Global Innovation Summit 2025

1–2 Apr 2025 | HANNOVER MESSE, Germany

Project cooperationUpdated on 12 March 2025

Recyclables & Reusables Traceability with Carbon Metric Intelligence

Taegoan Bae

CEO at Oysterable co., ltd.

SEOUL, South Korea

About

Project Proposal: Revolutionizing Recyclables & Reusables Traceability with Carbon Metric Intelligence

Introduction:

As a dynamic startup leveraging Oysterable's core technologies in robotics, AI, and smart city integrations, we are launching a transformative project to address the critical need for transparent and measurable traceability of recyclables and reusables, coupled with precise carbon metric calculation. Our vision is to create a comprehensive solution that empowers cities and businesses to transition towards a truly circular economy.

Problem Statement:

Current recycling and reuse systems suffer from a lack of transparency, hindering accurate carbon footprint assessment and efficient material flow management. This leads to:

  • Inaccurate Carbon Data: Difficulty in quantifying the environmental impact of recycling and reuse processes.

  • Limited Material Traceability: Lack of real-time tracking, impeding accountability and optimal resource utilization.

  • Inefficient Data Integration: Siloed data prevents informed decision-making for sustainable urban planning and business operations.

Our Solution:

We propose developing an integrated platform that combines:

  • AI-Powered Carbon Footprint Analysis: Utilizing advanced machine learning models, trained on Oysterable's sensor data and diverse datasets, to provide precise carbon metrics for each stage of the recycling and reuse lifecycle.

  • Blockchain-Secured Material Traceability: Implementing a distributed ledger system to create immutable digital passports for materials, ensuring transparent and verifiable tracking from source to end-of-life.

  • Smart City Integration: Seamlessly integrating our platform with existing urban infrastructure and data systems, enabling real-time monitoring and optimization of recycling and reuse processes.

  • Robotics integration: utilize oysterable's robotic technology to improve the efficiency of material sorting and processing.

Partnership Opportunities:

We are actively seeking partnerships with:

  • Startups: Specializing in complementary technologies such as IoT sensors, waste management solutions, and data analytics.

  • Research Institutes: Conducting cutting-edge research in circular economy, carbon footprint assessment, and AI applications.

  • Corporates: Committed to sustainability and seeking to implement innovative solutions for waste management and resource optimization.

  • Smart City Initiatives: To implement and test our solutions in real-world urban environments.

Benefits of Partnership:

  • Access to cutting-edge technologies and expertise.

  • Collaborative development of innovative solutions for a sustainable future.

  • Enhanced brand reputation and market leadership in the circular economy space.

  • Opportunities to contribute to the development of smart and sustainable cities.

  • access to a growing market.

Call to Action:

Join us in revolutionizing the recycling and reuse industry. Together, we can create a future where resources are valued, waste is minimized, and sustainability is a reality. Contact us to explore partnership opportunities and contribute to a circular economy.

Stage

  • Idea
  • Mature Concept

Type

  • Research
  • Technical

Organisation

Oysterable co., ltd.

Start-ups and scale-ups

SEOUL, South Korea

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