Project Goal

Trevo aims to create a smart automation ecosystem where users can connect apps and automate tasks, addressing real-world social issues through intelligent systems.

Technical Vision: Integrate **C++ and Assembly** in the backend for faster API responses, and scale server infrastructure as investment grows to ensure high performance and reliability.

Current Stage (Early 2025)

• Core App Released: Available via **webview** on **Android** and **iOS**.
• Basic Features: User auth, app store, task/message automation via AI.
• Backend: Built with **MERN stack**, deployed on **Render**.
• Documentation: Public **User Manual**, **Developer Guide**, and **API Docs** are live.
• Community-Driven: Foundation begins with feedback loops and open-source contributions.

Short-Term Goals (Q2–Q3 2025)

• Expand Built-In Apps: Add functional apps (scheduler, reminders, messaging).
• Native App Development: Migrate from webview to native **Android/iOS** apps for better performance.
• Mini Bot Prototype: Begin development of **Mini Bot**, enabling task automation without a phone.
• API Expansion: Extend API usage for IoT, external apps, and more AI endpoints.

Mid-Term Goals (Q4 2025 – Early 2026)

• Mini Bot Release: Official release of physical **Mini Bot**, capable of running tasks offline.
• Advanced Automation Patterns: Add conditional, time-based, and dynamic task flows with a visual editor.
• Community & Contributor System: Implement an open app submission system and enhance community feedback loops.

Long-Term Vision (2026+)

• Tackling Social Issues: Expand Trevo's ecosystem with apps aimed at solving education, accessibility, disaster response, and more.
• Investor Growth: Attract more investors to support infrastructure scaling and improve app performance.
• Decentralized Ecosystem: Move toward a peer-to-peer model with community-driven moderation and AI packages.
• Offline AI Execution: Enable task automation without cloud dependency using edge computing devices.

System-Level Optimization

Implementing C++ & Assembly: Optimize backend performance for critical services, such as task execution and messaging, by integrating **C++ and Assembly**. This will improve speed and efficiency, reducing latency in real-time task processing.

Server Infrastructure Upgrades: Use investor support to move to **dedicated servers**, or **hybrid cloud environments**, enabling scalable and faster response times as Trevo grows.