webXOS is an innovative software development company developing progressive web applications tailored for decentralized web3 environments. Leveraging native JavaScript, WebGL, Three.js, and WebAssembly (WASM), Webxos delivers lightweight, modular progressive web apps (PWAs) that prioritize performance, privacy, and sustainability. Our ecosystem, showcased at webxos.netlify.app and webxos/webxos, encompasses eco-friendly apps, retro games, and client-side AI agents, all designed to operate seamlessly in the browser.

Each webXOS modular APP (webxos.netlify.app/tools) is a self-contained .html file, embedding all HTML, CSS, JavaScript, and assets for maximum portability and modularity. We harness AI-driven tools to create advanced prompts that accelerate the development of high-performance, decentralized apps. From P2P networking tools to immersive WebGL games, webXOS empowers developers to build the future.

WEBXOS is pioneering frameworks and tools on a browser first philosophy, emphasizing modularity, efficiency, and environmental responsibility.

The leading innovator in bridging the gap between high-performance computing and minimalist hardware, redefining the potential of edge computing through intelligent, browser-native solutions.

WebXOS is an Internet of Things (IoT) software development company that specializes in delivering high-performance, modular, and browser-based applications by integrating cutting-edge AI engineering, prompting techniques, and advanced mathematics. Our core philosophy is to create sophisticated software that maximizes computational power on embedded systems like the Raspberry Pi and Arduino, delivering unparalleled performance in 3D engineering, drone IDE development, and browser-based gaming.

Core Specializations

IoT Software Development: Building the underlying architecture for connected devices, focusing on stability, efficiency, and real-time data processing.
AI Engineering & Prompting: Utilizing bespoke AI models and strategic prompting to streamline development, automate complex tasks, and create intelligent, responsive software.
Modular Browser-Based Software: Developing applications that run natively in web browsers, ensuring cross-platform compatibility, easy deployment, and zero-installation user experiences.
Edge Computing Optimization: Tailoring software to run efficiently on low-power, single-board computers (SBCs) such as the Raspberry Pi and microcontrollers like the Arduino.
Advanced Mathematics & Reasoning: Applying sophisticated algorithms and computational logic to maximize processing power, ensuring minimal latency and maximum efficiency.

1. Three.js 3D Engineering Platform We provide the foundation for powerful, web-native 3D engineering environments.

   AutoCAD Style Interface: Intuitive and feature-rich user interfaces that mimic industry-standard CAD software, entirely within the browser. Real-Time Rendering: Utilizing Three.js for high-fidelity 3D visualization, optimized for real-time interaction on Raspberry Pi clients. AI-Assisted Design: Integrating AI tools for feature recognition, predictive modeling, and automated design assistance, speeding up the engineering workflow.

2. Drone Integrated Development Environment (IDE) Our browser-based IDE simplifies the programming and management of autonomous drones.

   Modular Programming: Drag-and-drop interfaces and AI-assisted code generation for rapid development of flight plans and behaviors. Real-time Telemetry: Browser-based dashboards that display live data from drones, processed and rendered on the client device. Edge AI for Navigation: Utilizing onboard processing power for autonomous decision-making and navigation, minimizing reliance on cloud connectivity.

3. Browser-Based Gaming Software We push the boundaries of what is possible in web gaming by "min-maxing" computational power.

   Performance Optimization: Advanced algorithms and data structures to ensure smooth frame rates and complex game logic, even on resource-constrained hardware. AI-Powered Game Logic: Intelligent NPCs, procedural content generation, and dynamic difficulty scaling driven by advanced AI and reasoning. Cross-Platform Play: Develop once, deploy everywhere—our modular approach ensures games run on any device with a modern web browser, from smartphones to Raspberry Pi systems.

Our Technology Stack

Frontend: Three.js, React/Vue, WebGL, Web Assembly (Wasm) for high-performance operations.
Backend: Node.js, Python (for AI/ML), C++ (for core performance modules), running on embedded Linux systems.
Hardware Targets: Raspberry Pi (all models), Arduino boards, and various other SBCs/MCUs.
AI/ML: Custom models for specific optimization tasks, delivered via edge computing frameworks.

