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Com Mesurar el ROI de la IA — Una Guia per a Consells i Directors Financers

Zespół ESKOM.AI 2026-04-30 Temps de lectura: 8 min

Why AI ROI Is Hard to Measure — and Why It Must Be

Artificial intelligence delivers value in a distributed and often indirect way. Process automation shortens work time — but time savings only become financial value when that time is reinvested in value-creating activities. Better data analysis improves decisions — but how do you price one better decision?

These difficulties are not a reason to abandon ROI measurement. On the contrary — imprecise or non-existent measurement of AI returns is the primary reason AI projects fail to secure further budgets, despite delivering real benefits. Boards make decisions based on numbers — without numbers, AI is perceived as a cost, not an investment.

Defining Baseline — The Starting Point for Measurement

You cannot measure improvement without knowing the starting point. The baseline is a documented state of processes before AI deployment:

  • Process execution time — how many hours/FTEs does a given process consume per month? (e.g., invoice processing, ticket handling, report preparation)
  • Process cost — labor cost (hours x rate) plus error costs (e.g., corrections, returns, complaints caused by human errors)
  • Process quality — error rates, cycle time, escalation rates, service NPS
  • Scaling constraints — how much does it cost to handle 2x the volume without AI? (additional FTEs, infrastructure)

Document the baseline rigorously, ideally before making the deployment decision. A baseline collected retrospectively is less credible and harder to defend before the board.

ROI Measurement Framework for AI Projects

An effective AI ROI framework covers four categories of benefits:

1. Direct Cost Savings

The hardest to measure, but also the easiest for the CFO to understand. These include:

  • FTE reduction (or avoided hiring) in automated processes
  • Reduction in error and rework costs
  • Lower customer service costs (reduced ticket volume through better self-service)
  • IT cost reduction (e.g., AI replacing more expensive legacy solutions)

2. Revenue Growth

Harder to attribute directly to AI, but critical for long-term ROI:

  • Higher conversion rates through better personalization and service
  • Shorter time-to-market for new products through R&D and development automation
  • Expansion into new markets enabled by AI (e.g., multilingual support, scaling without proportional cost increase)
  • Customer retention through improved NPS

3. Risk Management

Often overlooked in ROI calculations, but financially significant:

  • Avoided regulatory penalties (AI compliance)
  • Earlier fraud or anomaly detection (measurable as the value of prevented losses)
  • Better business continuity through predictive maintenance

4. Employee Productivity and Satisfaction

The hardest to measure, but important for long-term value:

  • Hours freed from routine tasks, reinvested in creative and strategic work
  • Reduced employee turnover (working with AI is often more satisfying than manual work)
  • Faster onboarding of new employees through an AI knowledge assistant

TCO — Total Cost of Ownership of an AI System

ROI is the ratio of benefits to costs. The costs of an AI system are multi-dimensional — and often underestimated during planning. A complete TCO includes:

  • Implementation costs — design, development, data migration, integrations, training
  • License and infrastructure costs — AI model subscriptions (API or own servers), vector databases, cloud computing
  • Operational costs — monitoring, maintenance, updates, incident management
  • Evolution costs — adapting models to changing requirements, re-training
  • Data management costs — collection, labeling, storage, data governance

AI models with intelligent routing — matching the AI model to task complexity — can significantly reduce operational costs. Simple queries are handled by lighter, cheaper models; complex analytical tasks by more advanced ones. The result: premium quality at a reasonable budget.

Practical ROI Calculation Examples

A few sample ROI calculations from enterprise deployments:

  • Invoice processing automation — 3 FTE labor cost savings per month. One-time implementation cost with modest monthly maintenance. Break-even: under 5 months. Year 1 ROI: over 100%. Year 2: multiples higher.
  • Multi-agent customer service — automating 70% of tickets. Reduction from 8 to 3 consultants. Break-even: approximately 6 months. Additional value: 24/7 service without night shift costs.
  • AI compliance monitoring — avoiding a single GDPR or NIS2 penalty covers the entire annual project cost. Intangible value: board confidence and audit readiness.

Reporting AI ROI to the Board — Format and Frequency

CFOs and boards need regular, readable reports on AI ROI. Recommended format:

  • Monthly dashboard — key KPIs: hours saved, operational costs vs. baseline, process quality (errors, NPS), incidents
  • Quarterly report — cumulative ROI since deployment, 12-month projection, proposals for new automation areas
  • Annual review — full TCO vs. benefits analysis, market benchmarking, reinvestment or expansion decision

ESKOM.AI designs AI systems with a built-in analytics module — automatically measuring key process metrics and generating ROI reports ready for board presentation. AI value is always measurable — you just need to ensure that measurement is built into the system from the start, not added retrospectively.

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