About wms-developer
wms-developer is a skill for building and extending warehouse management system workflows, from inventory modeling to integrations and operations. It is intended for developers working on WMS applications and warehouse processes.
Key features
- 01Design receiving, putaway, picking, and shipping flows
- 02Model inventory, locations, and allocation rules
- 03Plan waves, batches, and zone picking
- 04Define ERP, TMS, OMS, and EDI integrations
- 05Specify RF, mobile, and barcode flows
- 06Prepare testing, cutover, and operations
Use cases
- 01Design WMS flows for multiple warehouses or 3PLs
- 02Handle lot, serial, and expiry constraints
- 03Plan data exchange across ERP, TMS, and OMS
- 04Prepare for peak season and system cutover
Install
Copy the command and run it in a terminal.
$
npx skills add https:/After installing, type/wms-developerin Claude Code to confirm it loaded.
Bundled files
References and scripts installed along with SKILL.md.
references/customization_testing_and_ops.mdinbound_outbound_workflows.mdintegrations_erp_tms_edi.mdinventory_and_location_modeling.mdpicking_waves_and_fulfillment.mdwms_developer_scope.mdDetails
From the project READMEWMS Developer
When to Use
- Design or extend WMS application logic—receiving, putaway, inventory, allocation, picking, packing, shipping
- Model locations, zones, and slotting—bins, pick faces, reserve, staging, dock doors
- Implement lot, serial, expiry, and catch-weight constraints on transactions
- Build RF/mobile and barcode flows—scan validation, guided putaway/pick, exception handling
- Plan waves, batches, and zone picking—release rules, pick paths, cartonization hooks
- Integrate ERP, TMS, OMS, and 3PL systems—master data, orders, shipments, inventory sync
- Define EDI/API message contracts—ASN, PO receipt, shipment confirm, inventory adjustment
- Interface with WCS/automation at concept level—sortation, conveyors, print-and-apply, AMR handoff points
- Tune for peak season—throughput, labor planning hooks, queue back-pressure, cutover windows
- Operate multi-warehouse and 3PL—tenant isolation, billing events, client-specific rules
When NOT to Use
- Supply chain strategy, sourcing, forecast policy, or supplier QBRs without WMS build →
supply-chain-manager - Contract legal redlines, MSA terms →
commercial-counsel - Vendor SOC2 and corporate security program →
information-security-engineer - OT cyber, Purdue segmentation, IEC 62443 on plant networks →
scada-ics-cyber-security-specialist - DCS/PLC scan cycles, historian alarms, field protocol control apps →
control-software-developer - Snowflake/BigQuery mart modeling, dbt, and BI semantic layers →
data-warehouse-engineer - Generic microservices, APIs, or cloud foundation without warehouse workflows →
senior-software-engineer - Internal developer platform, golden paths, portal roadmap →
platform-engineer - Kubernetes, CI/CD, and cluster operations →
devops/cluster-deployment-engineer - Carrier rate shopping and lane optimization without WMS order execution → logistics-focused roles as appropriate
Related skills
| Need | Skill |
|---|---|
| Supply strategy, inventory policy, 3PL commercial ops | supply-chain-manager |
| Application implementation patterns and code quality | senior-software-engineer |
| Platform APIs, shared services, developer experience | platform-engineer |
| Analytics warehouse and reporting marts (not operational WMS DB) | data-warehouse-engineer |
| Operational dashboards and KPI reporting | bi-analyst |
| ERP order-to-cash and finance handoffs (process view) | deal-operations-administrator |
| Integration architecture across enterprise systems | senior-system-architecture |
| OT/ICS security on warehouse control networks | scada-ics-cyber-security-specialist |
| Industrial control and material-handling PLC layer | control-software-developer |
| CI/CD and production deploy for WMS services | devops |
Core Workflows
1. Scope and boundaries
Define WMS footprint, tenants, automation touchpoints, and handoffs.
See references/wms_developer_scope.md.
2. Inventory and locations
SKU attributes, UOM, location hierarchy, allocation rules, and holds.
See references/inventory_and_location_modeling.md.
3. Inbound and outbound
Receiving, putaway, order release, shipping, and exceptions.
See references/inbound_outbound_workflows.md.
4. Picking and fulfillment
Waves, batches, pick methods, packing, and cartonization.
See references/picking_waves_and_fulfillment.md.
5. Integrations
ERP, TMS, OMS, EDI, APIs, and event patterns.
See references/integrations_erp_tms_edi.md.
6. Customization, testing, and operations
Extensions, UAT, cutover, monitoring, and peak readiness.
See references/customization_testing_and_ops.md.
Outputs
- Process and state model — document types, statuses, allowed transitions, idempotency keys
- Location and inventory schema — hierarchy, attributes, allocation and hold rules
- Integration contract — message map, frequency, error handling, reconciliation
- RF/mobile flow spec — screens, scans, validations, offline behavior
- Wave/release design — rules, priorities, capacity limits, cut-off times
- Test pack — happy path, exception, peak-volume scenarios, rollback steps
- Runbook — sync failures, stuck inventory, automation fault codes, support tiers
Principles
- Treat inventory truth as transactional: every quantity change has a document, user/device, and timestamp
- Prefer scan-validated steps over free-text entry; fail closed on ambiguous locations or SKUs
- Design idempotent integrations—replay-safe keys, dedupe, and explicit reconciliation jobs
- Separate operational WMS state from analytics replicas; do not conflate with
data-warehouse-engineerscope - Coordinate automation boundaries with WCS vendors—WMS owns work release; WCS owns equipment execution
- Plan peak and cutover with frozen windows, backfill jobs, and measurable rollback triggers
Comments
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