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Wrek’d Tech
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The Challenge
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Contact
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Wrek’d Tech
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Advancing E-Waste and Rare-Earth Recovery Through Academic–Industry Research Collaboration

Wrek'd Tech is a concept-stage environmental technology company developing comprehensive system specifications for a next-generation e-waste and rare-earth recovery platform. We are seeking academic partners to validate critical technical questions before prototyping and commercialization.


Development Stage: Concept — Architecture and system specifications complete; research validation required.

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Founder-Led, Systems-Driven, Long-Horizon

Wrek'd Tech was founded by Army veteran, Shamoka Aiken, a systems architect with over two decades of experience in IT, cybersecurity, and large-scale system design.


After witnessing the scale and consequences of electronic waste firsthand during military service, he has spent more than 11 years developing a comprehensive technical framework for addressing the structural limitations of existing e-waste recycling systems.


This work now requires academic research collaboration to validate core physics, chemistry, and systems-integration challenges.

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A Structural Problem, Not an Incremental One

Global electronic waste exceeds 57 million metric tons annually, yet most recycling systems recover only a fraction of available materials and are unable to extract rare-earth elements at scale.


The limitation is not awareness or intent—it is technical. Existing processes are not designed to handle heterogeneous, contaminated, and rapidly evolving electronic assemblies.

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Why This Matters Now

The convergence of several factors makes this work urgent and newly viable for rigorous academic investigation:


  • Geopolitical supply chain vulnerability: Rare-earth element concentration in a limited number of countries creates strategic dependency that affects national infrastructure, renewable energy deployment, and defense systems.
  • Regulatory tailwinds: Extended Producer Responsibility (EPR) policies and circular economy mandates are creating structural incentives for advanced recovery technologies.
  • Sensor and AI capability maturation: Technologies that were speculative a decade ago—multi-modal sensing, adaptive robotics, real-time classification—are now validated in adjacent domains and ready for integration.
  • Climate technology investment focus: Capital is increasingly directed toward solutions that address both resource scarcity and environmental impact, creating a more receptive funding environment for validation-stage work.
  • Academic research infrastructure: University labs now possess the specialized equipment and cross-disciplinary expertise required to validate complex materials recovery hypotheses.

Research Before Scale

Academic Validation

Component Prototyping

Academic Validation

Core physics and chemisty verification

Digital Modeling

Component Prototyping

Academic Validation

Simulation and systems anays

Component Prototyping

Component Prototyping

Component Prototyping

Module-level validation

System Demonstration

Component Prototyping

Component Prototyping

Integrated platform testing

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