Customer

This global supply chain digital transformation case study highlights how a US-based logistics and freight forwarding company modernized its IT landscape to reduce run-the-business costs, improve shipment visibility, and drive revenue growth through a unified digital platform.

A global supply chain services and logistics company based in the United States, operating large-scale freight forwarding, warehousing, transportation, and distribution networks. The organization manages massive shipment volumes worldwide and relies on complex IT systems to ensure end-to-end visibility, operational efficiency, and customer satisfaction.

Business Objective

The customer aimed to modernize its global supply chain operations through a comprehensive digital transformation initiative with the following objectives:

Reduce Run-The-Business (RTB) costs and improve overall operational efficiency
Enhance shipment visibility across the global supply chain
Standardize and re-engineer business processes to maximize resource utilization
Reduce incident ticket volumes and year-over-year support overhead
Establish integrated SLAs and KPIs for application support and infrastructure operations
Consolidate a fragmented application landscape into a single digital platform
Improve customer onboarding speed and accelerate business revenue realization

Scope of Services

BXI Technologies partnered with the customer to deliver a multi-layer global supply chain digital transformation program spanning applications, platforms, and infrastructure.

Core Freight Forwarding System Modernization

Re-engineered core freight forwarding systems for improved performance and visibility
Streamlined workflows across global logistics operations to reduce processing delays

Next-Generation Digital Platform Development

Designed and built a unified digital platform replacing more than 170 legacy applications
Established a single source of truth across freight, shipment, customer, and vendor data
Standardized business processes across global supply chain operations

Application Support (AMS)

Managed 115 enterprise applications across 25+ technologies
Delivered incident management, problem management, enhancements, testing, and release management
Implemented automation to eliminate redundant incident tickets and manual interventions

Infrastructure Support and Help Desk

Handled infrastructure operations, monitoring, and user support across L1, L2, and L3 levels
Integrated service-level agreements and governance across application and infrastructure support

Benefits

The global supply chain digital transformation delivered measurable improvements across cost, efficiency, and operational visibility:

Reduced run-the-business operational costs through streamlined processes and automation
Faster customer onboarding enabled by standardized digital workflows
Consolidation of over 170 applications into a single unified digital platform
Improved shipment visibility across the global supply chain network
Strengthened governance through integrated SLAs and KPIs
Reduced dependency on manual support through automation and platform stabilization
Increased business revenue through better visibility and operational accuracy

Business Impact

The transformation delivered quantifiable business outcomes within a short operational cycle:

$100 million reduction in Run-The-Business (RTB) costs
60% faster customer onboarding
11% increase in revenue realization
20%+ reduction in incident ticket volumes through automation

Customer

This smart transportation digital transformation case study features a leading Australian regional authority responsible for managing and modernizing critical transportation assets, including airports, train stations, and citizen-facing mobility services. The authority serves millions of passengers annually and focuses on delivering seamless, accessible, and future-ready travel experiences across physical and digital touchpoints.

Business Objective

The regional authority initiated a large-scale digital transformation program with the following objectives:

Redesign end-to-end traveler experiences across airports, train stations, and mobile applications
Adopt human-centered design principles to improve accessibility and inclusivity
Reduce Total Cost of Ownership (TCO) through strategic outsourcing of applications and infrastructure
Enable a resilient, scalable multi-cloud environment to support modernization
Incubate innovation using emerging technologies such as AR, VR, and digital walk-throughs
Deliver a next-generation travel platform that improves passenger satisfaction, reduces friction, and enables digital self-service

Scope of Services

BXI Technologies partnered with the authority to deliver an integrated smart transportation digital experience transformation program.

Human-Centered Experience Design

Redesigned digital and physical traveler journeys across new airport terminals and train stations
Developed AR- and VR-enabled prototypes to visualize and test future travel experiences
Improved accessibility and inclusivity for diverse traveler groups, including differently abled and elderly passengers

Strategic Outsourcing (Applications and Infrastructure)

Established an outsourced operating model for application and infrastructure management
Reduced TCO through consolidation, automation, and shared-services delivery
Improved service governance and operational efficiency

Multi-Cloud Enablement and Migration

Enabled hybrid and multi-cloud capabilities to support resilience and scalability
Migrated legacy applications and workloads to modern cloud environments
Modernized existing systems to enhance performance, availability, and reliability

