The Future of Enterprise AI: Why Decisions Matter More Than Models

In the fast-paced world of enterprise artificial intelligence, there is a fundamental divide that is redefining how companies leverage this technology. It's not about how advanced your AI model is, but how well it helps you make better decisions.

The trap of model-centric AI

Most companies fall into the same trap: they become obsessed with having the most sophisticated model, the most complex algorithm, or the latest version of GPT. They invest millions in technology that promises to revolutionize their operations, only to discover that their teams are still struggling with the same basic questions as ever:

  • Should we launch this product?
  • What is the best pricing strategy?
  • Where should we invest next quarter?
  • How can we retain our best customers?

The problem is not a lack of data or sophisticated models. The problem is that these tools are not designed to make decisions.

The paradigm shift: decision-centric AI

Decision-centric AI represents a completely different approach. Instead of asking "what model to use?", it asks "what decision do I need to make?".

Key characteristics of a decision-centric system:

  1. Results oriented
  • Focuses on specific decisions that impact the business
  • Combines multiple types of AI as needed (generative, predictive, analytical)
  • Prioritizes action over information
  1. Intelligent adaptability
  • Not limited to a single model type
  • Automatically selects the best technology for each decision
  • Evolves with business needs
  1. Business context
  • Understand your industry's objectives and constraints
  • Consider factors such as budget, time and resources
  • Provides actionable recommendations, not just insights

The real impact on business

Case study: retail

Model-centric AI: A retail chain invests $2M in an ML model to predict demand. They get accurate predictions but still don't know how much inventory to buy or when to buy it.

Decision-centric AI: The same retailer implements a system that not only predicts demand, but also recommends specific decisions: "Buy 500 units of product X for store Y, order them on Tuesday to avoid weekend stock-outs".

Result: 35% reduction in dead inventory and 28% increase in product availability.

How to implement decision-centric AI

Step 1: map your critical decisions

Before thinking about technology, identify the 5-10 most important decisions your company makes on a regular basis. For example:

  • Pricing decisions
  • Marketing budget allocation
  • Recruitment and retention of talent
  • Geographic expansion
  • Product development

Step 2: define the value of each decision

How much is a better pricing decision worth? What does a bad hire cost? Quantify the economic impact of optimizing each decision.

Step 3: design decision-to-action flows

For each critical decision, design a flow from data to specific action. Don't settle for insights; demand clear recommendations.

Step 4: implement technology agnostics

Choose systems that can use generative AI for qualitative analysis, predictive AI for forecasting, and traditional analytics where appropriate. The best technology is the one that solves the problem, not the most advanced.

The future is decision-centric

The companies that will lead the next decade will not be those with the most sophisticated models, but those that make the best decisions the fastest.

Decision-centric AI is not just a technology trend; it is a fundamental shift in how we think about the value of artificial intelligence in business. It's the shift from asking "what can this AI do?" to "what decision do I need to make and how can AI help me make it better?"

In a world where everyone has access to advanced AI models, competitive advantage will not come from the technology you use, but how well you use it to make better decisions.

Is your company optimizing models or optimizing decisions? The difference could determine who leads your industry in the coming years.

Evolvis

Evie operations

Predict your demand and improve your stock

Narrative: A multinational food company implemented machine learning to refine its demand forecasts, while several industry studies demonstrate the transformative impact of AI on inventory management.

Challenge: Companies face constant stock-outs that result in lost sales, product obsolescence due to excess inventory, forecasting errors that affect planning, and overworked planning teams.

Benefit: 30% reduction in lost sales due to stock-outs, 30% less product obsolescence, 20% less forecast errors, up to 50% less planning team workload, and decreased demand errors by 30-50% with logistics costs reduced by 10-40%.