Quantum Library v.1.0

Official Release | March 2026

The Quantum Library is a high-performance, modular C++ framework specifically engineered for the Quantum Field Platform on VacuumOS. Designed for mission-critical deployments on ARM architectures, it provides the fundamental abstract building blocks for secure, resilient, and data-driven microservices.

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Key Features:

• Agnostic Server Architecture: A polymorphic base for Request/Response patterns, supporting HTTPS, REST, and future communication protocols via a centralized ServerFactory.
• Reactive Configuration Engine: Integrated support for nlohmann/json with real-time configuration monitoring and thread-safe parameter updates.
• Security-First Design: Native integration with industrial-grade hashing and SSL/TLS layers for secure encrypted communication.
• Advanced System Introspection: Built-in SystemInfo tools for dynamic identification of hardware (RPi, QEMU, x86_64) and OS distribution details.
• Resilience & Reliability: Tunable network policies including connection timeouts, retry logic, and circuit breaker stubs to ensure stability in unstable networking environments.
• Industrial Logging: High-speed, structured logging powered by spdlog, optimized for low-latency embedded systems.

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Field	Details
Quantum Library build version	1.0.0 (LTS)
Release with Vacuum OS version	1.0.3 (beta)
Language	C++20
Build system	CMake with cross-compilation support
Compiler	aarch64-poky-linux-gcc (GCC) 13.4.0
Linker	GNU ld (GNU Binutils) 2.42.0
Dependencies	nlohmann-json, spdlog
Release Date	March, 14 2026
License	CC BY-NC-SA 4.0
Source code	https://github.com/Quantum-Field-Platform/quantum-library/releases/tag/v.1.0.0
Tested Hardware	QEMU on Microsoft Windows 11 Pro

Changelog

[1.0.0] - 2026-03-14

Added

• Agnostic Server Architecture: A polymorphic base for Request/Response patterns, supporting HTTPS, REST, and future communication protocols via a centralized ServerFactory.
• Reactive Configuration Engine: Integrated support for nlohmann/json with real-time configuration monitoring and thread-safe parameter updates.
• Security-First Design: Native integration with industrial-grade hashing and SSL/TLS layers for secure encrypted communication.
• Advanced System Introspection: Built-in SystemInfo tools for dynamic identification of hardware (RPi, QEMU, x86_64) and OS distribution details.
• Industrial Logging: High-speed, structured logging powered by spdlog, optimized for low-latency embedded systems.

Changed

• NA

Fixed

• NA

Removed

• NA