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Description * <p>Sphere Global proposes the deployment of the PRISM POD — a fully enclosed, AI-powered, fixed-camera inspection solution designed to automate and enhance the damage detection process for vehicles at GM yards.</p><p>The PRISM POD consists of a custom-designed smart structure equipped with high-resolution, high-frame-rate imaging systems and GM provided on-premise hardware for AI-powered detection. It captures detailed images of every vehicle — including optional underbody views — as it passes through the structure, identifying visible damages such as dents, scratches, cracks, and scuffs. Where required, manual review or annotation is available to supplement AI-based detection.</p><p>Each POD installation is customized to the operational requirements and process flow of the specific GM yard, taking into account lane widths, lighting conditions, traffic patterns, and vehicle types. The solution is delivered as a turnkey system — inclusive of physical infrastructure, imaging hardware, AI processing equipment, software access, and integration with GM’s broader logistics or claims systems.</p><p>Optional accessories — such as high-speed roll-up doors, air curtains, and heated flooring — can be included to ensure environmental control and imaging consistency in regions with high wind, dust, or low temperatures. These accessories are offered where applicable and based on site-specific needs.</p>

Deliverables * (HTML allowed) <ul><li>Custom Engineered POD Structure</li><li>High-Definition Imaging System</li><li>Optional Underbody Camera</li><li>AI Processing Server (On-Premise)</li><li>Secure Image Capture and Storage Infrastructure</li><li>Cloud-Hosted Prism Web Portal License</li><li>On-Site Support Services</li><li>Hybrid Maintenance Plan</li><li>Warranty and SLA Coverage</li></ul>

Project Timeline (HTML allowed optional) <figure class="table"><table><thead><tr><th>Phase</th><th>Timeline (Approx.)</th><th>Key Activities</th></tr></thead><tbody><tr><td>Requirements Finalization</td><td>Week 0–2</td><td>Site visit, layout analysis, accessory selection, and final specs approval</td></tr><tr><td>Fabrication &amp; Assembly</td><td>Week 3–8</td><td>POD structure fabrication, camera calibration, hardware integration</td></tr><tr><td>Delivery &amp; Installation</td><td>Week 9–12</td><td>Transport to site, physical install, network and power provisioning</td></tr><tr><td>System Configuration</td><td>Week 13</td><td>Calibration, connectivity, data routing, and software configuration</td></tr><tr><td>Testing &amp; Training</td><td>Week 14</td><td>UAT, performance validation, user training</td></tr><tr><td>Go-Live</td><td>Week 14</td><td>Handover to GM operations, monitoring begins</td></tr></tbody></table></figure>