EcoLogic

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Alfred Itodole
Project Owner

EcoLogic

Expert Rating

n/a
  • Proposal for BGI Nexus 1
  • Funding Request $50,000 USD
  • Funding Pools Beneficial AI Solutions
  • Total 7 Milestones

Overview

EcoLogic is an innovative project transforming waste management with "beneficial" AI. Our integrated system unifies fragmented local recycling and upcycling efforts using AI Iot blockchain & robotics to automate waste sorting, optimise logistics, and provide real-time environmental monitoring. With an interactive social platform, EcoLogic delivers personalised sustainability updates and fosters community engagement. Our scalable solution drives behavioural change and supports a circular economy delivering measurable environmental social and economic benefits in alignment with global ESG goals and the BGI Nexus mission We are not just building a solution; we're building a sustainable system.

Proposal Description

How Our Project Will Contribute To The Growth Of The Decentralized AI Platform

EcoLogic's approach reduces environmental harm drives sustainable recycling practices & fosters real-time community engagement ensuring transparency and accountability in global environmental stewardship, empowering communities, promotes sustainable behaviors, & facilitates a circular economy, contributing to flourishing human societies, the biosphere, & global sustainability goals. Our proposal aligns with the BGI Nexus mission by deploying beneficial AI to protect and sustain our planet.

Our Team

Our team include Daniel a licensed drone pilot and GIS expert driving operational excellence; Stanley an award-winning full‑stack AI engineer; Kamal a specialist in multilingual AI and decentralized systems; Babalola an expert in embedded systems and hardware integration; Musab a robotics and machine learning innovator; Morgan a power plant operations expert; Abdulfattah business development & partnership specialist, Alfred, Fola, Favour, Toheeb, Muhammad etc, who all have practical experience. 

AI services (New or Existing)

Intelligent Waste Sorting and Recycling

Type

New AI service

Purpose

Automate waste sorting with advanced computer vision for accurate classification and recovery.

AI inputs

Real-time images and video streams from waste sorting cameras on IoT-enabled robotic arms.

AI outputs

Classified waste streams (plastics metals organics hazardous materials) with sorting instructions.

Predictive Waste Analytics & Routing Optimization

Type

New AI service

Purpose

Forecast waste generation and dynamically optimize waste collection logistics.

AI inputs

Historical waste data environmental sensor readings and demographic/industrial activity data.

AI outputs

Waste generation forecasts and optimized collection routes/schedules.

Real-Time Environmental Impact Monitoring

Type

New AI service

Purpose

Monitor environmental conditions and issue early warnings to mitigate pollution and ecological harm.

AI inputs

Data from environmental sensors (air water soil) satellite imagery and drone footage.

AI outputs

Real-time environmental quality metrics pollution alerts and actionable recommendations.

Dynamic Policy Simulation and Optimization

Type

New AI service

Purpose

Simulate and optimize waste management policies to guide effective equitable decision-making.

AI inputs

Environmental economic and social datasets plus historical policy outcome data.

AI outputs

Simulated long-term impacts and recommendations for policy adjustments.

AI Sustainability Agent

Type

New AI service

Purpose

Provide personalized sustainability updates educational content and community engagement via a social app.

AI inputs

Real-time environmental data user interaction and feedback data community-sourced inputs.

AI outputs

Personalized notifications sustainability insights interactive chat responses and marketplace matching for recyclable materials.

The core problem we are aiming to solve

Traditional waste management efforts remain fragmented, localized, and inefficient. Community initiatives often spark temporary engagement, only to see behavior revert due to a lack of sustained awareness, incentives, and cohesive coordination. This fragmentation results in persistent environmental degradation, inefficient resource use, and a failure to build a circular economy, particularly in underserved communities where infrastructure and funding are limited.

Our specific solution to this problem

EcoLogic offers a transformative approach to fragmented, inefficient waste management by integrating AI, IoT, blockchain, and robotics into a unified, decentralized ( independent proactive actors ) platform. Our system employs AI-powered robotics with high-resolution cameras and deep learning models to detect, classify, and segregate waste into distinct categories. A predictive analytics engine, combining historical data, sensor inputs, and environmental factors, forecasts waste generation and optimizes collection routes to reduce fuel consumption & cost, and streamline logistic inefficiencies assiociated with the circular economy. Real-time environmental monitoring is achieved through a network of IoT sensors, drones, and satellite imagery that continuously track pollution and waste impact. All data is securely stored using an Hybrid Storage Models ( On-chain and Offchain ),ensuring sensitive data protection, transparency and immutability, while smart contracts automate incentive mechanisms to reward effective recycling and upcycling. Additionally, a dedicated social app provides personalized sustainability updates, educational content, nudges and a marketplace connecting waste generators with recyclers/upcyclers. EcoLogic’s modular design is scalable and adaptable to local cultural and regulatory contexts, addressing immediate waste challenges while fostering a circular economy that supports long-term environmental protection and social equity.

