Device Identifier Management
Device identifier assignment and versioning are managed as master data, since identifiers change with device modifications and history must remain reconstructable.
Custom Software
Medical Device UDI System Development
UDI systems manage unique device identifiers across labeling, GUDID submission, and downstream documentation. The device identifier is master data feeding regulatory submission, hospital inventory, and patient records simultaneously, so accuracy at the source determines whether every downstream use is correct or confidently wrong.
UDI implementation is frequently treated as a labeling project when it is actually a master data problem. Taction Software builds medical device UDI system capability where identifier governance comes first, because a device identifier propagates into GUDID, distributor systems, hospital inventory, and eventually patient records, and correcting it later means correcting it everywhere.
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What Is a Medical Device UDI System
A medical device UDI system manages unique device identification across the product lifecycle: assigning device identifiers through an accredited issuing agency, maintaining production identifiers, generating compliant labeling, submitting and updating records in the Global UDI Database, and supporting downstream documentation in hospital and clinical systems. Under FDA rules, identifiers must appear on labels and packages and be submitted to GUDID with defined attributes. Our work sits within our broader medical devices and IoT practice.
GUDID Submission Workflow
GUDID submission handles record creation, updates, and validation against FDA requirements, with submission approved by regulatory rather than automated.
Labeling Compliance
UDI labeling generates compliant carriers in both human-readable and AIDC form, meeting the format requirements applicable to each device class.
Production Identifier Handling
Production identifiers covering lot, serial, expiry, and manufacture date are managed alongside device identifiers where the device requires them.
Data Attribute Governance
Attribute governance maintains the defined data elements GUDID requires, since incomplete or inconsistent attributes cause submission rejection.
Downstream Documentation Support
UDI supports device documentation in clinical systems, integrating through our HL7 integration services work where implantable devices are recorded.
Core UDI System Services
Our medical device UDI system services cover identifier governance, GUDID integration, labeling systems, data management, and downstream integration. The failure mode we design against is fragmentation: UDI data maintained separately in regulatory, labeling, and ERP systems drifts apart, and the resulting inconsistencies surface as submission rejections or field confusion. Engagements typically open with a review of where device data currently lives and how consistently it agrees.
01
UDI Master Data Management
We build master data governance so device attributes are maintained once and propagate, rather than being re-entered across regulatory, labeling, and ERP systems.
02
GUDID Integration
GUDID integration handles submission, update, and validation, with error handling since rejected records must be corrected and resubmitted rather than assumed filed.
03
Labeling System Integration
Integration with labeling systems ensures carrier generation matches submitted data, preventing the mismatch between label and database that inspections find.
04
ERP and Systems Integration
Integration spans enterprise systems, drawing on our enterprise application integration practice for data flow across functions.
05
Regulatory Alignment Support
Where devices include software, our FDA SaMD compliance services practice covers IEC 62304 lifecycle and classification requirements.
06
Supply Chain Data Support
UDI supports distribution traceability, connecting with our supply chain management work for distribution visibility.
Benefits of a Purpose-Built UDI System
The benefits concentrate in submission accuracy, data consistency, and downstream usability. Manufacturers frequently maintain UDI data in spreadsheets feeding manual GUDID entry, which produces both submission errors and inconsistency between the label and the database. We publish no figures on submission acceptance, compliance improvement, or efficiency, because those depend entirely on portfolio size and current data maturity.
Consistent Device Data
Master data governance eliminates the drift between regulatory, labeling, and ERP records that produces submission rejections and field confusion.
Reliable GUDID Submission
Validation before submission and explicit error handling reduce rejected records, which otherwise sit uncorrected because nobody monitored the response.
Label and Database Alignment
Generating carriers from the same source as submitted data prevents mismatches between physical labels and the GUDID record.
Reduced Manual Entry
Automating submission reduces the manual GUDID work that scales poorly across portfolios with many device configurations and versions.
Better Downstream Usability
Accurate UDI improves hospital inventory and clinical documentation, supporting our medical device inventory work on the provider side.
Recall Readiness
Reliable identifier data supports field action execution, since recalls depend on knowing exactly which devices went where.
Our UDI System Process
We deliver medical device UDI system projects in gated phases so regulatory, quality, and IT stakeholders approve direction before engineering cost accumulates. Discovery establishes portfolio scope, current data quality, and where device attributes disagree across systems. Data reconciliation precedes automation, because automating submission from inconsistent source data produces rejected records faster rather than fewer. Where the device includes software, IEC 62304 classification is confirmed early.
Discovery and Data Assessment
Discovery evaluates device data consistency across systems, since automating submission from conflicting sources produces errors at greater speed.
Master Data Design
We design attribute governance defining authoritative source for each data element, since multiple owners of one attribute guarantees divergence.
Submission Workflow Development
Submission workflow includes validation, approval, and response handling, so rejected records are corrected rather than silently unfiled.
Labeling Integration
Label generation is driven from the same master data as submission, eliminating the divergence that separate maintenance inevitably produces.
Regulatory Review
Regulatory affairs reviews submission content before transmission, since GUDID records are regulatory statements rather than operational data entries.
Rollout and Ongoing Support
Rollout expands by product family with data quality monitoring and continuing support as devices change and requirements evolve.
