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Energy & UtilitiesSAPCloud-Native Application ModernizationSupply Chain &

MobileOps: Field Service Transformation for Energy

Regional Utility Company

35%
Increase in Technician Productivity
58%
Improvement in First-Time Fix Rate
$3.2M
Annual Overtime Reduction
Real-time
Job Status Visibility

Business Context

The organization and its strategic environment

A regional utility serving 2.4M customers across 3 states needed to modernize field operations. 1,200 field technicians used paper-based work orders, drove to the office daily for assignments, and had no real-time connectivity to SAP PM.

Technology Landscape

Systems and infrastructure before DGT

SAP PM for maintenance, paper-based work orders, no mobile platform, manual scheduling in Excel, and legacy GIS system with no field integration.

The Challenge

What the client was facing

Paper-based field operations causing 2.5-hour daily productivity loss per technician, no real-time job status visibility, 34% first-time fix rate due to missing parts information, and $4.8M annual overtime costs from inefficient scheduling.

The DGT Solution

How DGT addressed the challenge

DGT deployed MobileOps across all 1,200 field technicians with real-time SAP PM integration, AI-powered scheduling optimization, offline-capable work order management, and parts inventory visibility.

DGT Accelerators Used

MobileOps

Delivery Approach

How DGT executed the engagement

Pilot-first approach: 50 technicians in one district for 4 weeks, then phased rollout by district over 12 weeks. Daily feedback loops during pilot, weekly during rollout. Dedicated field adoption coaches.

Governance Model

How the engagement was managed

Field operations steering committee, district-level change champions, DGT field adoption team, weekly KPI tracking, and monthly executive review.

Timeline & Phases

The execution roadmap

1

Requirements & Design

3 weeks

Field ride-alongs, workflow mapping, MobileOps configuration

2

SAP Integration

4 weeks

PM integration, scheduling API, parts inventory sync

3

Pilot (50 techs)

4 weeks

District 1 deployment, feedback collection, optimization

4

Full Rollout

12 weeks

Phased deployment across 24 districts, 1,200 technicians

5

Optimization

4 weeks

AI scheduling tuning, reporting, knowledge transfer

Risks Addressed

Key risks DGT mitigated during the engagement

Field technician adoption (average age 47, limited mobile experience)
Offline capability in rural areas with no cellular coverage
SAP PM integration latency for real-time scheduling
Union considerations for new technology deployment

Why DGT Won

What set DGT apart in this engagement

MobileOps purpose-built for field service with offline capability
Prior utility field deployment experience
Dedicated field adoption methodology for blue-collar workforce
SAP PM integration expertise with real-time scheduling

Outcome Metrics

Measurable before-and-after results

MetricBeforeAfter DGT
Daily Productive Hours5.5 hrs7.4 hrs
First-Time Fix Rate34%54%
Annual Overtime Cost$4.8M$1.6M
Paper Work Orders100%0%

The Impact

Headline results delivered

35%
Increase in Technician Productivity
58%
Improvement in First-Time Fix Rate
$3.2M
Annual Overtime Reduction
Real-time
Job Status Visibility
"Our technicians went from dreading the new app to refusing to work without it. MobileOps gave them back 2 hours a day and the information they need to fix things right the first time."

Mark Sullivan

VP of Field Operations, Regional Utility Company

Could This Work in Your Environment?

Let's discuss how DGT can deliver similar outcomes for your enterprise. Book a session to walk through your specific challenges.