[Paper] Designing Value-Based Platforms: Architectural Strategies Derived from the Digital Markets Act

Published: (March 9, 2026 at 09:34 AM EDT)
5 min read
Source: arXiv

Source: arXiv - 2603.08372v1

Overview

The paper Designing Value‑Based Platforms: Architectural Strategies Derived from the Digital Markets Act examines how the EU’s Digital Markets Act (DMA) – a regulatory push to make giant platforms like Facebook, Apple, and Google more fair and contestable – translates into concrete software architecture decisions. By bridging legal requirements with system design, the authors provide a practical roadmap for engineers who need to build or refactor platform components to stay compliant while still delivering value.

Key Contributions

  • Eight high‑level design strategies that map DMA‑mandated values (e.g., fairness, user choice, contestability) to architectural goals.
  • Fifteen concrete tactics derived from real‑world compliance efforts, each linked to one of the strategies.
  • A qualitative coding and thematic‑analysis methodology that systematically extracts technical implications from legal text and industry practice.
  • A discussion of new opportunities that the DMA creates for platform owners and third‑party developers (e.g., opening up data‑sharing APIs).
  • An initial framework for incorporating abstract human values into platform architecture, paving the way for future research and tooling.

Methodology

  1. Legal‑to‑Technical Mapping – The authors dissected the DMA’s obligations (e.g., “interoperability”, “non‑discriminatory access”) and translated them into value statements relevant to software design.
  2. Qualitative Coding – Using a systematic coding scheme, they tagged each obligation with emerging architectural concerns (e.g., modularity, extensibility).
  3. Thematic Analysis – Patterns across the coded data were grouped into broader “design strategies”.
  4. Case‑Study Validation – The team examined publicly available compliance reports and industry statements to extract concrete tactics that organizations are already employing.
  5. Strategy‑Tactic Mapping – Each tactic was linked back to its supporting strategy, producing a clear, actionable reference model for architects.

Results & Findings

StrategyCore IdeaExample Tactics
Modular InteroperabilityDesign components that can be swapped or connected without proprietary lock‑in.• Publish open APIs for core services
• Use service‑mesh patterns for runtime routing
Transparent Data GovernanceMake data handling visible and controllable by users and regulators.• Implement user‑controlled data export/import
• Log consent decisions in immutable audit trails
Fair Resource AllocationPrevent discriminatory treatment of third‑party apps or services.• Adopt quota‑based throttling that applies uniformly
• Use policy‑driven routing rather than hard‑coded preferences
User‑Centred Choice ArchitectureEnable users to switch providers or customize experiences easily.• Offer “data portability” widgets
• Provide UI hooks for alternative app stores
Contestability‑Ready DesignFacilitate market entry and competition through open standards.• Support plug‑in ecosystems with vetted certification pipelines
• Publish reference implementations of core protocols
Compliance‑by‑DesignEmbed legal checks into the development lifecycle.• Integrate automated policy compliance tests in CI/CD
• Use formal verification for access‑control policies
Auditability & ExplainabilityEnsure decisions made by the platform can be inspected.• Log decision‑making paths for recommendation engines
• Provide user‑facing explanations for content ranking
Resilience to Regulatory ChangeArchitect for flexibility so future rule updates are low‑cost.• Decouple business logic from regulatory rule engines
• Employ feature‑flags to toggle compliance modes

Overall, the study shows that while the DMA imposes new constraints, it also encourages architectural best practices—modularity, transparency, and user empowerment—that align with modern DevOps and micro‑service philosophies.

Practical Implications

  • For Platform Engineers: The eight strategies serve as a checklist when redesigning authentication, data‑export, or recommendation pipelines to avoid costly retrofits later.
  • For Third‑Party Developers: Clear, mandated APIs and data‑portability features lower the barrier to building alternatives or extensions, fostering a healthier ecosystem.
  • For Product Managers: The tactics provide concrete, measurable milestones (e.g., “publish X open API endpoints by Q3”) that can be tracked alongside compliance roadmaps.
  • For Security & Privacy Teams: Embedding auditability and transparent consent mechanisms reduces the risk of regulatory fines and improves user trust.
  • For Business Leaders: Embracing these value‑based designs can be a differentiator—companies that expose interoperable interfaces may attract users seeking more control, turning a compliance cost into a market advantage.

Limitations & Future Work

  • Scope of Empirical Data – The tactics are derived mainly from publicly disclosed compliance efforts; deeper case studies within companies could reveal hidden challenges.
  • Dynamic Legal Landscape – As the DMA evolves (e.g., through amendments or national implementations), the strategies may need periodic revision.
  • Tooling Gap – The paper outlines architectural concepts but does not provide automated tooling or metrics to assess “value‑alignment” in codebases.
  • Future Directions: The authors suggest building a design‑support suite (e.g., policy‑aware architecture description languages) and extending the framework to other regulatory regimes like the US’s antitrust initiatives or China’s data‑security law.

By translating high‑level regulatory intent into actionable architecture, this work equips developers and platform owners to turn compliance into a catalyst for more open, user‑centric digital ecosystems.

Authors

  • Fabian Stiehle
  • Markus Funke
  • Patricia Lago
  • Ingo Weber

Paper Information

  • arXiv ID: 2603.08372v1
  • Categories: cs.SE
  • Published: March 9, 2026
  • PDF: Download PDF
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