Connect component, wafer, panel, board and serialized-unit genealogy to process, inspection, equipment, supplier and yield evidence.
Electronics defects hide in combinations: one material lot, process drift, software release, tool condition or inspection model may affect only a narrow population. The platform keeps enough identity and evidence to find that population before containment becomes indiscriminate.
The operating model follows Components and wafers, Boards and assemblies, Recipes and routes, Equipment and Inspection and yield evidence through the decisions made by Product engineering, Process engineering, Manufacturing, Quality and Supply chain. Each handoff retains its source, authority, timing and unresolved obligations.
Each stage changes a different record, decision and risk. The stages remain connected without becoming one generic workflow.
Connect approved parts, alternates, suppliers, lifecycle status and change impact.
Retain material, process, equipment, software, operator and environmental context.
Bind defect candidates, measurement evidence, reviewed disposition and affected populations.
Find the exact serialized and downstream units exposed to a component or process issue.
Compare material, equipment, recipe, software and inspection changes against observed yield.
Evaluate supply alternatives without losing engineering approval, quality or cost consequence.
Continue from the industry operating model into the solution that connects the relevant products, modules, evidence and authority boundaries.
Electronics and semiconductor teams release equipment software, test programs, inspection models, firmware, packages and manufacturing applications into long-lived, highly controlled environments. Haephestus connects each deployed artifact to its source, build, SBOM, scans, approvals, target configuration and observed result.
See how Haephestus combines with the products, operational owners and evidence required by this industry.
A subtle process drift appears after a software rollout and only one inspection model detects it. MAXACOR connects the affected units, equipment configuration, model release and validation evidence before the defect escapes downstream.
Keep wafer, panel, board, component and assembly transformations traceable.
Tie every defect candidate to its image, model, calibration, reviewed disposition and physical unit.
Compare equipment, recipe, software and model changes against the observed yield shift.
A yield change can be compared against recipe, equipment, software, calibration and inspection-model changes while the affected population is still bounded.
Electronics manufacturing runs on tight tolerances, short product lifecycles, and complex global supply chains. XRP tracks BOMs with component substitution, lot and date code traceability, RoHS and REACH compliance, and high-mix production on one system.
When a component goes end-of-life, affected BOMs and open work orders are identified immediately. When a field failure traces back to a specific lot, the affected shipments are identified in seconds.
From component sourcing through assembly to field failure analysis — one system.
Component BOMs with approved vendor lists, substitute parts, and end-of-life tracking. When a component is discontinued, affected products and open orders are flagged before they become build-stoppers. Alternate parts are suggested based on your AVL.
Long-lead-time components trigger buffer stock recommendations. When a supplier's lead time extends from 12 to 26 weeks, MRP adjusts safety stock automatically. No last-minute scrambling for hard-to-find parts.
RoHS, REACH, conflict minerals (3TG), and WEEE directives each carry their own declaration and evidence requirements. XRP captures material declarations per component and per product. When a customer requests a full material declaration, it is already assembled. When a component goes end-of-life, affected BOMs, open work orders, and field service commitments are flagged immediately.
Electronics detail lives on dedicated pages: Manufacturing for builds and revisions, Supply Chain for component lots and allocation, Planning for constrained schedules, and Security for test and quality evidence.
A suspect component lot appears after assembly has begun. XRP traces the affected material through production routes, board and unit identities, inspection and rework, helping quality teams contain the actual population instead of treating every finished unit as equivalent.
Serialized traceability stays connected to supplier quality, delivery commitments and manufacturing cost. Operations can compare replacement, rework and rescheduling choices while the quality owner controls release of the affected articles.
Discover our specialized products for Electronics and Semiconductors