S2S Dynamics is developing an AI-powered smart waste management platform to optimize electronic-waste recycling operations. The platform identifies components within e-waste, promoting a circular economy model for electronics.
Funding
Funding not disclosed
Founders
Product
Problem
The complexities of electronic waste (e-waste) management, including missing end-of-life product data, fragmented supply chains, and increasingly stringent regulations, hinder efficient recycling and material recovery. Disconnected systems and manual workflows lead to inefficiencies, loss of material value, and error-prone compliance efforts. The lack of product-level data at end-of-life prevents recyclers from properly identifying materials, estimating value, and meeting safety or reporting requirements.
Solution
S2S Dynamics offers an AI-powered smart waste management platform, SWaMP, designed to optimize e-waste recycling operations and promote circularity in the electronics industry. The platform digitizes end-of-life data, providing recyclers with structured product and material data, such as Bill of Materials and Product Passports, for safer and more valuable recovery. SWaMP uses AI-powered matchmaking to connect producers with suitable recyclers, optimizing recovery routes and minimizing risk. The platform automates compliance and reporting tasks with built-in workflows and instant, audit-ready documentation, while seamlessly integrating with existing systems through API-based connections.
Target Audience
The primary customers are electronics producers and e-waste recyclers seeking to maximize material recovery, ensure regulatory compliance, and improve supply chain transparency.
Features
- AI-powered component identification within e-waste streams
- Digital twins with selective data sharing
- End-of-life (EoL) product data digitization, including BoM and Product Passports
- AI-powered matchmaking to connect producers with recyclers
- Automated compliance and reporting tools
- API-based integration with ERP, PLM, and waste management systems
- Real-time supply chain visibility
- Circularity performance tracking