Sorters cap at 40 items/min with zero tracking. Cloud robots work 24/7, analyzing 6MB/sec to boost recovery 10% and automate reporting.
A robotics research company addressing the global waste crisis, where millions of tons of material are processed manually in conditions ranking among the top five most dangerous occupations.
Human sorters can handle only 30 to 40 items per minute before fatigue significantly reduces efficiency and safety. Furthermore, manual processes...
“If you go to a mixed recycling facility, you’ll see long picking lines where people are sorting different waste streams. It’s a very hands-on, dirty, and dangerous job, where injury rates are high. What’s more, next to no data is collected about the waste that comes in and what gets extracted for recycling.”
Robotic systems and AI for automated waste management and recycling.
Cloud computing services, AI infrastructure, and data analytics platforms for enterprises.
Related implementations across industries and use cases
Barcodes capped the app at 5 markets. Visual AI now identifies waste from photos, unlocking expansion to 170+ countries.
Internal hosting delayed deployments at complex industrial sites. Migrating to Azure turned existing security cameras into AI monitors.
Standard cloud setups were too rigid for orbital hardware. Now, custom GPU attachments power autonomous AI in space.
Physical trials risked hardware damage. Simulating years of learning in hours cut dev cycles from weeks to days.
Reprogramming robots required weeks of expert coding. Now, staff retask machines in five minutes using a simple tablet interface.
Fragmented knowledge across 30 jurisdictions slowed work. Lawyers now use AI to draft and research, minimizing external counsel scope.
Data silos left field teams blind during outages. Now, scanning a QR code instantly delivers live diagnostics and AI-guided repair steps.
Analyzing 10TB of weekly telemetry took IT specialists days. Now, engineers ask AI in natural language to instantly retrieve charts.
Custom hardware bottlenecked imaging. A switch to software-defined GPUs now renders photorealistic 3D hearts in real time.