Innovation Incubation

Explored emerging technologies including AR, VR, digital twins, and immersive walk-throughs
Built rapid prototypes to validate and refine next-generation travel experience models

Benefits

The smart transportation digital experience transformation delivered measurable benefits across passenger experience, cost efficiency, and innovation capability:

Immersive AR and VR-powered design enabling intuitive and frictionless travel experiences
Improved accessibility and inclusivity across citizen-facing transportation services
Reduced Total Cost of Ownership through consolidated applications and infrastructure outsourcing
Enhanced system reliability and scalability through multi-cloud adoption
Modernized digital touchpoints across mobile apps, airports, and train stations
A stronger innovation pipeline driven by rapid prototyping and emerging technologies

Business Impact

The transformation resulted in quantifiable operational and experience-driven outcomes:

25–35% reduction in application and infrastructure TCO through strategic outsourcing
40–50% faster delivery of digital enhancements enabled by multi-cloud platforms
30–40% improvement in traveler experience scores through human-centered design
20–25% reduction in operational delays linked to digital process improvements

Introduction

Modern global logistics operations demand real-time visibility, harmonized processes, and scalable digital platforms. This case study highlights how Global Transportation Management System Transformation enabled a leading global shipping company to unify multimodal transport operations, assess Tier-1 TMS readiness, and establish a future-ready logistics transformation roadmap.

Customer

A leading global shipping company operating across ocean freight, land transport, and multimodal logistics. The organization manages complex, large-scale transportation networks worldwide and required a unified digital strategy to modernize operations, improve visibility, and prepare for next-generation logistics capabilities.

Business Objectives

The primary objective of the Global Transportation Management System Transformation initiative was to modernize and harmonize complex transportation operations across regions and modes. Key goals included:

Transform broad and fragmented transportation operations
Build a single global visibility platform for transport data
Define a future-ready logistics capability roadmap
Harmonize processes across business units and geographies
Evaluate Tier-1 TMS platforms for transformation readiness
Improve operational consistency, decision-making, and data synchronization
Enable integrated global logistics planning

Scope of Services

BXI Technologies partnered with the customer to deliver an enterprise-wide transportation transformation blueprint.

Enterprise Assessment & Discovery

Conducted discovery across 4 business units in 3 global regions
Mapped transportation processes across Road, Rail, Barge, Ocean, and Intermodal
Evaluated existing systems, integrations, dependencies, and operational pain points

Analysis, Evaluation & Recommendations

Assessed the existing Tier-1 Transportation Management System (TMS)
Identified capability gaps, redundancies, and optimization opportunities
Recommended process harmonization and data architecture enhancements
Defined a future-state TMS and platform capability roadmap

Blueprinting & Transformation Platform

Designed a One Transportation Management Platform enabling:
- Unified global logistics visibility
- Process standardization across modes
- End-to-end data synchronization
- Interoperability across multimodal transportation
Delivered a phased deployment and transformation governance model

Benefits

Unified strategic blueprint for global transportation transformation
Clear roadmap for multimodal logistics modernization
Standardized transportation processes across regions and business units
Improved data consistency and synchronization across transport modes
Stronger decision-making through Tier-1 TMS evaluation
Foundation established for a unified global visibility platform
Reduced operational fragmentation across geographies

Impact

25–30% improvement in process standardization across business units
40–50% faster access to unified transportation insights
20–25% reduction in duplicated transport workflows
30–35% improvement in readiness for future TMS modernization

Introduction

Cold chain logistics demands zero tolerance for downtime, data loss, or infrastructure instability. This case study showcases how Cold Chain Cloud Infrastructure Modernization enabled a global temperature-controlled logistics provider to migrate critical workloads to Azure, implement a resilient hybrid cloud model, and build a future-ready IT foundation for time-critical cold-chain operations.

Customer Overview

A global cold chain logistics provider headquartered in North America, specializing in temperature-controlled warehousing, distribution, and time-critical delivery services. The customer’s operations depend on highly resilient IT infrastructure to ensure uninterrupted cold-chain integrity across global markets.

