Accelerate Innovation. Master Complexity. Scale Globally.
In high-tech, product lifecycles compress while complexity explodes — thousands of components, rapid engineering changes, global contract manufacturing, and component obsolescence that never stops. When master data can't keep up, NPI delays, supply disruptions follow, and revenue walks out the door. ZMDM gives your teams control.
Your Master Data Can't Keep Pace with Your Innovation.
High-tech companies face relentless pressure — shrinking product lifecycles, exploding variant counts, global supply chains with single-source dependencies, and the constant threat of component obsolescence. Yet most still manage master data through disconnected systems, manual processes, and heroic individual efforts that don't scale.
NPI Bottlenecks
Engineering releases products faster than supply chain and manufacturing can absorb — incomplete data causes delays at every handoff
Component Crises
Long lead-time components go on allocation — nobody knows which products, customers, or revenue is really at risk
CM Coordination Failures
Contract manufacturers working from different BOM revisions, AVL discrepancies causing quality escapes and line-downs
Obsolescence Scrambles
Last-time-buy notices arrive with weeks to react — impact assessment takes longer than the decision window
Configuration Chaos
Build-to-order configurations don't match what's shippable — orders require manual intervention to fulfill
Service & RMA Pain
Can't identify what revision is installed, which spare parts apply, or whether the unit is still under warranty
Where Your High-Tech Master Data Lives Today
Purpose-Built for High-Tech Equipment Manufacturers
ZMDM addresses the unique master data challenges across high-tech equipment segments.
Semiconductors
Wafer fab equipment, test systems, metrology
Networking & Storage
Switches, routers, storage arrays, appliances
HPC Computing
Servers, clusters, accelerators, workstations
Embedded Systems
Industrial controllers, IoT gateways, edge devices
Data Center
Racks, power, cooling, infrastructure
What Matters to Your Business
Master data isn't a technology problem. It's a speed-to-market and supply chain resilience problem. Here's what getting it right actually means.
Faster Time to Revenue
Compress NPI cycles. Get from engineering release to volume production without the data-driven delays.
Supply Chain Resilience
See component risk before it hits. Respond to allocation and obsolescence in hours, not weeks.
Service Revenue Growth
Turn your installed base into a revenue engine. Accurate configs, right parts, faster repairs.
Master Data Across Your Entire Product Lifecycle
From concept to end-of-life, every stage depends on accurate, complete, connected data.
Master Data for Every High-Tech Business Process
Click on a process to see how better master data drives better outcomes.
New Product Introduction
Why does it take 4 months to launch a product that engineering finished 4 months ago?
Because the handoffs from engineering to supply chain to manufacturing are broken. Engineering releases a BOM with components that have 52-week lead times. Supply chain discovers AML gaps at the last minute. Manufacturing finds out the BOM doesn't match the CM's format. Firmware versions aren't linked to hardware revisions. Every transition is a fire drill.
- Component engineering data — lifecycle status, lead times, compliance — visible during design
- AML/AVL validation automated before engineering release, not after
- BOM structures automatically transformed for ERP, CM systems, and service
- Firmware and software versions linked to hardware configurations
- Stage-gate checklists ensure all functions validate data before phase transitions
- ECO impact analysis spans engineering, supply chain, manufacturing, and service in one view
Key Master Data Objects
Supply Chain
Why does every component shortage become a crisis?
Because you can't see exposure until it's too late. When a component goes on allocation, someone has to manually trace which BOMs use it, which products those BOMs build, which orders are affected, and which customers will be impacted. By the time you know the answer, the allocation window has closed. And obsolescence? That's even worse — you're always reacting.
- Real-time where-used analysis across all BOMs, products, and configurations
- Component lifecycle status — active, NRND, obsolete — tracked with last-time-buy dates
- Multi-source AVL with qualification status, lead times, and MOQs by manufacturer
- Automatic alerts when components approach end-of-life or go on allocation
- Cross-reference database connecting manufacturer part numbers across sources
- Supply risk scoring by component, supplier, and product line
Key Master Data Objects
Manufacturing
Why do our contract manufacturers always have a different version than we do?
Because BOMs flow through email, portals, and spreadsheets — each with its own format, timing, and version control. By the time an ECO reaches the CM, they've already built boards with the old revision. And when you use multiple CMs? Each one has slightly different data. Quality issues trace back to BOM discrepancies more often than anyone admits.
- Single source of truth for manufacturing BOMs syndicated to all CM partners
- BOM transformation rules automatically convert to each CM's format requirements
- ECO release workflows ensure CMs acknowledge and implement changes before effectivity
- Serialization and traceability requirements defined by part and enforced at build
- As-built records captured from CM systems and reconciled against design intent
- Test coverage and process specifications linked to BOM and routing
Key Master Data Objects
Quality
Why can't we trace a field failure back to its root cause?
