A finished unit is a hundred components away from raw stock.
Electronics and assembly manufacturing lives and dies on component availability: one missing part on a multi-level BOM can stall an entire production run. Yukti tracks the full component tree down to what's actually on the shelf, and follows a unit through repair or warranty after it ships.
The Real Workflows Behind Electronics & Assembly Manufacturing ERP
Multi-level BOM explosion for real sub-assemblies
Multi-level bill of materials handles sub-assemblies within sub-assemblies, the way a finished electronic product is actually built, with component substitutions available when a specific part is short. A change two levels down the tree rolls up through cost and material requirements for every parent assembly that references it.
BOM comparison for engineering change control
BOM comparison tools show exactly what changed between product revisions, which matters for engineering change control on fast-iterating product lines, instead of someone manually re-checking every higher-level BOM by hand.
Component-level inventory, not one blended count
A specific connector, IC, or resistor reel each carries its own stock level and reorder point, which is the level electronics assembly actually runs at: a single missing low-value passive component stalls a production run exactly as hard as a shortage of the most expensive part on the same BOM.
Repair work orders separate from new production
Lot and serial tracking gives traceability down to which batch of a component went into which finished unit, turning one complaint into a proactive check across every unit built from that lot. Repair jobs draw parts from spare-parts inventory but run as their own work order, keeping post-sale cost visible as its own number.
How the Pieces Connect
One ticket answers service, inventory, and warranty at once
A defect report is really three problems at once: a service ticket, an inventory question about which component lot is implicated, and a warranty cost question. Because sales history, inventory lot data, and field service tracking sit on the same platform, one person can answer all three and check whether other shipped units share the lot.
Purchasing sees shortages several BOM levels down
A shortage several levels down a BOM tree is invisible to a purchasing team unless something is doing that explosion for them. A component-level reorder point tied to the full sub-assembly structure triggers a purchase order before it stalls the line for a far more expensive finished unit sitting on top of it.
A bad component lot shows up as margin, not a surprise
Warranty and repair costs post against the specific product and, where a component lot is implicated, against that component too, so a chronic quality issue tracing back to one supplier's lot shows up as a margin problem on a specific product line before finance discovers it at quarter's end.
AI that flags a shortage three BOM levels down before it stalls the line
A single missing sub-component can stall an entire multi-level assembly, but that shortage often shows up several BOM levels below the finished product.
Tracks reorder points at the component level
Coordinates procurement timing with the production schedule
Triggers a purchase order for a shortage several levels down the BOM
Acts before the shortage becomes a stalled production line
See What This Could Save Your Team
Production planning and scheduling
You could save ~6.0 hours/month
Based on documented ERP implementation efficiency benchmarks: planning, forecasting, and reporting activities in manufacturing typically see a 10-20% efficiency gain from AI-assisted scheduling that reduces manual replanning triggered by material shortages, machine downtime, and demand changes; enter your own expected improvement since results vary widely by production environment.
Material picking and production consumption tracking
You could save ~8.0 hours/month
Based on documented ERP implementation efficiency benchmarks: material picking and recording production consumption typically see a 20% efficiency gain when component usage is tracked automatically against the bill of materials instead of logged by hand.
Engineering change orders and BOM revisions
You could save ~0.8 hours/month
Based on documented ERP implementation efficiency benchmarks: propagating an engineering change order or bill-of-materials revision to every affected work order typically sees only a 5% efficiency gain, since this remains a largely manual review process even with automation support.
Preventive maintenance scheduling
You could save ~1.7 hours/month
Automatic preventive maintenance scheduling against equipment usage replaces manually tracking maintenance due dates across a spreadsheet.
Shop floor progress tracking
You could save ~2.1 hours/month
Real-time shop floor status visible from the office replaces walking the floor or calling supervisors to check on work order progress.
Bill of materials creation and maintenance
You could save ~4.5 hours/month
Multi-level BOMs with reusable sub-assemblies reduce the time spent rebuilding similar structures from scratch for each new product.
Production efficiency (OEE) analytics
You could save ~6.0 hours/month
Real-time OEE and cycle-time dashboards replace manually compiling downtime and output data from the shop floor into a report.
Total: ~29.1 hours/month, ~$908/month
Common Questions
Our products have sub-assemblies that are themselves built from smaller sub-assemblies. Can Yukti explode a BOM like that automatically?
Yes. Multi-level bill of materials handles sub-assemblies within sub-assemblies the way electronic products are actually built, and a change to a component at any level rolls up through material requirements and cost for every parent assembly that references it, instead of someone manually recalculating each level by hand.
Do you track inventory down to individual part numbers, or just as one count for the finished assembly?
Component-level inventory tracks stock at the individual part number, a specific connector, IC, or resistor reel, each with its own stock level and reorder point. That's necessary because a shortage of one low-value passive component stalls a production run exactly as hard as a shortage of the most expensive part on the same BOM.
If a customer reports a defect, can we find out which other units might have the same problem?
Yes. Lot and serial tracking follows individual units down to which batch of a specific component went into them, so a defect traced to one component lot can be checked against every other finished unit built from that same lot, turning one complaint into a proactive check instead of a one-off repair.
How is warranty repair work tracked differently from new production?
A repair job runs as its own work order, separate from production work orders, and draws parts from the same inventory but is tracked as a distinct job type. That keeps parts committed to open repairs from silently looking like available stock for a new production run, and keeps the actual cost of post-sale support visible as its own number.
When we revise a board or product design, can we see exactly what changed from the last version?
Yes. BOM comparison tools show the difference between product or board revisions directly, which is what engineering change control on a fast-iterating product line actually needs, not a manual diff between two spreadsheet exports.
Where a Simpler Tool Might Be Right
An assembler putting together one simple product from a handful of components, with no repair or warranty operation to manage, doesn't need multi-level BOM explosion or component-level lot tracking. A lighter inventory and production tool will be quicker to configure. This page is for manufacturers running complex, multi-level assemblies with an ongoing service or warranty tail after the sale.
Go Deeper
See AI-Native ERP in Action
Whether you are outgrowing a billing tool or evaluating a full ERP for the first time, we can show you what Yukti does differently.