Logistics & Supply Chain

Logistics Control Tower
for Shipment Exception Management

A Canadian logistics organization uses an AI-powered control tower to monitor shipments, detect exceptions, and coordinate resolution through Agentic AI and RAG.

softreetechnology.com/case-studies
ai
0%
Target Reduction in Monitoring Effort
0%
Target Faster Operational Escalation
0%
Automated Exception Detection

Client Profile

A logistics organization in Canada focused on improving shipment visibility, detecting delivery exceptions, and coordinating resolution across logistics operations.

Use Cases
AI Agents, Logistics Automation, Shipment Monitoring, Exception Management
Industry
Logistics & Supply Chain
Project Type
AI Logistics Control Tower
Scale of Operation
Multi-stage logistics operations involving continuous shipment monitoring, exception detection, investigation, escalation, and resolution workflows.
End Users
Logistics Operations Teams
Service Provided
Agentic AI DevelopmentGenerative AI DevelopmentRAG DevelopmentAI Agent DevelopmentLogistics AutomationMulti-Agent Systems
The Client Challenge

Business Process Challenges

A logistics organization needed to improve shipment visibility and reduce the operational effort involved in monitoring deliveries, identifying exceptions, investigating disruptions, and coordinating resolution across multiple logistics workflows. Existing operations relied heavily on manual shipment monitoring, making it difficult to identify issues early and respond consistently.

Key challenges included:

  1. Manual shipment monitoring: Teams had to continuously monitor shipment activity across multiple operational stages and systems.
  2. Delayed exception detection: Potential delays, missed milestones, route disruptions, and delivery exceptions were difficult to identify early.
  3. Repetitive investigation: Operations teams spent significant time investigating shipment issues and gathering relevant information.
  4. Manual escalation: Unresolved exceptions required teams to manually coordinate escalation and follow-up.
  5. Limited operational visibility: Teams lacked a structured view of the overall exception-resolution process.
Our Approach

Our Strategic Approach

Softree designed an AI Logistics Control Tower using Amazon Bedrock, Amazon Bedrock AgentCore, and Retrieval-Augmented Generation (RAG) to support intelligent shipment monitoring and exception management.

The implementation included:

  1. Intelligent Shipment Monitoring: The control tower continuously evaluates shipment information to identify delays, missed milestones, delivery exceptions, route disruptions, and other operational status changes requiring attention.
  2. Exception Detection: The system evaluates operational anomalies, categorizes exceptions based on conditions, and prioritizes cases requiring faster attention, reducing dependency on shipment-by-shipment manual monitoring.
  3. RAG-Powered Operational Knowledge: RAG retrieves relevant logistics policies, shipment handling guidelines, exception-resolution procedures, service-level requirements, and internal operational documentation to support more grounded resolution decisions.
  4. Multi-Agent Coordination: Specialized Monitoring, Exception, Resolution, and Coordination Agents were designed to handle different responsibilities across the shipment exception workflow while maintaining a coordinated process.
  5. Exception Resolution: Once an exception is identified, the solution can coordinate actions such as requesting information, triggering operational tasks, notifying responsible teams, retrieving procedures, escalating issues, and tracking resolution progress. Complex cases remain available for human review.
Our Solution Architecture

How we delivered it.

AB
Amazon Bedrock
Integrated Amazon Bedrock layer in the solution architecture.
ABA
Amazon Bedrock AgentCore
Integrated Amazon Bedrock AgentCore layer in the solution architecture.
ABK
Amazon Bedrock Knowledge Bases
Integrated Amazon Bedrock Knowledge Bases layer in the solution architecture.
ABF
Amazon Bedrock Foundation Models
Integrated Amazon Bedrock Foundation Models layer in the solution architecture.
P
Python
Integrated Python layer in the solution architecture.
F
FastAPI
Integrated FastAPI layer in the solution architecture.
R
React
Integrated React layer in the solution architecture.
T
TypeScript
Integrated TypeScript layer in the solution architecture.
AD
Amazon DynamoDB
Integrated Amazon DynamoDB layer in the solution architecture.
AS
Amazon S3
Integrated Amazon S3 layer in the solution architecture.
AL
AWS Lambda
Integrated AWS Lambda layer in the solution architecture.
AE
Amazon EventBridge
Integrated Amazon EventBridge layer in the solution architecture.
AI
AWS IAM
Integrated AWS IAM layer in the solution architecture.
AC
Amazon Cognito
Integrated Amazon Cognito layer in the solution architecture.
AK
AWS KMS
Integrated AWS KMS layer in the solution architecture.
AC
Amazon CloudWatch
Integrated Amazon CloudWatch layer in the solution architecture.
Visual Proof

Explore the Solution Through visuals

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The Outcome

What changed for the client.

The AI Logistics Control Tower transforms shipment monitoring from a primarily manual process into an AI-assisted logistics operations workflow. Specialized agents can monitor shipment activity, identify exceptions, retrieve operational knowledge, and coordinate resolution workflows while keeping human teams involved when operational judgment is required.

Target outcomes included:

  1. Up to 40% reduction in repetitive shipment-monitoring effort
  2. Up to 35% faster identification of shipment exceptions
  3. Up to 30% reduction in manual exception investigation
  4. Up to 30% faster operational escalation
  5. Improved shipment visibility
  6. More consistent exception handling
  7. Faster access to operational knowledge
  • Better coordination between logistics teams
Results & Business Impact

The numbers behind the rollout.

01
Target Reduction in Monitoring Effort
40%
02
Target Faster Operational Escalation
30%
03
Automated Exception Detection
100%
Reference Tech Stack

The full integration layer.

Amazon Bedrock
Amazon Bedrock AgentCore
Amazon Bedrock Knowledge Bases
Amazon Bedrock Foundation Models
Python
FastAPI
React
TypeScript
Amazon DynamoDB
Amazon S3
AWS Lambda
Amazon EventBridge
AWS IAM
Amazon Cognito
AWS KMS
Amazon CloudWatch
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Frequently asked questions.

Softree delivers custom solutions across AI and automation, Power Platform, SharePoint customization, full-stack web and SaaS engineering, and data analytics.
We combine modern software engineering standards, secure cloud configurations, pre-built accelerators, and agile delivery methodologies to produce governed, scalable applications.
Our agile delivery model typically produces scoped initial MVPs in 4 to 8 weeks, with comprehensive enterprise deployments completed in 10 to 12 weeks.
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