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How Artificial Intelligence Is Transforming Value Creation and Reinventing Competition

Auteur n°4 – Mariami

By Mariami Minadze
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Summary – The widening gap between AI investments and captured value exposes companies to commoditized gains and a barrier-free race to execution. AI unfolds in three successive waves: hyper-automation to free up time and accelerate time-to-market; personalization and network effects to build barriers; and intelligent agents to eliminate transactional friction and reconfigure value flows.
Solution: co-create an AI roadmap aligned with your profit pools, establish agile governance, build data moats and an open-source modular architecture, and deploy test-and-learn cycles to secure these three waves of value.

The rise of artificial intelligence promises to accelerate digital transformation, yet many organizations struggle to convert these advances into a sustainable competitive advantage.

The paradox of AI lies in the gap between the scale of investments and the value actually captured. Initial gains, primarily operational, tend to become commoditized under competitive pressure and often benefit customers through price reductions or standardized quality. Only a holistic approach—one that goes beyond simple task optimization—can unlock AI’s true strategic potential. Across three successive waves—productivity gains, differentiation, and reduction of transaction costs—AI is redefining efficiency and reshaping competition. CIOs and executives must rethink their initiatives to build lasting advantage.

First Wave: Productivity Gains as an Entry Point

AI’s first stronghold is in automating heavy, repetitive processes. These initial gains improve operational performance but do not guarantee a lasting advantage.

Automation of Operational Tasks

First-generation AI projects often focus on data extraction, fraud detection, or predictive maintenance. They replace manual workflows with algorithms capable of identifying patterns or triggering alerts, illustrating the concept of hyper-automation.

For example, a Swiss logistics provider implemented a predictive maintenance system on its vehicle fleet, reducing incidents by nearly 30%. This initiative demonstrates that AI can enhance operational reliability and lower repair costs.

However, once automation rules become widely known, this type of improvement becomes an industry standard. Competitors adopt similar solutions, leveling performance across the board.

Risks of Commoditizing Gains

When productivity gains are easily reproducible, they lose their differentiating power. Unit costs erode, and the market is reduced to a race for optimal execution.

Without a technological or exclusive barrier, improvements in efficiency are quickly absorbed by competition. The value a company can capture declines, while quality becomes a commodity.

Organizations may then see only limited—or even zero—return on investment if they fail to create complementary levers to sustain their lead.

Leveraging Initial Velocity

The real asset of this first wave is the acceleration of time-to-market. By automating processes, teams free up time for experimentation and prototyping new offerings.

Resources thus released can be redeployed to product innovation or enhancing the user experience. Each opportunity allows for rapid hypothesis testing at lower cost.

To turn these gains into a temporary advantage, it is essential to build an iterative action plan and anticipate, from the outset, the transition to the second wave.

Second Wave: Differentiation and Business Models

AI becomes a driver of personalization and enriched services. This second wave creates entry barriers through proprietary data and network effects.

Real-Time Personalization

Recommendation and personalization algorithms tailor offerings to each interaction, whether it’s product suggestions, customer journeys, or targeted predictive maintenance.

A Swiss retailer integrated a contextual recommendation engine into its e-commerce portal, increasing average order value by 12%. This example shows that personalization engages customers and boosts perceived value.

The key lies in continuously using usage data to enrich models and refine predictions, thereby consolidating an advantage that is difficult to replicate.

Network Effects and Proprietary Data

Each customer interaction feeds a pool of proprietary data, requiring robust data sovereignty to preserve competitive advantage.

The combination of strong data management and strategic partnerships creates moats: invisible barriers based on increasing service usage and improved prediction quality.

This interplay of artificial intelligence, user experience, and partner ecosystems imposes a learning curve that new entrants struggle to match.

AI-Augmented Business Models

AI enables the enhancement of existing monetization schemes and the creation of new ones. Subscription offerings can include AI modules for progressive upsell.

Freemium models, where basic features are free and premium AI services are paid, facilitate adoption and encourage upsell. Ecosystem platforms position the company at the heart of value flows.

By redefining the value chain, these models generate recurring revenue and strengthen customer proximity—essential to maintaining acquired advantage.

Edana: strategic digital partner in Switzerland

We support companies and organizations in their digital transformation

Third Wave: Reducing Transaction Costs

Agent-based AI transforms markets by eliminating transactional frictions. Algorithms handle matchmaking, negotiation, and contract execution.

Eliminating Transactional Frictions

Transactional friction covers the time and costs required to research, compare, and onboard services or suppliers. AI reduces these barriers by automating intermediate steps.

For example, a Swiss insurance company uses an intelligent comparison tool to instantly propose personalized quotes. This increase in fluidity shows how AI can tighten the ecosystem and speed up decision-making.

The removal of these frictions reshuffles the competitive landscape and creates a playground for innovation where only the most agile players thrive.

Intelligent Agents and Automated Trading

Virtual agents capable of negotiating on behalf of users draft contracts, adjust prices, and manage renewals without human intervention.

These omnichannel assistants continuously collect performance data and adjust parameters in real time to optimize value for money and enhance customer satisfaction.

