Articles

Abstract: Current software engineering is facing a dual crisis: the “bloatware” inefficiency of legacy engines and the inherent unreliability of probabilistic AI (LLM) outputs. As computational demands scale, the industry’s reliance on text-based code and statistical inference has led to a critical threshold of logical hallucinations and unsustainable energy consumption. This paper introduces Deterministic Atomic […]

The current trajectory of game development is unsustainable. Modern titles demand hundreds of gigabytes of storage, specialized high-end hardware, and thousands of hours of manual “rigging” and optimization. The ORO Game Engine terminates this cycle by replacing traditional data-heavy pipelines with Deterministic Atomic Synthesis. 1. Extreme Data Compression: The End of Terabytes Traditional engines rely

The Atomic Programming Manifesto Author: Mateusz Pomaski Release Date: August 2025 Framework: Deterministic Atomic Synthesis (DAS) Status: Validated Paradigm / Physical Logic PoC Introduction: Beyond the Probabilistic Failure Current computing has reached a dead end. We are drowning in a “Crisis of Guessing.” Modern software, and even advanced LLMs, are built upon statistical foundations, making

In 2026, your company is either programmable or obsolete. Traditional ERP systems have become digital anchors—too rigid to evolve, too fragile to change. Global corporations waste billions maintaining “legacy status quo” while the market moves at the speed of algorithms. We are shattering the wall. Introducing a new category of business software: ERP 3.0. This

In an era where the average life cycle of a software framework is 5 years and developer turnover is over 20% annually, corporations are losing control of their own intellectual property. Oro Playmaker introduces the Atomic Intent Architecture (AIA)—a paradigm that permanently decouples business intent from the transient execution environment. 1. Decoupling Intent from Runtime

Subject: We Need to Talk About Your “Death Star” (And How to Save Your Assets) Dear Decision Makers, Let’s be honest. Right now, your company’s core business logic is held together by digital duct tape, prayers, and a senior developer named “Dave” who is currently looking at beach houses in Bali. If Dave leaves, or

Abstract In the current epoch of Large Language Models (LLMs) and generative AI, software engineering faces a paradox: increased velocity at the cost of structural entropy. AI-generated code frequently lacks contextual permanence, leading to “spaghetti logic” and technical debt that threatens the longevity of corporate infrastructures. This paper presents the Oro Playmaker system—a paradigm shift

1. Executive Summary ORO is a multi-dimensional execution framework designed to fundamentally decouple what a system does from how its behavior is orchestrated. Traditional visual programming systems—FSMs, Behavior Trees, node graphs—embed execution logic directly into their structural representation. As systems scale, this tight coupling leads to exponential complexity, brittle refactoring, and cognitive overload. ORO introduces

Decoupling Atomic Execution from Cognitive Logic Architectures Abstract Traditional visual programming environments (FSMs, Behavior Trees, or Flow Graphs) typically bind logic and execution into a single, rigid paradigm. ORO introduces a transformative architecture where the Action Layer remains immutable, while the Execution Engine scales through four dimensions of complexity. This decoupling allows a single set