The Take-Home Exam

Key Takeaways

• Judge Buchwald limited Phase I to ten questions, five pages
• Order demands minimal industry jargon to clarify market definition
• Parties still dispute payer vs. payvider classification
• Litigation stalled with repeated motions to dismiss
• Outcome may shape antitrust approach to health data platforms

Pulse Analysis

The Particle Health‑Epic dispute pits a nascent health‑data platform against a legacy electronic‑health‑record giant, raising Section 2 antitrust questions about market power in a rapidly evolving sector. Courts have struggled to define the "payer platform" market, a concept that blends traditional insurance functions with data‑analytics services. Without a clear market definition, parties risk costly, protracted litigation that distracts from core business objectives and leaves regulators uncertain about competitive dynamics.

Judge Buchwald's "take‑home exam" represents an unconventional procedural tool designed to cut through that uncertainty. By capping the inquiry to ten targeted questions and a five‑page limit, and by explicitly banning industry jargon, the order forces both sides to articulate their positions in plain language. This approach not only streamlines discovery but also creates a factual baseline that can inform any future summary‑judgment motions. For litigants, the exam demands a disciplined focus on who the actual customers are, what functionalities the products provide, and whether credible substitutes exist—key elements for any antitrust analysis.

The broader implication extends beyond this single case. If the court’s experiment succeeds, it could inspire similar fact‑finding frameworks in other tech‑centric antitrust battles, from fintech to AI platforms. Companies may pre‑emptively clarify market boundaries to avoid judicial bottlenecks, while lawyers might craft more precise pleadings to satisfy such concise inquiries. Stakeholders should monitor the court’s final assessment, as it may reshape how antitrust law adapts to the hybrid nature of modern digital health ecosystems.