Business Objectives

The customer initiated the Cold Chain Cloud Infrastructure Modernization program to transform legacy systems into a modern, agile, and resilient platform. Key objectives included:

Build a modern, lean, and resilient IT infrastructure for time-critical deliveries
Increase IT team agility and responsiveness to business demands
Adopt a Cloud-First strategy to modernize legacy environments
Migrate workloads to cloud for scalability, reliability, and global accessibility
Consolidate data centers to reduce cost and operational complexity
Prepare a future-ready platform for upcoming digital logistics applications
Reduce downtime and prevent data loss across global sites

Scope of Services

BXI Technologies partnered with the customer to execute a multi-layer cloud modernization and hybrid infrastructure program.

Azure Production & Migration

Migrated X86 and Windows workloads to Azure production and disaster recovery environments
Implemented Azure with StorSimple to address enterprise storage challenges
Consolidated remote sites using RSCA
Tested and deployed Azure Migration Accelerator for large-scale workload movement

Hybrid Cloud Implementation

Designed and implemented a Hybrid Cloud operating model (MCOD)
Integrated Azure as an extension of existing data centers across EMEA and APAC
Enabled seamless workload mobility across on-premises and cloud environments

Data Center Migration & Consolidation

Consolidated multiple data centers into a streamlined hybrid cloud footprint
Improved infrastructure resiliency while reducing operational overhead

Automation & Digital Twin Enablement

Automated key infrastructure management processes
Introduced Digital Twin concepts for proactive monitoring, simulation, and issue prevention

Benefits

Modern, resilient, and scalable cloud-enabled infrastructure
Faster IT response to evolving business needs
Seamless hybrid cloud operations across global regions
Reduced operational complexity through data center consolidation
Improved storage management and disaster recovery capabilities
Enhanced stability for time-critical cold-chain logistics operations
Future-ready foundation for next-generation digital logistics platforms

Impact

70% of workloads successfully migrated to Azure
97% virtualization achieved across the infrastructure
Near-zero downtime during migration execution
Near-zero data loss across all infrastructure transitions

Introduction

Legacy parcel systems often limit scalability, visibility, and customer experience—especially during peak demand. This case study highlights how Parcel Digitization and Cloud Modernization for Retail Logistics enabled a multinational retailer to replace fragmented legacy workflows with a real-time, event-driven parcel ecosystem, improving performance, resilience, and customer satisfaction.

Customer

A multinational retailer operating large-scale parcel and delivery networks faced severe scalability and performance challenges due to legacy, fragmented systems. High operational costs, frequent outages during peak demand, and slow response to market needs directly impacted customer experience and revenue growth.

Business Objectives

The retailer initiated a Parcel Digitization and Cloud Modernization program to stabilize operations and enable future growth. Key objectives included:

Modernize IT infrastructure for agility and reliability
Reduce maintenance and infrastructure scaling costs
Improve system performance to enhance customer experience
Enable rapid market expansion and digital innovation
Transition to a resilient, scalable cloud-based environment

Scope of Services

BXI Technologies partnered with the client to transform the end-to-end parcel ecosystem across digital, integration, and operational layers.

Parcel Digitization

Enabled end-to-end digital capture for every parcel event (scan → sort → route → deliver)
Replaced legacy workflows with real-time, event-driven digital processes

Integration Modernization

Modernized the enterprise-wide integration landscape
Built unified integration across Parcel Systems, Sortation Hubs, and Route Planning Systems
Implemented an enterprise-grade event-driven architecture

Customer Experience Transformation

Introduced real-time in-flight delivery change capability
Enabled doorstep parcel collection and enhanced task assignment
Improved track-and-trace visibility and customer notifications

Operational Intelligence & Monitoring

Deployed comprehensive monitoring, alerting, and observability tools
Implemented Solution Manager, WILY, HAWK alerting, and EEM
Enabled end-user experience analytics and proactive issue detection

Benefits

100% Parcel Digitization enabling real-time tracking, notifications, and billing
In-Flight Delivery Change Capability allowing customers to modify deliveries mid-transit
Enhanced Operational Efficiency through task automation and PDA-driven interventions
Optimized Sortation and Routing using EPS-driven event intelligence
60% Reduction in Incident Volume through Smart Rules automation

Impact

Achieved end-to-end visibility across the entire parcel journey
Significantly improved customer experience, increasing onboarding and retention
Positioned the retailer competitively against digital-first logistics providers
Reduced operational overhead and error rates across sortation and last-mile delivery
Enhanced real-time decision-making for sortation teams
Established an enterprise integration backbone to support future innovation

Introduction

Large power and energy enterprises often struggle with fragmented financial systems, manual controls, and inconsistent global processes. This case study highlights how Global SAP C/4HANA Financial Transformation enabled a US-headquartered multinational energy company to unify financial operations, improve audit readiness, accelerate decision-making, and establish a single global operating model across brands and regions.

