Inclusion Criteria and Case Finding
Cases are identified from diagnosis codes, mechanism documentation, activation records, and transfer data. Case finding produces a candidate list for registrar review rather than a decision that a case qualifies.
Custom Software
Trauma Registry Integration Services
Trauma registry integration identifies qualifying cases, assembles the clinical record for abstraction, supports injury coding and severity calculation, and submits validated records to national and state registries. It finds, assembles, and validates. It does not abstract a case, assign injury codes, or determine severity on its own.
Trauma registries run on certified registrars reading long, messy records across the emergency department, theatre, critical care, and transfer documentation. The software is usually a case list and a validation error report emailed quarterly. Taction builds integration that removes the searching and the rework, and stops short of the coding judgement, which is professional work software should not pretend to do.
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What Is Trauma Registry Integration
Trauma registry work covers case identification against inclusion criteria, abstraction of a large data set from many sources, injury coding and severity calculation, validation against registry rules, and submission to national and state registries on their schedules. It sits inside a wider healthcare integration programme and shares foundations with our clinical registry development practice. What distinguishes it is data breadth: almost every part of the hospital contributes something to one record. Feeds arrive through our HL7 integration work where interfaces are required, and the breadth is why assembly matters more than any other part.
Multi-Source Abstraction
Emergency, operative, critical care, imaging, laboratory, and transfer documentation all feed one record. Source breadth is why assembly matters more here than in almost any other registry. Transfer records are usually thinnest.
Injury Coding Support
Injury descriptions map to coded injuries selected by a trained registrar from candidate lists. Coding support presents options with source text and never assigns a code itself. Source text travels with each candidate.
Severity Calculation
Severity scores are derived arithmetically from coded injuries once coding is complete. Derived scores are only as sound as the coding beneath them, and we present them as such. The basis is always shown.
Validation and Submission
Records are validated against national and state rules before submission, with errors returned as work. Pre-submission validation catches most rejections before a registry returns them. Errors are grouped so upstream causes become obvious quickly.
What Registry Integration Does Not Do
It does not abstract, assign injury codes, determine severity independently, or decide inclusion. Those determinations belong to certified registrars and the clinicians who treated the patient. Suggestions are reviewed, never applied automatically.
Core Trauma Registry Services
The recoverable time in this workflow is searching and rework, not coding. A registrar who opens a case with the operative note, imaging reports, transfer documentation, and vital signs already linked starts abstracting immediately. We build that assembly first, then validation, then submission. Coded clinical data underpins all of it, which is why our clinical data integration practice sits at the centre of the build. Validation comes next, so errors are caught at abstraction rather than returned in a quarterly report by which time the registrar has moved on to other cases entirely.
01
Case Finding Build
Feeds from diagnosis coding, trauma activations, mechanism documentation, and admission and transfer activity with configurable inclusion rules. Rule ownership stays with your registrars. Candidate volume and accuracy are both reported for tuning.
02
Record Assembly
Documents, results, vital signs, and procedure records linked automatically to each candidate case. Automatic assembly removes the chart hunting that dominates abstraction time today. Missing sources are flagged rather than quietly omitted from the case.
03
Coding Workspace
Injury descriptions surfaced with source text and candidate codes drawn from diagnosis coding and injury classifications. Candidate presentation speeds selection without making it. Selection remains a registrar action recorded against their name.
04
Severity Computation
Severity scores computed from registrar-confirmed coding with the contributing injuries shown. Transparent computation lets a registrar see exactly why a score came out as it did. Recomputation happens whenever coding is revised.
05
Validation Engine
Records checked against national and state validation rules with errors grouped by cause. Cause grouping turns a long error list into a small number of upstream fixes. Rule versions track each registry release.
06
Submission and Reconciliation
Submission on each registry’s schedule with acknowledgement processing and resubmission tracking. Submission state is visible per record rather than per quarterly batch. Resubmissions are tracked through to their final acknowledgement each time.
Benefits of Trauma Registry Integration
We publish no figures on abstraction time, case completeness, or validation error rates, because those depend entirely on your volume, your documentation practice, and each registry’s rules. What we deliver is instrumentation so your team measures impact against its own data. The benefit is registrar capacity and defensibility: less searching, less rework, and a clear record of who decided what. Coding quality remains a function of your registrars’ training, which software does not improve. We would rather describe recovered registrar capacity than publish a completeness figure that properly belongs to your programme and its documentation.