Because quality data lives in a different universe than product data. When a customer reports a failure, you need to know the serial number, the build configuration, the component lot codes, the firmware version, and the test results — and connect that to the supplier, the CM, and the design revision. The information exists. Finding it is the problem.
- Full traceability from customer serial number through component lot to supplier shipment
- Failure analysis linked to specific configurations, components, and manufacturing sites
- Supplier quality metrics integrated with AVL status and sourcing decisions
- Automatic containment scope identification when quality issues emerge
- CAPA workflows linked to affected parts, BOMs, and installed base
- Reliability data aggregated across field returns, test escapes, and DOA reports
Key Master Data Objects
Service Parts
Why is spare parts management so painful when we designed the product?
Because service BOMs don't exist — or they're unmaintained copies of manufacturing BOMs that don't reflect field-replaceable units. Supersession chains are incomplete. Revision compatibility is tribal knowledge. When a customer needs a part, your team spends more time figuring out what they need than actually fulfilling the order. And half the time, they ship the wrong revision anyway.
- Service BOMs structured around field-replaceable units, not manufacturing assemblies
- Supersession chains with revision compatibility — which parts work with which configurations
- Serial number lookup shows exact configuration including firmware and field modifications
- Repair depot parts requirements linked to failure codes and repair procedures
- Forward/backward compatibility rules prevent wrong parts from shipping
- Last-time-buy and service discontinuation planning based on installed base
Key Master Data Objects
Aftermarket
Why aren't we capturing more revenue from our installed base?
Because you don't really know what's installed. Configurations aren't tracked after shipment. Warranty status is unclear. Upgrade eligibility is a manual research project. Support contracts aren't linked to equipment records. Customers call and you start from zero — no history, no context, no proactive offers. That's not aftermarket; that's reactive firefighting.
- Complete installed base with serial numbers, configurations, and ownership history
- Warranty and support contract status linked to equipment records
- Upgrade and refresh eligibility based on current configuration and product roadmap
- Proactive end-of-support and end-of-life notifications by installed base segment
- RMA processing with automatic entitlement verification and repair routing
- Channel partner access to customer equipment data for authorized service
Key Master Data Objects
The Master Data That Runs Your High-Tech Business
Every process depends on these core data objects. When they're accurate, complete, and connected, you move fast. When they're not, everything slows down.
Part / Item Master
- Part numbers and descriptions
- Part type (component, PCBA, FRU, system)
- Revision level and effectivity
- Lifecycle status (active, NRND, obsolete)
- Compliance flags (RoHS, REACH, conflict minerals)
- Cross-references and supersessions
Bill of Materials
- Multi-level BOM structure
- Engineering / Manufacturing / Service views
- Reference designators and quantities
- Alternates and substitutes
- Firmware/software associations
- Effectivity and revision history
Component Data
- Manufacturer part numbers (MPN)
- Manufacturer and distributor sources
- Parametric specifications
- Lifecycle and obsolescence status
- Lead times and pricing
- Compliance and datasheets
Supplier / CM Master
- Supplier and CM identification
- Site locations and capabilities
- Qualification status by part/process
- Quality certifications
- Lead times and capacities
- Performance scorecards
Serial / Installed Base
- Serial numbers and asset tags
- As-built configuration
- Firmware/software versions
- Current owner and location
- Service and RMA history
- Warranty and contract status
Customer Master
- Customer hierarchy and sites
- Installed equipment by location
- Support contracts and entitlements
- Authorized contacts
- Pricing agreements
- Channel partner assignments
Quality & Compliance
- RoHS / REACH / WEEE status
- Conflict minerals declarations
- Country of origin
- Export classifications (ECCN, HTS)
- Safety certifications (UL, CE, FCC)
- Environmental declarations
Configuration Data
- Product models and SKUs
- Option and feature codes
- Configuration rules and constraints
- Pricing by configuration
- Localization variants
- Bundle and kit definitions
Documentation
- Datasheets and specifications
- User and service manuals
- Release notes and errata
- Compliance certificates
- Training materials
- EOL and migration guides
Built for High-Tech Compliance Requirements
ZMDM is designed to meet the regulatory, environmental, and trade compliance requirements of high-tech manufacturers.
RoHS / REACH
Hazardous substance compliance
Conflict Minerals
Dodd-Frank Section 1502
UL / CE / FCC
Safety and EMC certifications
Export Controls
EAR / ECCN classifications
ISO 9001 / 14001
Quality & environmental mgmt
WEEE
End-of-life electronics disposal
Country of Origin
Trade and tariff compliance
Data Security
Customer and IP protection
Results from High-Tech Industry Leaders
Ready to Put Your Teams in Control?
See how ZMDM helps high-tech companies accelerate innovation, master complexity, and scale globally.