Supply-chain operations
Unifying logistics exceptions in a real-time control tower
An event-driven operations workspace that brings shipment milestones, partner data, exceptions, and customer communication into one coordinated workflow.
The context
The operating problem we designed around
The solution needed to integrate partners with different technical maturity while creating a consistent internal view of orders, shipments, stops, milestones, documents, and exceptions.
Rather than replacing every upstream platform, the control tower established a governed event and workflow layer around existing systems.
Operators were reconciling updates across carrier portals, spreadsheets, messages, and customer systems. The primary problem was not missing data—it was inconsistent events, unclear ownership, and delayed action when plans changed.
Delivery approach
From ambiguity to an operable system
Define a canonical journey
Mapped orders, shipments, legs, stops, milestones, documents, parties, and exceptions into a shared model.
Measure source confidence
Tracked provenance, freshness, and reconciliation status instead of presenting every update as equally reliable.
Design action queues
Organized work by urgency, ownership, customer impact, and next required action.
Expose controlled visibility
Separated internal operational context from customer-safe milestones and communication.
The solution
Capabilities designed as one operational system
Integration gateway
Partner adapters validate, map, deduplicate, and monitor inbound and outbound exchanges.
Operational timeline
A traceable sequence of planned, reported, inferred, and corrected shipment events.
Exception workspace
Rules, queues, assignment, escalation, notes, evidence, and resolution tracking in one view.
Customer communication
Configurable portals, notifications, and APIs publish approved status and exception updates.
System architecture
Clear boundaries between experience, domain, and platform layers
LAYER 01
Partner boundary
Adapters isolate external formats and reliability from the internal domain model.
LAYER 02
Event backbone
Durable events support replay, reconciliation, downstream workflows, and audit history.
LAYER 03
Workflow engine
Rules create and route exceptions while preserving operator judgement and escalation.
LAYER 04
Experience APIs
Role- and customer-aware interfaces serve operations, portals, reports, and integrations.
Advanced capabilities
Intelligence introduced with evidence, controls, and operability
Delay-risk support
Combine milestone history, route context, and current events to prioritise shipments needing review.
Automated reconciliation
Match related orders, references, documents, and partner events with confidence scoring.
Network pattern analysis
Identify recurring exception patterns by lane, partner, facility, service, or customer.
Potential outcomes
What the engineering approach enabled
- A shared operational view across fragmented partner systems
- Clearer ownership and escalation for service exceptions
- More consistent customer status communication
- Reusable integration patterns for network expansion
Engineering lessons
What carries into the next platform
- 01A control tower succeeds when it improves action, not when it merely adds another dashboard.
- 02Data confidence and provenance should be visible to operators.
- 03Canonical events require business ownership as well as technical governance.
Services applied
Technology landscape