Customer

A US-headquartered multinational power and energy enterprise operating across 26 countries, with 20,000 employees, delivering diversified power generation, distribution, and utility services. The organization required a standardized global financial platform to support scale, compliance, and operational efficiency across multiple brands and geographies.

Business Objectives

The customer launched a Global SAP C/4HANA Financial Transformation initiative to simplify and standardize financial operations across the enterprise. Key objectives included:

Replace fragmented financial systems with a single global solution
Improve user experience and operational efficiency
Enable audit readiness and regulatory compliance
Accelerate financial decision-making through real-time data
Establish a unified operating model across brands and regions

Scope of Services

BXI Tech partnered with the customer to address deep-rooted operational and financial challenges across global operations.

Financial Process Simplification

Addressed clustered and disconnected applications causing operational complexity
Eliminated inconsistent financial workflows across geographies and brands

Compliance & Audit Enablement

Replaced manual journal creation and recordkeeping
Introduced controlled journal management aligned with global audit standards

Decision-Making & Data Visibility

Reduced delays caused by manual approvals and batch reporting
Enabled real-time access to financial and operational data

Catalog & Brand Harmonization

Resolved catalog inconsistencies caused by multiple brand setups
Standardized financial processes across diverse business units

Platform Consolidation & Automation

Reduced heavy reliance on manual workflows
Introduced automation across reporting, approvals, and data handling

Benefits

Standardized global financial operations across geographies
Improved user experience and operational efficiency
Automated reporting and approval workflows
Enabled real-time business insights and faster decisions
Reduced manual effort and operational risk
Established a single source of truth for financial and customer data
Improved audit readiness through controlled journal management
Streamlined catalog management across multiple brands

Impact

20% improvement in user efficiency and productivity
80% faster financial reporting through automation
85% improvement in user experience via global standardization
10% increase in overall operational efficiency
80% reduction in data retrieval time for decision-making

Introduction

Large product engineering organizations often struggle with fragmented testing environments, rising maintenance costs, and slowing innovation. This case study highlights how Product Engineering Lifecycle Modernization enabled a global leader in digital printing and document management to unify software, hardware, and mechanical engineering under a single operating model—accelerating R&D output while reducing cost and complexity.

Customer

A well-known American multinational leader in digital printing, document management, and business services, operating globally with a large and complex product engineering organization responsible for long-lifecycle, mission-critical products.

Business Objectives

The customer initiated a Product Engineering Lifecycle Modernization program to fundamentally improve how products were designed, tested, and sustained. Key objectives included:

Consolidate fragmented engineering and testing environments
Modernize the end-to-end product engineering lifecycle
Reduce engineering and product maintenance costs
Accelerate time-to-market for new product families
Improve product quality and reduce defect backlogs
Extend product lifecycles through platform-led engineering
Shift investment from reactive maintenance to innovation

Scope of Services

The customer’s engineering landscape was highly fragmented across labs, platforms, and testing pipelines, creating inefficiency and limiting innovation.

Key Engineering Challenges

Siloed testing pipelines across software, hardware, and mechanical teams
Growing bug backlog impacting product stability
High production program maintenance costs
Slow-release cycles and delayed time-to-market
Legacy infrastructure and low reuse of platform assets
Limited investment capacity for innovation initiatives

Unified Engineering Transformation

BXI delivered a comprehensive modernization program covering:

Unified process design for end-to-end product engineering
Integrated testing model across:
- Software: C/C++, Unix, Java
- Hardware: PCB, ASICs, FPGAs
- Mechanical: 3D CAD, FMEA
24×7 global production engineering lab
Platform investment cost model
Risk–reward financial model
Agile innovation hub (30% of engineering capacity)
Environment consolidation and automation
Structured bug backlog reduction program

Benefits

Unified engineering execution across disciplines
Standardized and automated testing pipelines
Platform-driven product development model
Improved visibility into product defects and quality issues
Stronger cost control across engineering programs
Adoption of an agile operating model
Faster releases with fewer defects
Increased engineering capacity for innovation
Consolidated and optimized global lab operations

Impact

$700M+ total business impact
$100M+ cost savings through efficiency and lab consolidation
30–40% reduction in bug backlog
20% lower product run and maintenance costs
10–25% extension in product lifecycle
30% faster time-to-market
R&D output increased from 10 to 12 product families at lower overall spend

These outcomes enabled the organization to redirect investment from reactive maintenance to long-term platform innovation.