Records Already Assembled
Each case arrives with its documents, results, and timings linked. Pre-assembled records are the single largest time recovery available in trauma abstraction. Registrars start abstracting rather than start searching across several systems.
Errors Caught Locally
Validation runs before submission using the registries’ own rules. Local validation shifts effort from quarterly rework to prevention at the point of abstraction. Most rejection categories are detectable before anything is submitted.
Errors Grouped by Cause
Validation failures are analysed together rather than corrected one record at a time. Cause analysis commonly reveals one documentation gap behind dozens of failures. Fixing one documentation gap often removes dozens of downstream failures.
Transparent Severity
Scores show their contributing coded injuries rather than appearing as a number. Score transparency matters when a figure is questioned in a review or a study. Reviewers can trace a figure back to its coding.
Submission Visibility
Every record’s state is tracked through acknowledgement and any resubmission. Tracked submission replaces the assumption that a submitted batch was an accepted batch. Batch-level assumptions are replaced by record-level state you can query.
An Honest Limitation
Injury coding is certified professional work and remains the rate limit. Registrar capacity is the constraint, and software claiming to code for you is misrepresenting itself. We say so plainly in proposals.
Our Trauma Registry Process
We start with your validation error history and current case finding, because those two datasets show exactly where capacity is being lost. Discovery is paid and time-boxed and produces an itemised fixed-scope estimate with an honest build or configure recommendation. If your existing registry software handles submission adequately and the gap is assembly or case finding, we scope only that. Delivery runs in short increments with your registrars using working software from the first one. Your registrars work every increment, because they are the only accurate source on how trauma abstraction is really done here.
Error and Case Finding Audit
We review the last year of validation errors and your current candidate volume and accuracy. Error history usually identifies a small number of recurring documentation causes. That analysis is often the most useful output.
Feed and Source Assessment
Emergency, operative, imaging, laboratory, and transfer sources assessed for availability and structure. Source availability determines how much assembly can be automated honestly. Narrative sources are named as such rather than assumed parseable.
Inclusion Rule Design
Inclusion and exclusion rules designed with your registrars against real candidate lists. Registrar ownership of the rules is a design constraint rather than a preference. Paediatric and transfer criteria are configured separately from adult logic.
Build and Validation
Assembly, coding workspace, severity computation, and validation delivered in increments, with clinical data arriving through our EHR and EMR integration services. Rule versions remain configurable, since the registries revise them on their own schedules.
Registry Test and Submission
We work through each registry’s test, validation, and submission process alongside your team. Their schedules govern submission windows, and we sequence work around them. Their queue length is entirely outside our control.
Rollout and Handover
Live running with error tracking, then handover covering rule editing and validation version maintenance. Version maintenance is documented as recurring operational work with an owner. A named owner tracks dictionary and rule releases afterwards.
Technology and Compliance
We build to the data dictionaries and validation rules each registry publishes for its current version, with reporting built on our healthcare data analytics practice. Compliance covers HIPAA safeguards, state trauma reporting requirements, and clear allocation of every determination to a qualified person. Trauma centre verification requirements are referenced as market context: we build software that supports your programme’s reporting, and we make no claim of verification, accreditation, or endorsement. Where a registry’s validation rules and your clinical documentation disagree, we surface the conflict for a registrar rather than forcing a value through to pass validation.
Data Dictionary Versions
Registry dictionaries and validation rules change between versions, and conformance tracks the release you submit against. Version tracking has a named operational owner. Historical records retain the version that produced them for comparability.
Determinations That Stay With People
Inclusion, injury coding, severity confirmation, and submission approval are registrar and clinician determinations. The software surfaces candidates and computes from confirmed input only. No submitted value originates from software rather than from a person.
No Automated Coding
We do not build systems that assign injury codes. Suggestion is permitted, assignment is not, and every code in a submitted record is selected by a trained registrar. That limit is contractual.
Severity Presented With Basis
Computed scores always display the coded injuries that produced them. Basis display prevents a score being treated as an independent clinical fact. A score without its coding is an invitation to misread it.
Case Finding Completeness by Subgroup
Finding rates are reported by subgroup and referral source so systematic under-capture becomes visible. Completeness gaps are treated as a data quality gate. Findings are reviewed with your programme leadership rather than filed.
