Management, advanced warehouse management systems (WMS), and edge IoT telemetry. We orchestrate end-to-end material flow from automated inbound container receiving and quality inspection to intelligent wave picking, automated packing, and multi-carrier shipping.
Our architects integrate modern robotics systems—such as automated guided vehicles (AGVs), autonomous mobile robots (AMRs), and automated storage and retrieval systems (ASRS)—directly into core ERP transactional logic. By deploying real-time inventory telemetry, dynamic slotting optimization, and cross-docking workflows, Routeget helps distribution leaders slash fulfillment cycle times by over 40% while driving inventory accuracy to 99.9%.
CORE ARCHITECTURAL PILLARS
Smart Warehousing Capabilities & Automation Pillars
Advanced logistics engineering solutions designed for high-density storage, robotic coordination, and sub-second inventory visibility.
Material Flow
Intelligent Inbound Receiving & Automated Putaway
Accelerate dock-to-stock turnaround times with automated advance shipping notices (ASN), license plating, and dynamic slotting.
Pillar 01 Scope & Governance
Picking Velocity
Wave, Cluster & Voice-Directed Picking Execution
Maximize labor efficiency and minimize picker travel distances with algorithmic order batching and guided mobile execution.
Pillar 02 Scope & Governance
Robotics & IoT
Warehouse Robotics Integration & IoT Edge Telemetry
Connect autonomous mobile robots (AMRs), conveyors, and sortation systems directly to Dynamics 365 warehouse execution.
Pillar 03 Scope & Governance
Outbound Velocity
Automated Packing, Manifesting & Multi-Carrier Shipping
Eliminate packing station bottlenecks and automate carrier rate shopping and freight manifest generation.
Pillar 04 Scope & Governance
TECHNICAL SPECIFICATIONS & SLA COMMITMENTS
Detailed Architecture Specifications & Delivery Governance
Comprehensive functional requirements, implementation guardrails, and enterprise SLA obligations across all operating pillars.
Intelligent Inbound Receiving & Automated Putaway — Detailed Specifications
- License Plate Tracking (LPN): End-to-end nested containerization tracking pallets, cases, and individual serialized units seamlessly.
- Dynamic Putaway Strategies: Algorithmic slotting optimizing bin locations based on item velocity, cube volume, and weight profiles.
- Direct Cross-Docking: Automated routing of high-priority inbound goods directly from receiving docks to outbound shipping bays.
- Quality Inspection Gateways: Automated quarantine holds and sampling workflows enforcing regulatory compliance before stock release.
Wave, Cluster & Voice-Directed Picking Execution — Detailed Specifications
- Intelligent Wave Replenishment: Algorithmic wave release triggering automated replenishment from bulk storage to active pick faces.
- Cluster & Multi-Order Picking: Enabling pickers to fulfill multiple customer orders simultaneously in a single warehouse pass.
- Voice & Wearable Guided Execution: Hands-free voice picking and wearable wrist scanners accelerating picking speed and ergonomics.
- Optimal Pick Path Routing: Algorithms mapping the shortest physical travel route through warehouse aisles, cutting travel time by 35%.
Warehouse Robotics Integration & IoT Edge Telemetry — Detailed Specifications
- AMR & AGV Fleet Orchestration: Standardized API and warehouse execution system (WES) integration dispatching automated robots.
- Automated Storage & Retrieval (ASRS): Direct integration with vertical lift modules and high-density automated shuttle systems.
- RFID & Real-Time Location Services (RTLS): Real-time tracking of high-value equipment, pallets, and finished goods across zones.
- Cold Chain Environmental Monitoring: IoT sensors continuously tracking temperature and humidity thresholds with automated alerts.
Automated Packing, Manifesting & Multi-Carrier Shipping — Detailed Specifications
- Automated Cartonization: Algorithmic calculation of the optimal shipping box size based on dimensional weight and fragility.
- Real-Time Multi-Carrier Rate Shopping: Automated selection of the most cost-effective carrier meeting delivery time SLAs.
- Automated Compliance Labeling: Instant generation of GS1-128 shipping container labels, bill of lading (BOL), and customs documentation.
- Proof of Delivery & Return Management: Streamlined reverse logistics workflows inspecting and restocking returned merchandise rapidly.
DELIVERY METHODOLOGY
XDRI™ Smart Warehouse Modernization Lifecycle: Audit to Live Robotics
Our structured 4-phase transition methodology ensures complete knowledge retention, zero operational risk, and immediate SLA stabilization.
Phase 01
eXplore & Facility Operations Audit
Physical warehouse layout analysis, SKU velocity profiling, material flow bottlenecks, and scanning hardware assessment.
Phase 02
Design & WMS Architecture Blueprint
Configuring warehouse zones, location profiles, wave templates, work creation rules, and hardware middleware integration.
Phase 03
Realize & Pilot Stress Testing
Deploying mobile RF scanner apps, running high-volume peak simulation tests, executing robotics API drills, and staff training.
Phase 04
Impact & Production Facility Go-Live
Phased facility cutover, on-site hypercare stabilization support, slotting optimization tuning, and continuous KPI monitoring.
QUANTIFIABLE IMPACT
Quantified Distribution Impact & Operational Gains
Proven operational enhancements achieved across Routeget’s smart warehouse client implementations.
Real-time license plate tracking and mobile barcode scanning across all zones
Algorithmic wave picking, optimal path routing, and automated cartonization
Eliminating redundant travel time and manual paper pick list processing
Automated ASN ingestion, directed putaway, and cross-docking workflows
EXECUTIVE FAQ
Smart Warehouse Optimization Advisory FAQ
Key technical, robotics integration, and operational considerations for supply chain executives.
How does Dynamics 365 Advanced Warehousing communicate with physical warehouse robotics (AMRs/ASRS)?
Can Dynamics 365 WMS operate in offline or low-connectivity warehouse environments?
How does dynamic slotting optimization improve picking efficiency over time?
What mobile barcode hardware and scanning devices are supported by the modern WMS mobile app?
ENTERPRISE TRANSFORMATION
Modernize Your Distribution into an Autonomous Smart Warehouse
Connect with Routeget’s certified supply chain and warehousing architects to schedule a facility operational assessment.