Somewhere in West Africa or Southeast Asia, people — often children — burn circuit boards and dip motherboards in acid to extract tiny amounts of gold and copper. The fumes are toxic. The water is contaminated. The land is poisoned for generations.
This is where most of the world’s electronic waste ends up. Not in the certified recycling facilities of the countries that generated it. In the informal sector, in the world’s most vulnerable communities, handled by people with no protective equipment and no choice.
The problem is not a lack of recycling technology. It is a lack of systems: to track where devices go, to ensure they reach formal recovery, and to make the data visible enough that manufacturers, regulators, and consumers can be held accountable.
50 million tonnes of e-waste are generated globally every year. Only 20% is formally documented as recycled. The rest — containing toxic heavy metals, persistent organic pollutants, and valuable recoverable materials — enters informal channels, is landfilled, or is exported. Without tracking and management systems, the gap between what manufacturers claim and what actually happens to their products is unbridgeable.
The system combines IoT-enabled tracking, digital chain-of-custody records, and management protocols to follow electronic devices from consumer disposal through collection, sorting, and materials recovery — creating a verified, auditable record of what happened to each device, and flagging leakage out of the formal system in real time.
When a consumer disposes of an electronic device through an official channel, it is registered in the system — logged with its type, origin, and condition — and assigned a tracking identifier that follows it through the entire recovery chain.
Like a passport for your old phone — it has an identity, and its movements are recorded from the moment it leaves your hands.
As the device moves through collection, aggregation, sorting, and materials recovery, each stage is logged. IoT sensors at processing facilities capture what enters, what is recovered, and what is discarded — creating a continuous chain of custody.
Like a parcel tracking system, but for hazardous materials — with every handoff recorded and visible.
When a device disappears from the formal chain — diverted to informal channels, exported illegally, or simply unaccounted for — the system detects the gap and alerts the relevant authority or manufacturer with the specific point and volume of leakage.
Like a bank reconciliation that flags every unmatched transaction in real time — except the transactions are toxic devices.
IoT
Circular Economy
Environmental Management
E-Waste
Most e-waste solutions focus on recycling technology — better ways to extract materials. This system focuses on the management layer that determines whether devices reach the recycling facility in the first place. The innovation patent covers the specific combination of IoT tracking, digital chain-of-custody, and real-time leakage detection applied to the e-waste stream — creating accountability infrastructure that the industry currently lacks.
