Edgar Antonio Valdes Porras@ekaropolus_master

Polisplexity is a groundbreaking project that fuses physical and social digital twins to create a truly circular waste management ecosystem. It integrates citizen interactions via Telegram bots (the social twin) with real-time optimized waste logistics (the physical twin) powered by Django on Vultur and data pipelines orchestrated through Snowflake. Using Coral multi-agent protocols, GROQ LLMs and LLaMA models coordinate the flow of insights across municipal systems and citizen engagements. To achieve secure, decentralized incentive mechanisms, we roadmap the deployment of Qubic C++ smart contracts. These will govern our Green Coin system, rewarding citizens for sustainable behaviors, traceable via the Qubic network. Our goal is to create a scalable platform that democratizes waste optimization, embeds trust through decentralized AI, and sets the foundation for a global shift toward circular economies. By leveraging Qubic’s unique speed and quorum-based architecture, we intend to deliver a future-proof PoC that is technically advanced, economically viable, and socially transformative.

Polisplexity AI Agent Digital Twin for Rural Network Planning is an innovative solution that integrates graph theory, real-time geographic data, and AI-powered agents within an immersive VR environment. Our system visualizes rural telecom infrastructures—such as towers, fiber, and Wi-Fi—while AI agents guide users with insights on optimal network design based on local conditions. Users can explore the digital twin via mobile or desktop, interact with embedded Telegram bots for intelligent feedback, and use geographic inputs (latitude/longitude) to generate tailored scenarios. Polisplexity empowers stakeholders to collaboratively design scalable, cost-efficient rural networks with strategic precision.

Mad Science Labs es una plataforma de orquestación científica desarrollada para conectar científicos y profesionistas de diversas disciplinas, eliminando barreras académicas e institucionales. Utilizando una infraestructura basada en Django y Python, integrada con modelos avanzados de inteligencia artificial como Llama y GPT, la plataforma facilita la colaboración interdisciplinaria en tiempo real. Además, incorpora un sistema de gestión de datos invertidos, permitiendo el análisis predictivo y la visualización avanzada de datos generados en proyectos colaborativos. En su fase inicial, Mad Science Labs ha demostrado su capacidad para unir talento global en la resolución de problemas complejos mediante proyectos piloto que integran ciencia y tecnología. La plataforma ha optimizado la asignación de recursos, reduciendo costos y acelerando el desarrollo de soluciones prácticas. En el futuro, Mad Science Labs se expandirá para integrar módulos avanzados de simulación, nuevas APIs para la interacción con modelos locales y globales, y una red de voluntariado globalmente conectada. Esto permitirá abordar problemas globales desde una perspectiva interdisciplinaria y maximizar el impacto del conocimiento científico y profesional. La plataforma aspira a ser un estándar en la democratización de la ciencia, promoviendo la nueva ciencia para el bienestar de la humanidad.

Our project, "AI-Powered Code Generation Revolution," utilizes Mistral AI and the Codere model to innovate software development. We propose an automated software factory within a Telegram-based system to streamline and revolutionize the process. Traditional development is often slow and error-prone, creating inefficiencies and delays. Our solution automates tasks using AI and Robotic Process Automation (RPA), reducing errors and enhancing efficiency. It integrates seamlessly with existing tools and supports continuous deployment pipelines. Technology: Platform: Telegram-based for real-time interaction. Backend: Codere model automates development tasks. Integration: Mistral AI interacts with existing tools. Business Model: We offer subscription tiers: Basic: Limited robot assistance. Pro: Extended robot support. Enterprise: Full support and customization. Revenue Projection: By Year 3, aiming for $500,000 annual revenue. Ask: Seeking $300,000 investment: Development: $100,000 for AI and RPA integration. Marketing: $75,000 for early adopter onboarding. Operational Costs: $125,000 for server maintenance and improvements. Our project addresses software development inefficiencies with AI and automation, providing scalable solutions for the tech industry's demands.

In today's scientific community, collaboration is essential for innovation. Yet, many scientists struggle to connect, share resources, and find the right collaborators. Our solution, the AI-Powered Collaboration Hub, tackles these challenges using advanced AI technologies to create a seamless platform for scientific cooperation. The Problem Mexican scientists face: Isolation and poor communication. Duplication of efforts. Missed opportunities for collaboration. Our Solution The AI-Powered Collaboration Hub is a Telegram-based platform designed to enhance scientific collaboration. Key features include: AI-Driven Research Matchmaking: AI analyzes user profiles to suggest potential research partners based on interests, expertise, and projects. Predictive Partnering: AI identifies emerging trends and suggests collaborators likely to contribute to groundbreaking discoveries. Idea Incubation: Users submit research ideas and receive AI-generated suggestions to enhance their concepts. Virtual Labs: AI facilitates access to virtual lab environments for remote experimentation and collaboration. Event Intelligence: Personalized updates on relevant scientific events, webinars, and conferences. Business Model We operate on a pay-as-you-go subscription model, targeting the top 3200 scientists in Mexico's Sistema Nacional de Investigadores (SNI). Scientists pay a nominal fee to access the chatbot's features, ensuring sustainability and scalability. Impact By connecting scientists and providing intelligent insights, our platform accelerates scientific innovation in Mexico. The AI-Powered Collaboration Hub empowers researchers to work together effectively, leading to groundbreaking discoveries. Our Ask We seek an initial investment of $200,000 to develop and launch the platform. This funding will be used for AI development, Telegram integration, marketing, and operational costs.