Introduction

Legacy CRM platforms often limit agility, user adoption, and integration flexibility in fast-moving Hi-Tech organizations. This case study highlights how Siebel to Salesforce CRM Migration enabled a US-based product vendor and system integrator to modernize customer-facing operations, standardize global processes, and significantly reduce long-term IT and support costs.

Customer

A leading Hi-Tech product vendor and system integrator headquartered in the United States. The organization relied on Siebel for core CRM capabilities and required a scalable, modern platform to support global sales, service, and operations teams.

Business Objectives

The customer initiated a Siebel to Salesforce CRM Migration program to modernize CRM operations and support future growth. Key objectives included:

Transition from Siebel to Salesforce.com for improved agility and scalability
Standardize and streamline CRM processes across global regions
Improve user experience and adoption for sales, service, and operations teams
Enable faster development, deployment, and integration cycles
Reduce long-term IT spend and CRM support overhead
Increase operational efficiency through consolidation of tools and workflows

Scope of Services

BXI Tech was selected as the strategic migration and modernization partner to deliver a multi-phase, end-to-end CRM transformation.

CRM Migration & Modernization

Migrated legacy Siebel CRM processes to Salesforce using a high-speed development and deployment model
Re-engineered legacy workflows into simplified, optimized Salesforce-native processes

Global Process Standardization

Consolidated multiple fragmented CRM processes into a unified operating model
Implemented Salesforce across multiple countries with region-specific configurations

Enterprise Integration

Integrated Salesforce with core enterprise applications, including:

PeopleSoft HRMS
Enterprise Data Warehouse
SharePoint
Salesforce AppExchange tools:
- Conga Merge
- DealMaker
- Timba Surveys
- InsideView
- Eloqua
- ClickTools

Managed Services & Stabilization

Established a managed services model for continuous improvements
Streamlined CRM support structures to ensure long-term maintainability
Stabilized operations while enabling ongoing platform enhancements

Benefits

Consolidated, simplified, and standardized CRM processes
Faster deployment cycles across global regions
Stronger integration with enterprise applications and workflows
Improved system usability and user confidence
Reduced dependency on legacy CRM platforms

Impact

35–40% reduction in overall IT spend
60% increase in user adoption of Salesforce
8% year-on-year reduction in CRM support team size
Service request backlog reduced from 30,000 to 500 over five years

Introduction

Retail and consumer goods enterprises face increasing pressure to respond faster to demand volatility, supply chain disruptions, and omnichannel complexity. This case study highlights how AI Enablement Across the Retail Value Chain helped a global Retail & Consumer Goods enterprise embed intelligence across manufacturing, supply chain, and enterprise decision-making—improving agility, resilience, and business outcomes at scale.

Customer

A global Retail & Consumer Goods enterprise operating across complex omnichannel ecosystems, spanning manufacturing, supply chain operations, and enterprise planning. The organization sought to move beyond fragmented analytics and embed AI-driven intelligence across its value chain to support faster, more accurate, and resilient decision-making.

Business Objectives

The customer launched an AI Enablement Across the Retail Value Chain initiative to operationalize intelligence from factory floor to boardroom. Key objectives included:

Embed AI-driven intelligence across retail and consumer goods operations
Unify fragmented operational, supply chain, and enterprise data
Improve demand forecasting and inventory planning accuracy
Reduce supply chain inefficiencies and logistics costs
Enable leadership with real-time, decision-ready insights
Deliver scalable, compliant, and sustainable AI innovation across omnichannel operations

Scope of Services

BXITech delivered an end-to-end AI enablement program spanning data, analytics, and operational intelligence.