Project details

EcoLogic is an innovative startup building an Integrated AI Waste Management System (AI-WMS), we would like to call it more like AI Environmental management system but since our first interations is just on waste and leaving out other enviromental elements like Energy, water, etc so we left it at waste. It is designed to transform waste management into a sustainable, decentralized ecosystem. Our system addresses the critical issue of fragmented, inefficient waste management by unifying local initiatives into a continuous, adaptive platform that not only reduces waste but also drives sustained behavioral change and environmental stewardship.

 

At its core, our solution automates waste sorting using AI-powered robotics with advanced computer vision, ensuring precise classification and recovery of valuable materials. A predictive analytics engine—integrating historical data and real-time inputs from IoT sensors—forecasts waste generation and dynamically optimizes collection routes, thereby reducing operational costs and environmental impact. We practice an Hybrid data processing and storing structure ( i.e offchain and onchain )All data, after been analysed and  sensitive data protected it will be recorded on a secure, permissioned blockchain, ensuring transparency and immutable reporting through smart contracts that automatically distribute incentives for sustainable practices.

 

EcoLogic also features an interactive social AI centric platform and AI agent, accessible via both a website and mobile app. This platform provides personalized sustainability updates, educational content, and a marketplace where companies can post reusable materials needs, and individuals or local hubs can supply their waste. This engagement module promotes community participation, encourages recycling and upcycling activities, and makes sustainability a shared responsibility.

 

Our approach prioritizes safety and ethics. We implement robust data privacy measures, adhering to global standards such as GDPR and CCPA, and employ Explainable AI to ensure fairness, transparency, and accountability. Continuous safety audits, security protocols, and stakeholder engagement are integrated into every development phase to mitigate risks and address unintended consequences.

 

Strategic partnerships with Enactus ABU and Pup Industries bolster our initiative—Enactus ABU enhances community and social entrepreneurship, while Pup Industries upcycles plastic waste into valuable products, ensuring a reliable supply chain and facilitating regulatory approvals. Our experienced, multidisciplinary team, with expertise in AI, IoT, robotics, blockchain, digital marketing, and community leadership in the web3 space is fully equipped to execute this project and scale it to other sectors like agriculture, energy, and bio-resources in future phases.

 

EcoLogic is not just a solution; it’s a dynamic system designed to drive global impact by making sustainable practices accessible, efficient, and equitable—fully aligned with the BGI Nexus mission of leveraging beneficial AI for social and environmental good.

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Proposal Video

Placeholder for Spotlight Day Pitch-presentations. Video's will be added by the DF team when available.

  • Total Milestones

    7

  • Total Budget

    $50,000 USD

  • Last Updated

    24 Feb 2025

Milestone 1 - Project Planning & Requirements Analysis

Description

Conduct in-depth research stakeholder interviews and market analysis to define clear project requirements.

Deliverables

Comprehensive requirements document stakeholder analysis report project scope statement.

Budget

$7,000 USD

Success Criterion

Approval of the project plan and requirements by internal, external stakeholders contracted experienced expert subject matter and partner organizations.

Milestone 2 - System Architecture & Design

Description

Develop a detailed system architecture integrating AI IoT blockchain and a social engagement platform.

Deliverables

Architecture blueprint API specifications data flow diagrams and design documents.

Budget

$6,000 USD

Success Criterion

Internal review approval, technical sign-off from key team members and Approval from external stakeholders, contracted experienced expert subject matter and partner organizations.

Milestone 3 - Proof-of-Concept (PoC) Development

Description

Initiate technical development by creating a limited PoC that demonstrates core functionalities—waste sorting predictive analytics and environmental monitoring.

Deliverables

A working prototype integrating IoT sensor data AI processing and blockchain recording in a controlled environment.

Budget

$10,000 USD

Success Criterion

Successful PoC demonstration meeting predefined performance benchmarks.

Milestone 4 - Minimum Viable Product (MVP) Development

Description

Build a fully integrated MVP featuring key functionalities of all modules including the AI-driven social app interface (web and mobile).

Deliverables

MVP platform with robotic sorting simulation dynamic routing real‑time monitoring and interactive stakeholder features.

Budget

$12,000 USD

Success Criterion

Positive internal testing results and favorable feedback from pilot partners.

Milestone 5 - Pilot Testing & Feedback Integration

Description

Deploy the MVP in a controlled pilot environment to gather real-world data and user feedback.

Deliverables

Pilot deployment report user feedback analysis and an updated MVP incorporating necessary adjustments.

Budget

$7,000 USD

Success Criterion

Achievement of target KPIs in user engagement, system reliability, and environmental impact metrics.

Milestone 6 - Security Compliance & Final Refinement

Description

Perform comprehensive security audits performance testing and compliance reviews to ensure robust data privacy and regulatory adherence.

Deliverables

Security audit report compliance checklist and a refined MVP addressing all identified issues.

Budget

$4,000 USD

Success Criterion

Passing all security, compliance, and performance tests with no critical issues.

Milestone 7 - Full Deployment & Launch Preparation

Description

Scale infrastructure finalize training materials and prepare for a public launch.

Deliverables

Global rollout strategy comprehensive training materials final documentation and a launch event plan.

Budget

$4,000 USD

Success Criterion

Official launch with initial market adoption meeting predefined growth and satisfaction metrics.

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