Identify and analyze E/E system issues early by linking errors to system dependencies. Ensure full traceability across components, uncover recurring patterns, and accelerate problem resolution to save time and resources.

Determine and optimize assembly steps using algorithm-based priority graphs based on the geometry of 3D CAD models.

Explore complex products with an intuitive interface to navigate architectures, configurations, and dependencies. Empower teams with instant access to product knowledge, identify challenges, streamline development, and enhance collaboration across variants.

Define and refine requirements, specify function realizations, and design and optimize components across variants.

Link errors in production to system dependencies for faster resolution of E/E issues. Enable teams to uncover root causes, reduce downtime and increase first-pass yields.

Trace errors to system dependencies, uncover recurring patterns, and resolve E/E issues faster, reducing downtime and improving service quality.

Monitor product maturity, manage releases, and align changes across system dependencies. Empower teams with a centralized overview to ensure readiness and improve lifecycle performance from design to production.

Integrate production line data with configurations to monitor throughput, optimize quality, and resolve errors faster. Gain control over production insights to influence R&D.

Integrate field and product data to trace root causes, analyze variant-specific issues, and improve diagnostic accuracy for better service outcomes.

Aftersales teams struggle with limited data on vehicles and components, hindering OTA updates, spare part management, and BoM adjustments, leading to reduced customer satisfaction and profits. SPREAD’s Product Explorer for Aftermarket offers a digital twin for full visibility into vehicles, fleets, and components. It tracks OTA needs, spare part versions, and lifecycle updates, optimizing BoMs, streamlining spare part management, and enhancing customer satisfaction and profitability.

In Aftermarket, planning repair sequences is often slow and error-prone. Our algorithm-based tool optimizes task sequences, streamlining workflows and ensuring efficient, accurate service with clear, actionable instructions.

Deliver live access to product knowledge, variant-specific data, and actionable guidelines. Enable teams to adapt quickly to complex and new products, while maintaining performance on the shop floor.