We believe in the power of the open web and the potential of small form-factor hardware. By combining the accessibility of the browser with the power of modern AI and advanced mathematics, WebXOS delivers solutions that are not only innovative but also incredibly efficient and accessible to all. We turn embedded devices into powerful computing stations, delivering enterprise-grade performance at a fraction of the cost and energy consumption.

• Front-end Architectures: Single .html files encapsulate all code and assets, ensuring portability and ease of deployment.
• Decentralized Designs: Supports P2P Web3 for resilient, serverless applications ideal for edge computing.
• AI-Driven Developments: Utilizes large language models (LLMs) to generate optimized, modular code via sophisticated prompts.
• High Performance & Modularity: Native JavaScript, WebGL, Three.js, and WASM enable lightweight, reusable components.
• Eco-Friendly & PWA-Ready: Optimized for low-end devices (≥320px screens), offline functionality, and minimal resource consumption. Raspberry Pi, Arduino, IoT Devices +more.

Explore our apps and AI agents at webxos.netlify.app and in the apps/ directory of our GitHub repository:

• Eco-Friendly Apps: PWAs for file sharing, data visualization, and task management, optimized for mobile and offline use.
• Retro Games: HTML5 games using WebGL and Stuart rendering for high-performance, nostalgic experiences.
• AI Agents: Client-side tools, offering browser-based diagnostics and analytics with a focus on privacy.
• P2P Applications: Decentralized tools for secure networking and data exchange, built for performance and scalability.

WEBXOS's approach to client-side processing fundamentally enhances user privacy by keeping data on the user's device and not on a server. This model avoids the privacy vulnerabilities of server-side systems, where user data can be vulnerable to breaches or surveillance. Here are specific examples of how different WEBXOS tools and agents use client-side processing to protect privacy: Secure Data Storage with Exoskeleton AI

Encrypted client-side databases: Exoskeleton AI functions as a "front-end data storage platform" that uses CSS grids and neural nodes to encode databases. The database is stored directly within the browser, and all data is encrypted.
No central server: Since there is "zero backend server" usage for storing the data, WEBXOS, Netlify (which hosts webxos.netlify.app), or any other third party has no access to the user's private data.
Use-case example: Private notepad: The secure, client-side database allows for applications like a personal notepad or journal where entries are securely stored on the user's device. No one else can read or access these private thoughts and notes. 

Private AI tools with Micro LMs

Processing sensitive data locally: WEBXOS uses Micro LMs, or small learning models, that can perform AI tasks directly on the client's device. This allows sensitive user data to be processed with end-to-end encryption.
Example: Watchdog AI: The green energy compatibility tester, Watchdog AI, can analyze personal usage data without sending it to a remote server. This allows for personalized recommendations while maintaining the privacy of the user's energy consumption habits.
Data never leaves the device: Similar to the database, the user's data remains on their machine throughout the AI processing, ensuring that their behavioral or input data is never exposed to external servers. 

Browser-based key management

Secure browser key storage: Tools like WEBXOS's Secure Key likely leverage Web Authentication (WebAuthn) standards, which use public-key cryptography to authenticate users. The cryptographic private key is stored securely on the user's device, not on a server.
Passwordless authentication: This method removes the need for storing and managing passwords, which are common targets for data breaches. It prevents credential theft because the private key is never transmitted. 

Local data processing for web tools

Instantaneous results without cloud uploads: WEBXOS offers web tools that process data for tasks like editing images, manipulating files, or analyzing data.
Example: Image manipulation: When a user resizes or crops an image with a WEBXOS tool, the processing happens on their computer. The image file is not uploaded to a cloud server, ensuring that the original, sensitive data never leaves their control.
Offline capabilities: The client-side approach means that some tools can function offline, which inherently means no data is being sent to a server. This design ensures that the application's functionality is resilient and private, even without an internet connection. 

• GitHub: webxos/webxos
• X: Follow @webxos for updates.
• Website: Explore our ecosystem at webxos.netlify.app.

Join us in shaping the decentralized, sustainable web with Webxos!