Mad Science Labs unveils a revolutionary AI-powered communication system, bridging the gap between humans and dogs. Our innovative smart collar, equipped with advanced sensors, captures canine behavioral and physiological data, especially their reactions to specific odors. This feature is particularly groundbreaking in detecting diseases through scent, a natural canine ability. Complementing the collar, our AI camera system analyzes the dog's visual cues. By employing machine learning, it translates these cues into understandable insights for the owner, ranging from health alerts to emotional states. This dual approach ensures a comprehensive understanding of canine communication. Designed for user-friendliness, the system provides clear, actionable feedback to pet owners. Whether it's a health alert or a behavioral insight, owners receive intuitive notifications. The technology also adapts to each dog's unique patterns, enhancing personalization and accuracy over time. This project represents a significant leap in human-dog relationships. It not only facilitates a deeper understanding of our canine companions but also pioneers new avenues in pet health monitoring and interspecies empathy. Mad Science Labs is committed to enhancing the bond between dogs and their owners, making this shared journey richer and more connected.

Mad Science Labs is a trailblazing initiative that leverages advanced artificial intelligence to revolutionize how scientists collaborate in Mexico. Our core product, an AI-powered search engine, is ingeniously designed to identify and match scientists with complementary skills and research interests. This facilitates the formation of dynamic teams capable of tackling complex, interdisciplinary scientific challenges. Our algorithm, named "Científico Conector," analyzes a myriad of factors such as professional expertise, skillset, past collaboration history, and innovation potential. This holistic approach ensures that each matched team is uniquely equipped to synergize effectively, leading to more innovative outcomes and a more cohesive scientific community. Beyond just matching scientists, Mad Science Labs is committed to fostering a vibrant ecosystem where ideas can flourish. We envision a platform where scientists not only find the right collaborators but also engage in a continuous exchange of ideas and knowledge. This will be further enhanced by our community-driven features such as discussion forums, project showcases, and knowledge-sharing sessions. Our project holds the promise of significantly accelerating scientific progress in Mexico. By breaking down silos and encouraging collaborative efforts, we aim to tackle some of the most pressing scientific challenges of our time. Mad Science Labs is not just a tool; it's a movement towards a more connected, innovative, and impactful scientific community.

Our project, 'Polisplexity Cities Token Models and Simulation', envisions a transformative approach to urban planning and management. By integrating blockchain token models with Polisplexity's advanced AI, VR, and simulation capabilities, we aim to create a decentralized, transparent, and highly interactive urban ecosystem. At the core of our idea is the use of digital tokens as a medium for various urban transactions and engagements. These tokens represent access to city services, resources, and participation in governance. They facilitate a new economic model within the urban landscape, encouraging sustainable practices and equitable resource distribution. Our simulation models, powered by Polisplexity's AI and VR technologies, will allow urban planners, policymakers, and citizens to visualize and interact with various scenarios in real-time. This immersive experience provides a deeper understanding of the potential impacts of different token distribution and usage strategies on the city's socio-economic fabric. Smart contracts play a crucial role in our project, automating the management and exchange of tokens. This ensures efficiency, transparency, and security in transactions, aligning with the principles of decentralized governance. Our project also focuses on inclusivity and accessibility. We are committed to designing token models that are equitable and provide equal opportunities for all city residents to access urban services and participate in decision-making processes. Through 'Polisplexity Cities Token Models and Simulation', we aim to demonstrate a futuristic yet feasible approach to city planning. Our project is not just about technological innovation; it's about shaping sustainable, resilient, and inclusive urban futures, where community engagement and well-being are at the forefront of urban development.

Polisplexity, a trailblazer in urban technology, intertwines AI, VR/AR, and mathematical modeling to reimagine city planning and management. This platform transforms complex urban data into dynamic, interactive city models, allowing for intricate simulation and analysis of urban life. At the Stable-Video-24-Hours-Hackathon, Polisplexity's team elevated this vision, introducing a revolutionary feature: converting static city photos into animated videos within the app. This innovation adds a new dimension to urban simulation, infusing static images with life-like movement and realism. Buildings pulse with activity, parks sway with virtual winds, and streets buzz with the rhythm of a living city, providing an immersive experience for users. This feature enhances the platform's capability for urban storytelling, making it not just a planning tool, but a medium to visualize and experience the potential future of cities. It aids urban planners, city officials, and citizens in visualizing and understanding complex urban changes, making the planning process more intuitive and engaging. Polisplexity stands as a testament to technological innovation in urban planning, where cities are not just planned but brought to life through advanced simulations. It marks a new era in urban management, where technology empowers us to see, feel, and interact with the cities of tomorrow.