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no-vendor-lock-in

GuardianNX is a modular, AGPL-3.0+ open source home security operating system designed to eliminate vendor lock-in through fully replaceable hardware and software components. It integrates edge AI surveillance, encrypted sensor networks, and autonomous response systems into a unified, privacy-first platform that operates locally by default and remains fully functional without cloud dependency. https://roxanneardary.com/guardiannx/

OpenDiagnose is an open-source, AGPL-3.0+ modular diagnostic system that turns real-world visual input into structured, actionable repair guidance. Using wearable or edge-connected vision hardware, interchangeable AI models, and domain-specific knowledge packs, it identifies faults across mechanical, electrical, agricultural, and infrastructure systems. Designed as a commons-driven platform, it separates hardware, software, and diagnostic logic into replaceable modules so the system can evolve without vendor lock-in or closed components. https://roxanneardary.com/opendiagnose/

OpenReplica is an open-source website replication tool that lets users instantly clone, clean, and export any website into a fully portable project they own and control. Built to eliminate subscription lock-in and proprietary restrictions, it transforms live websites into editable, self-hostable codebases in seconds. With a focus on simplicity, speed, and true digital ownership, OpenReplica gives users the ability to build once and never be trapped again. https://roxanneardary.com/openreplica/

Syntara is a Vendor Independence Operating System (VIOS) that analyzes enterprise infrastructure to identify vendor lock-in, hidden dependencies, and structural risks across systems and workflows. It models how organizations actually function, simulates migration pathways, and generates safe, reversible strategies for moving toward greater autonomy, self-hosting, and long-term infrastructure independence. https://roxanneardary.com/syntara/

No Lock-In Compliance Standard (NLCS v1.0) is an open architecture and governance framework designed to eliminate vendor lock-in across AI systems and software infrastructure. It defines a fully modular, interchangeable system model where AI, data, execution, and policy layers can be independently swapped without breaking system functionality, while maintaining AGPL 3.0+ compliance and machine-verifiable portability standards. https://roxanneardary.com/no-lock-in-compliance-standard/

FlightDynamics is an open, AI-native specification for launch planning, mission engineering, orbital dynamics, and space operations. It defines a modular, implementation-agnostic standard for modeling and optimizing every stage of a space mission lifecycle, from early mission design through launch execution, orbital operations, and end-of-life planning. Designed for local-first deployment with optional integration into distributed systems, FlightDynamics enables interoperable, explainable, and extensible mission planning systems without vendor lock-in. https://roxanneardary.com/flightdynamics/

OpenCluster is a modular, federated, open-source infrastructure platform built for sovereign AI, distributed compute, municipal resilience, and community-owned infrastructure. Designed around AGPL-3.0+ licensed software and open hardware principles, OpenCluster enables scalable, repairable, and upgradeable systems that prioritize federation, security, resilience, and long-term sustainability without centralized vendor lock-in. https://roxanneardary.com/opencluster/