Carlo Visualiser: The Unified Runtime Instrument for Loop OS Systems

The Carlo Visualiser is the official runtime instrument for Loop OS — a unified, distributed, intelligent system designed to observe, analyse, and orchestrate loop‑driven computational environments. It provides real‑time visualisation of surfaces, flows, boundaries, and loop phases, alongside integrated diagnostics, telemetry, predictive analytics, automation, security, and cluster‑level orchestration. Built on a sixteen‑layer architecture culminating in the Omni‑Layer, the Visualiser acts as the cockpit, the debugger, and the intelligence layer for any Carlo‑based operating system. It transforms raw loop activity into structured insight, enabling developers, researchers, and systems engineers to understand, extend, and stabilise complex loop‑driven systems. This release includes the complete specification, architecture, data models, pipelines, integration model, and documentation required to build, maintain, and evolve Loop OS systems. It serves as the canonical reference for the Carlo ecosystem and the foundation upon which future engines, tools, and distributed systems can be constructed. Loop OS, Carlo Framework, Carlo Visualiser, Runtime Instrumentation, Distributed Systems, Omni‑Layer Architecture, Superloop, Loop Phases, Flow Engine, Surface Engine, Boundary Engine, Emergent Behaviour, Predictive Analytics, Telemetry Systems, Diagnostics, Runtime Analytics, Meta‑Systems, Self‑Healing Automation, Cluster Orchestration, Distributed Runtime, Computational Loops, Event Flows, State Machines, Omni‑State, Omni‑Loop, Omni‑Reasoner, Omni‑Orchestrator, Omni‑Synthesis, Data Models, Pipelines, Integration Model, Runtime Observability, System Architecture, Developer Tooling, Computational Surfaces, Flow Mapping, Loop Dynamics, System Stability, Runtime Intelligence, Distributed Coordination, Cluster Health, System Telemetry, Performance Metrics, Visual Runtime Mapping, Real‑Time Analysis, Engine Architecture, Multi‑Layer Systems, Cognitive Loops, Adaptive Systems, Autonomous Runtime, High‑Level Instrumentation, System Debugging, Runtime Visualisation, Execution Model, System Evolution, Developer Ecosystem, Computational Frameworks, Advanced Runtime Systems