What question did this study set out to answer?

This work aims to establish a quantum-computational operating system that revolutionizes insurance risk management.

May 7, 2026Open Access

Sulemon OS: Quantum-Computational Operating System for Global Insurance

MRMohan Raja RamKentucky Department of Education

Key Points

This work aims to establish a quantum-computational operating system that revolutionizes insurance risk management.
Development of a quantum-computational system tailored for the insurance sector.
Integration of causal machine learning and cryptographic security measures.
Designed for SMEs as well as large regulatory and reinsurance entities.
Offers a framework to mitigate volatility in social, economic, technological, environmental, and political risks.
Enhances actuarial methods through quantum computation and mathematical rigor.
Provides a peer-reviewable infrastructure for global insurance stakeholders.

Abstract

The global insurance landscape in 2026 is defined by a paradigm shift where traditional actuarial methods are being superseded by the convergence of quantum computation, causal machine learning, and post-quantum cryptographic security. As the volatility of social, technological, economic, environmental, and political risks escalates—transitioning from a "stable" business environment to one characterized as "business as unusual"—the need for a unified operating system to manage small and medium enterprise (SME) risk has become paramount.1 Sulemon (sulemon.com) represents this evolution, functioning not merely as a software interface but as a comprehensive infrastructure designed to address the protection gap through published, peer-reviewable research and mathematical rigor. This system is engineered for a global audience, encompassing regulators, reinsurers, chief risk officers, and technically sophisticated business owners who demand

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