Logistics & Supply Chain

How Microsoft Foundry and Multi-Agent AI Can Optimize Logistics Costs While Protecting SLAs

See how multi-agent AI can help logistics teams identify savings, optimize carrier decisions, and protect customer SLAs across transportation operations.

softreetechnology.com/case-studies
ai
0%
Potential faster decision-making
0%
Potential reduction in manual analysis
0%
Potential transportation cost savings

Client Profile

A global enterprise in the IT services sector, operating across Europe and managing a complex IT environment. The client partnered with Softree Technology to leverage AI-Driven Logistics Cost Optimization with Microsoft Foundry for improved IT service management and operational efficiency.

Use Cases
AI Agents, Cost Optimization, Operations, Decision Intelligence
Industry
Logistics & Supply Chain
Project Type
AI-Driven Logistics Cost Optimization
Scale of Operation
Complex multi-carrier transportation network with high shipment volumes across multiple lanes, carriers, service levels, facilities, and customer commitments.
End Users
Transportation planners, logistics teams, and operational decision-makers
Service Provided
AI Agent DevelopmentLogistics AICost OptimizationData & AnalyticsIntelligent Automation
The Client Challenge

Business Process Challenges

A representative logistics enterprise operates a complex, multi-carrier transportation network with high shipment volumes across multiple lanes, carriers, service levels, facilities, and customer commitments. Transportation costs are influenced by freight rates, fuel, accessorial charges, capacity, routing, consolidation, and last-minute operational changes.

Transportation decisions often require fragmented data, manual analysis, and rapid judgment. High and volatile transportation costs, complex carrier selection, inefficient shipment consolidation, and slow exception management can all increase operational costs or create service risks.

Existing reports can explain what happened, but planners also need recommendations about what to do next. TMS/ERP data, carrier performance, contracts, shipment history, and operational constraints may not always be evaluated together.

Our Approach

Our Strategic Approach

Softree designed a multi-agent AI architecture that creates an intelligent operating layer for transportation cost and service decisions.

The architecture brings together logistics data from ERP, TMS, WMS, carrier APIs, rate cards, shipment history, GPS/telematics, customer SLAs, and operational events. Microsoft Fabric and Power BI provide the data and analytics foundation, while Microsoft Foundry supports the development, evaluation, governance, and operation of agentic AI applications.

Specialized Cost, Carrier, Shipment, and SLA/Exception Agents work with an Orchestrator Agent to evaluate transportation decisions and produce recommendations. These recommendations can be presented to planners and, where approved, passed to downstream logistics workflows or systems.

The implementation follows a phased approach:

  • Discover & Baseline — Map processes, data sources, KPIs, contracts, SLAs, and transportation spend.
  • Build Trusted Data Foundation — Unify shipment, carrier, rate, route, performance, and SLA data.
  • Develop Specialist Agents — Build focused agents for cost, carrier, shipment, and SLA/exception analysis.
  • Orchestrate Decisions — Combine agent outputs into recommendations with confidence, expected savings, service impact, and supporting evidence.
  • Pilot With Human Approval — Begin with selected lanes, carriers, or shipment types and require planner approval for material operational changes.
  • Measure & Scale — Track realized savings, SLA outcomes, model quality, recommendation acceptance, and operational adoption.
Project Delivery Lifecycle

Our Engineering & Delivery Process

Our structured project delivery approach takes you from discovery and planning to development, testing, and deployment, ensuring quality, transparency, and predictable outcomes at every stage.

I
PHASE 01

Discovery & Architecture

Deep-dive technical audit of existing systems, security baselines, API mapping, and comprehensive cloud target blueprinting.

Architecture BlueprintIntegration MatrixSecurity Baseline
II
PHASE 02

UX & System Prototyping

Role-based user journeys, wireframing, high-fidelity clickable Figma prototypes, and API contract specifications prior to build.

Interactive PrototypesDesign System TokensAPI Contracts
III
PHASE 03

Agile Sprint Engineering

Modular development sprints delivering clean, shippable code with automated CI/CD pipelines and continuous testing.

Production ModulesAutomated CI/CDPeer-Reviewed Code
IV
PHASE 04

QA & Security Hardening

End-to-end regression suites, cross-device verification, load stress audits, and penetration testing for enterprise resilience.

Automated Test MatrixPenetration AuditZero-Defect Sign-off
V
PHASE 05

Production Launch & Scale

Zero-downtime blue-green production deployment, real-time telemetry, administrator training runbooks, and ongoing SLA support.

Live Production ReleaseCloud TelemetrySLA Support Runbook
Visual Proof

Explore the Solution Through visuals

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The Outcome

What changed for the client.

The proposed solution is designed to help logistics organizations identify and prioritize transportation savings opportunities while balancing cost against customer service commitments. The source explicitly describes these as illustrative business outcomes that should be validated against client baseline and pilot data.

Expected business impact includes:

  • Transportation cost: Identify high-value savings opportunities across lanes, carriers, modes, and shipment decisions.
  • Planner productivity: Reduce manual analysis through summarized evidence and recommended next actions.
  • SLA performance: Balance transportation savings with customer service commitments.
  • Decision speed: Move from spreadsheet-heavy investigation toward near-real-time analysis.
  • Continuous improvement: Compare recommendations with actual outcomes and improve future decisions.

The recommended next step is a focused 6–8 week pilot covering defined lanes, carriers, or shipment types, with baseline measurement and validation of savings, service impact, recommendation quality, and user adoption.

Results & Business Impact

The numbers behind the rollout.

01
Potential faster decision-making
30%
02
Potential reduction in manual analysis
28%
03
Potential transportation cost savings
22%
Reference Tech Stack

The full integration layer.

Microsoft Foundry
Microsoft Fabric
Power BI
Azure
Microsoft Entra ID
Multi-Agent Orchestration
ERP
AI Agents
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FAQ

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.
Yes. We design and build secure custom API gateways, REST connectors, and database bridges to ensure our custom solutions integrate seamlessly with your existing legacy infrastructure.

Build faster with a reliable offshore engineering partner.

Partner with Softree to accelerate product delivery, modernize enterprise systems, and scale with confidence.

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