Solutions

ART Solutions: Your Path to Digital Railway Operations

Every railway’s digitalization journey starts with a Safety Foundation. From there, you can expand into Performance Analytics and Financial Optimization.

Your Railway Digitalization Journey

A progressive path that aligns investment to operational needs and business results.

PHASE 1: Establish Safety Foundation

Deploy Digital Dispatch for conflict prevention and operational traceability.

Outcome
Investment

Safety-critical system (required for digital operations)

ROI Metric

Risk reduction + compliance (not traditional financial ROI)

PHASE 2: Build Performance Visibility

Add Trip Analysis and establish baseline operational metrics.

Outcome
Investment

Analytics platform (builds on Digital Dispatch data)

ROI Metric

Faster incident response + operational visibility

PHASE 3: Drive Continuous Improvement

Use Root Cause Analytics to identify constraints and implement targeted changes.

Outcome
Investment

Constraint analysis + operational improvements

ROI Metric

Cycle time reduction → throughput increase → EBITDA improvement

Typical payback:

12-18 months (varies by network size and baseline efficiency)

PHASE 4: Optimize Financial Performance

Connect operational improvements to financial results with Operations Management.

Outcome
Investment

Financial integration + continuous optimization

ROI Metric

EBITDA improvement + margin optimization

Typical result:
Up to 20% operational cost reduction

Key Principles:

  1. Safety First: Foundation is non-negotiable and always maintained
  2. Progressive: Each phase builds on previous (no big-bang transformation)
  3. Data-Driven: Decisions based on measured results, not intuition
  4. Continuous: Improvement never stops (PDCA methodology)
  5. Within Safety Envelope: Efficiency gains never compromise safety integrity

Next Step: Request a demo to see how this journey applies to your network.

Entry Points & Core Solutions

Digital Train Control

Safety foundation for digital railway operations.

Replace manual voice dispatch with digital movement authorities, virtual interlocking, and real-time conflict prevention — without trackside signaling asset build-out.

Compared with alternatives:

Key principle:
Faster operations achieved without compromising safety integrity.

Proof:
1,800+ km in operation | 100,000+ authorizations | Zero conflicts in 3+ years

Cost structure:
Contact for network-specific pricing Typical deployment: 6-12 months for 200-800 km network

Build on the foundation: Performance Analytics

Trip Analysis

Turn operational data into action for continuous improvement.

Understand what happened on every train movement: identify where time was lost, spot recurring patterns that impact wagon cycle time, and prioritize operational fixes with measurable impact.

Key capabilities:

Supports continuous improvement: each analysis cycle improves operational efficiency and reduces wagon cycle time.
Typical results:
Up to 10% cycle time reduction within 12 months through targeted operational improvements.

Requires:
Digital Dispatch or On-board Enforcement for high-quality trip data.

Financial impact:
Cycle time improvements translate to proportional throughput increases and EBITDA growth — a 7-10% cycle time reduction typically enables 5-8% EBITDA improvement for heavy haul operations with 500-1,500 wagons.

Root Cause Analytics

Identify the constraint limiting throughput — invest where it delivers maximum impact.

Using Theory of Constraints methodology, determine if your bottleneck is terminal processes (load/unload), track infrastructure (speed limits), traffic management (headway), or fleet utilization. Prioritize improvements that deliver highest impact on wagon cycle time per dollar invested.

How it works:

Example result:
A South American heavy haul railway identified that 40% of cycle time was terminal dwell →
optimized load/unload process → 12% cycle time reduction → 12-15% EBITDA improvement
annually — at a fraction of the cost of building additional passing sidings.

Business connection:
• Shorter cycle time → more trips per wagon → higher NTK with same fleet
• Targeted investment → higher ROI vs. broad infrastructure upgrades
• Continuous improvement: solve constraint → measure result → find next constraint (PDCA)
Typical results:
Up to 15% throughput increase without fleet expansion.
Requires: Digital Dispatch + Trip Analysis (data foundation)

Profitability

Operations Management

Translate operational performance into financial results — transparently.

Operations Management bridges operations and finance — translating operational KPIs into financial language that CFOs and boards understand.

Connect train movements, wagon utilization, and cycle time to the metrics that matter for business decisions: NTK (Net Ton-Kilometers), wagon×day margin, and EBITDA.

What you see:

Why it matters:
Every operational decision has financial impact. Operations Management makes this connection transparent so you can:

Example insights:
“Reducing wagon cycle time from 12 days to 10 days enables +20% more trips per wagon
annually → +20% NTK with same fleet (assuming consistent utilization) →
+15-20% EBITDA improvement (at current margin).”

Use cases: Every operational decision has financial impact. Operations Management makes this connection transparent so you can:
For Operations Teams:
Daily operational visibility with KPIs you track:
Automatically translated to financial impact for leadership visibility.

Requires:
Digital Dispatch + Trip Analysis + Root Cause Analytics (data foundation)