Unified Enterprise Data Foundation

Integrated factory, supply chain, and commercial data into a single enterprise data layer
Eliminated data silos across manufacturing, logistics, and retail operations

AI-Driven Demand & Inventory Intelligence

Developed AI models for demand forecasting and inventory optimization
Improved production, replenishment, and allocation decisions across regions

Predictive Supply Chain & Logistics Analytics

Enabled predictive analytics for stock movement, replenishment, and logistics planning
Reduced inefficiencies through proactive exception detection and planning

End-to-End Supply Chain Visibility

Delivered regional and enterprise-level visibility into supply chain performance
Enabled exception management across suppliers, warehouses, and distribution networks

Omnichannel Intelligence

Aligned demand, supply, and customer behavior across digital and physical channels
Improved responsiveness to demand shifts and channel-level variability

Governance, Compliance & Responsible AI

Implemented model governance, compliance controls, and lifecycle management
Ensured scalable, auditable, and responsible AI adoption

Executive Decision Enablement

Enabled leadership with boardroom-ready insights spanning operations, supply chain, and financial impact
Supported faster, data-driven decision-making at enterprise scale

Benefits Delivered

Reduced inventory imbalance by minimizing stockouts and excess inventory
Improved forecast accuracy supporting better production and replenishment decisions
Lower logistics and supply chain costs through predictive optimization
Enhanced working capital efficiency by reducing overstocking and markdowns
Stronger margin performance through improved demand–supply alignment
Faster, data-driven decision-making across operational and leadership teams
Scalable AI adoption with built-in governance and compliance

Impact

15% reduction in stockouts and excess inventory
20% increase in demand forecast precision
10% reduction in logistics and supply chain costs
Improved working capital efficiency
Lower markdowns and higher margin realization

Introduction

Preventive healthcare and wellness organizations operate under intense regulatory scrutiny while facing pressure to innovate faster and deliver measurable outcomes. This case study highlights how AI-Driven Intelligence for Preventive Healthcare enabled a regulated healthcare and wellness enterprise to accelerate formulation and trial planning, reduce quality incidents, and improve long-term ROI—without compromising compliance, trust, or ESG commitments.

Customer Overview

A healthcare and wellness enterprise focused on preventive care, operating in a highly regulated environment. The organization sought to responsibly embed AI across formulation, trials, quality, and compliance functions to improve efficiency, outcomes, and brand credibility while maintaining regulatory trust.

Business Objectives

The customer launched an AI-Driven Intelligence for Preventive Healthcare initiative with the following goals:

Embed AI-driven intelligence into preventive care and wellness operations
Reduce formulation and product development cycle times
Accelerate clinical and trial planning decisions
Minimize quality incidents through proactive exception handling
Ensure regulatory compliance, data trust, and ESG alignment
Improve ROI and brand credibility through predictive, data-driven outcomes

Scope of Services

BXITech delivered a tailored AI-driven intelligence and exception handling solution designed specifically for regulated healthcare and wellness environments.

Unified Healthcare Data Foundation

Integrated data across formulation, trials, quality, and compliance systems
Eliminated silos while maintaining data governance and traceability

AI-Driven Exception Detection

Implemented AI models to proactively detect risks, deviations, and inefficiencies
Enabled early intervention before issues escalated into quality or compliance incidents

Predictive Analytics for Formulation & Trials

Applied predictive analytics to accelerate formulation cycles
Improved speed and accuracy of trial planning and execution decisions

Quality Intelligence

Enabled continuous quality monitoring and adherence to defined processes
Reduced quality incidents through proactive, insight-driven actions

Governance, Compliance & Responsible AI

Established AI governance and compliance frameworks
Ensured regulatory alignment, data trust, and ESG accountability across AI models

Leadership Insight Enablement

Enabled leadership with real-time visibility into outcomes, risks, and strategic expectations
Supported confident, compliant, and forward-looking decision-making

Benefits

Faster formulation cycles through AI-driven insights and exception management
Improved speed and accuracy in trial planning and execution
Reduced quality risks by identifying issues before escalation
Higher ROI through predictive success and optimized resource utilization
Increased trust in data, compliance, and ESG outcomes
Stronger brand engagement driven by reliable preventive-care innovation

Impact

30% reduction in formulation cycle time
20% faster trial planning decisions
15% fewer quality incidents
Improved ROI, predictive success, and ESG-aligned trust metrics