Ultimately, they redefine the role of traditional intermediaries and reorganize value flows around algorithmic aggregators.

New Algorithmic Gatekeepers

Platforms that control user interfaces, data access, and integration capabilities are repositioned as the new market gatekeepers.

Traditional players that cannot master technological orchestration risk being ousted in favor of AI aggregators capable of capturing the lion’s share of transmitted value.

Anticipating this redistribution of cards requires securing one’s own control points and considering strategic partnerships to remain at the ecosystem’s core.

Strategic Implications, Governance, and Edana’s Positioning

Embedding AI as a structural lever requires a clear roadmap and appropriate governance. Organizations must align processes, skills, and KPIs.

Four Steps to a Holistic AI Strategy

The first step is to map AI’s potential impact on your profit pools and quantify expected benefits by market segment.

Next, identify and build competitive barriers—proprietary data, network effects, deep integrations—to protect AI initiatives.

A third phase of rapid experimentation, in “test & learn” mode, validates hypotheses and evolves the platform without risking paralysis.

Finally, revamping the IT system ensures coherence in a unified, scalable AI architecture.

Cultivating Agility and Governance

Speed of learning has become a competitive advantage. Short cycles, fueled by frequent feedback, accelerate value creation.

Implementing dedicated governance, with both technical and business indicators, ensures alignment between the AI roadmap and business priorities.

Teams must evolve toward a data and AI culture, where experimentation is encouraged and failures are seen as lessons learned.

Edana’s Support and Case Studies

Edana partners to co-create AI strategies, from use-case scoping to defining success metrics aligned with business objectives.

Our teams have deployed machine learning platforms in production for Swiss service providers, ensuring modularity, security, and scalability.

We also integrate agent-based tools into existing information systems, while upskilling internal teams.

Transform AI into a Sustainable Strategic Lever

Across three waves, AI shifts its focus: first automating, then differentiating, and finally reshaping markets by removing frictions. A holistic vision based on building competitive barriers and agile governance is indispensable to move from mere experimentation to durable advantage.

The transformations require a clear roadmap, open-source modular architecture, and adapted skills. Our experts stand by your side to define this AI roadmap and secure the first waves of value.

Discuss your challenges with an Edana expert

By Mariami

Project Manager

PUBLISHED BY

Mariami Minadze

Mariami is an expert in digital strategy and project management. She audits the digital ecosystems of companies and organizations of all sizes and in all sectors, and orchestrates strategies and plans that generate value for our customers. Highlighting and piloting solutions tailored to your objectives for measurable results and maximum ROI is her specialty.

FAQ

Frequently Asked Questions about competition reinvented by AI

What governance framework should be put in place for an AI project in a company?

Implementing AI governance requires a multidisciplinary committee (IT, business units, compliance) responsible for approving use cases, managing the schedule, and monitoring KPIs. This committee defines data access rules, oversees risk management, and ensures alignment between the AI strategy and business objectives. It also monitors team adoption and updates the roadmap based on feedback.

How do you identify and prioritize high-value use cases?

Start by mapping profit pools and business processes to pinpoint high-impact tasks (customer quality, operational costs, time-to-market). Assess each use case for technical feasibility, data availability, and strategic alignment. Organize projects into short test-and-learn cycles to quickly validate hypotheses and adjust the roadmap before committing to large-scale developments.

What are the main risks associated with integrating AI into existing processes?

Risks include poor data quality, team silos, and algorithmic bias. Premature over-automation can degrade the user experience. Ethical and regulatory issues (GDPR, compliance) must also be managed. Implementing regular audits, robustness testing, and stakeholder training helps mitigate these risks and ensure controlled adoption.

How do you measure return on investment and define KPIs for an AI project?

Define quantitative indicators (time savings, error reduction, increase in average basket value) and qualitative indicators (adoption rate, user satisfaction). Set up dashboards to track these KPIs at each iteration. An incremental approach allows objectives to be adjusted based on business feedback and value captured in the short term before scaling up.

How do you avoid the commoditization of gains and create a sustainable advantage?

Combine AI with industry expertise, proprietary data, and strategic partnerships to create barriers to entry. Design scalable business models (freemium offerings, modular subscriptions) and embed AI in the customer experience. This holistic approach, blending open source and custom integrations, turns operational gains into lasting differentiation.

What are the challenges of an open source modular architecture for AI?

Ensure interoperability between components, module security, and version governance. Choose mature, active open source frameworks and define clear APIs to facilitate platform evolution. Maintain scalability and maintainability by isolating functional building blocks. These best practices reduce lock-in risks and support development agility.

How do you secure and manage proprietary data for AI models?

Implement comprehensive data management: dataset cataloging, access controls, encryption, and anonymization. Document provenance and version training datasets. Establish data governance ensuring regulatory compliance and traceability. This approach protects competitive advantage while laying a solid foundation for training and enriching AI models.

What are common mistakes when implementing intelligent agents?

Common mistakes include underestimating data quality, lack of clear KPIs, premature model deployment, and neglecting team support. To avoid these pitfalls, adopt short experimentation cycles, document each step, and plan a skills development program for end users.

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