Technology and Compliance
UDI systems operate under FDA unique device identification requirements including GUDID submission and labeling obligations, with parallel requirements in other jurisdictions including EUDAMED in the European Union. Where the device includes software, IEC 62304 governs the software lifecycle and applies to safety classification, and quality system requirements under 21 CFR Part 820 apply to the manufacturer. Taction holds ISO 27001 certification. UDI data is generally product data rather than PHI, though downstream clinical use introduces patient context.
FDA UDI Requirements
UDI rules govern identifier format, labeling, and GUDID submission, with requirements varying by device class and compliance date.
IEC 62304 Software Lifecycle
Where the device contains software, IEC 62304 governs lifecycle processes and safety classification, which we follow for device software components.
Quality System Alignment
Quality system requirements apply to design and change control, so UDI system changes affecting labeling follow controlled processes.
International Requirements
EUDAMED and other jurisdictional systems impose parallel obligations with differing attributes, requiring data models that accommodate both.
Data Rather Than PHI
UDI is product data, not PHI, though downstream clinical documentation introduces patient context. Our HIPAA compliance practice covers that boundary.
Deployment Security
Deployments run in your cloud tenancy or hybrid, with network segmentation, signed container images, and documented penetration testing before release.
Why Choose Taction Software
Taction Software was founded in 2013 and has spent over 12 years building healthcare and life sciences software, delivering more than 200 healthcare projects from four US offices in Chicago, Cheyenne, Austin, and Sacramento, with ISO 27001 certification. Our relevant judgment here is treating UDI as master data rather than a labeling task. Manufacturers who approach it as labeling produce compliant labels and inconsistent databases, which surfaces during inspection or recall. Our leadership brings more than 20 years of personal experience in the field.
01
UDI as Master Data
We govern device attributes as master data with defined ownership, since fragmented maintenance guarantees divergence between label and database.
02
Regulated Product Experience
We delivered the FDA-registered applications Revive Ease and PainKare, so design controls and validation documentation are established practice.
03
Established Healthcare Focus
Founded in 2013, we have concentrated on healthcare and life sciences rather than treating them as one vertical among several.
04
Provider Side Understanding
Our hospital inventory and clinical systems work means we understand how UDI is consumed downstream, not only how it is submitted.
05
Integration Depth
Our work spans regulatory, labeling, and ERP systems, which UDI data must traverse consistently to be useful rather than merely filed.
06
Certified Security Posture
ISO 27001 certification means security controls are documented and auditable, supporting manufacturer vendor assessment efficiently.
Pricing
Medical device UDI system pricing depends on portfolio size, current data quality, integration breadth, and whether international requirements are in scope. Data reconciliation across existing systems is frequently the largest effort, ahead of submission automation itself. Discovery produces an itemized, fixed-scope estimate with phase-level breakdown. Issuing agency fees, labeling software licensing, and cloud infrastructure are separate from engineering cost and itemized clearly.
MVP or Single Module
An MVP covering GUDID submission workflow for one product family typically runs $40,000 to $80,000.
Full Platform Build
A full platform with master data governance, submission, labeling integration, and ERP connectivity typically falls between $80,000 and $200,000.
Enterprise Deployment
Enterprise engagements covering large portfolios, international requirements, and full systems integration start at $200,000.
Discovery Phase Scoping
Discovery is a paid, time-boxed phase producing an itemized estimate, architecture plan, and device data quality assessment.
Cost Drivers to Expect
Data reconciliation, portfolio size, international scope, and integration count are the largest variables, identified during discovery.
Ongoing Support Costs
Post-launch requirement changes, new product onboarding, and support are quoted separately as a retainer sized to portfolio breadth.
Get Started
If you are evaluating a medical device UDI system for GUDID submission, identifier governance, labeling integration, or international compliance, the fastest next step is a discovery call with our team. We will assess device data quality across your systems and return an itemized, fixed-scope estimate. Contact us to schedule that conversation.
FAQs
Frequently Asked Questions
Regulatory and quality leaders evaluating medical device UDI system development usually ask why UDI is harder than it appears, how GUDID rejections are handled, and whether international requirements can share one system. The answers below reflect how we scope these projects.
Because the identifier is master data feeding GUDID, labeling, ERP, distribution, and eventually patient records. Organizations that treat it as a labeling task end up with compliant labels and a database that disagrees with them, which surfaces during inspection or when a recall requires knowing exactly what shipped.
It needs correction and resubmission, which requires someone monitoring responses. Rejected records that nobody noticed are a common finding, since manual submission processes frequently lack response handling. We build explicit error surfacing so rejections become actionable exceptions rather than silent gaps.
With a data model designed for it, largely yes, though attribute requirements differ and cannot simply be mapped one to one. We design for both where international scope exists, rather than building for FDA and retrofitting European requirements later, which is more expensive.
An MVP covering submission for one product family runs $40,000 to $80,000. A full platform typically falls between $80,000 and $200,000. Enterprise deployments with international scope start at $200,000. Data reconciliation drives cost more than portfolio size alone.
Generally not, since a UDI management system is business software rather than device software. IEC 62304 applies to software that is part of the medical device or is itself a device. We assess that boundary explicitly, since it changes development obligations substantially.
Through clinical system documentation, typically at implantation for implantable devices. Hospitals capture the identifier into the record, which depends on the identifier being scannable and the data being accurate. That downstream usability is why source data quality matters beyond the submission itself.