Secondary Use Governance
Research use runs under separate approvals, access control, and logging. Purpose separation is enforced architecturally rather than described in a policy document. Research access is granted separately and logged against its own approval.
Why Choose Taction Software
We have been building healthcare software since 2013, which is over 12 years, and we have delivered more than 200 healthcare projects. Registry and interface engineering are established practice here, and we built our own EHR platform, Voyant Health, so multi-source clinical documentation is familiar territory. We are ISO 27001 certified, our leadership brings more than 20 years of personal experience in the field, and we work from four US offices in Chicago, Cheyenne, Austin, and Sacramento. We will also tell you when your existing registry software already covers the submission side.
01
Assembly First
We build record assembly before anything else, because searching is where registrar hours go. Assembly work is unglamorous and recovers more capacity than any other change. It is built before anything else.
02
Registrar-Led Design
Rules and worklists are designed with your registrars using real candidate lists and real errors. Their involvement is a delivery condition rather than a consultation exercise. Their candidate list is the specification.
03
Platform Perspective
Building Voyant Health means we understand how operative notes, flowsheets, and transfer documentation actually arrive rather than how they ought to. Narrative and structured documentation are handled as different problems entirely.
04
Security Posture
Taction is ISO 27001 certified, with documented access control, encryption, and change control that stands up to a customer security review. Access to registry data is role-based, logged, and reviewed on a cadence.
05
Clear About Limits
We refuse to claim automated coding or abstraction. That honesty loses deals to vendors implying it and protects your data quality and programme standing. The limit appears in our proposals in writing.
06
US Presence
Four US offices in Chicago, Cheyenne, Austin, and Sacramento, with delivery overlapping your hours through registry validation and submission cycles. Escalation reaches a named delivery lead rather than a support queue.
Pricing
Trauma registry pricing turns on source count and structure, whether submission is in scope alongside assembly, and how many centres report. The tiers below cover engineering. Third-party licensing, cloud infrastructure, data subscriptions, and hardware are separate from engineering cost and itemised clearly. Where you license commercial registry software, coding reference products, or submission tooling, those subscriptions are vendor costs quoted as their own line items rather than absorbed into a build figure. Where a registry mandates particular submission software or file transfer arrangements, that requirement is theirs and we flag it during discovery rather than later.
MVP or Single Module
$40,000 to $80,000 for case finding with record assembly and a registrar worklist at one centre, without submission or severity computation. One centre, using clinical sources that already exist in structured form.
Full Platform Build
$80,000 to $200,000 for case finding, assembly, coding workspace, severity computation, validation, submission, and reconciliation for one centre. This tier covers most single-centre trauma programmes that we are asked to scope.
Enterprise Deployment
Starting at $200,000 for multi-centre programmes with consolidated worklists, several registry submissions, paediatric configuration, and research access controls. Centre count and research governance requirements drive the figure more than case volume.
Discovery Phase Scoping
A paid, time-boxed discovery phase produces a validation error analysis, case finding audit, source assessment, build or configure recommendation, and an itemised estimate. The error analysis is yours whether or not we build.
Cost Drivers to Expect
Source count and structure, centre count, registry versions, and transfer documentation quality. Narrative operative reporting raises assembly cost more than case volume. Incomplete transfer documentation shifts effort back onto registrar chasing time.
Ongoing Support Costs
Budget annually for data dictionary version updates, validation rule changes, feed maintenance, and EHR upgrade regression testing. Version changes arrive on the registries’ schedules. We treat version maintenance as scheduled work rather than incidents.
Get Started
If you cannot say how many of last year’s validation errors shared a cause, start with an audit. A paid discovery phase gives you an analysis of a year of validation errors grouped by cause, a review of case finding volume and accuracy, a source assessment covering emergency, operative, imaging, and transfer documentation, a build or configure recommendation, and an itemised fixed-scope estimate. If your existing registry software covers submission and only assembly needs work, we scope that alone.
FAQs
Frequently Asked Questions
These are the questions trauma programme managers, registrars, and informatics leads raise before scoping this work. Several concern a boundary we hold firmly: the software supports coding and never performs it. Others concern where the time actually goes, which the error and case finding audit answers directly. Where a question depends on your registry versions or your documentation structure, discovery resolves it quickly and cheaply. We would rather lose a deal to a vendor promising automated coding than put your programme’s data quality and standing at risk with numbers no registrar will defend.
No, and we will not build it to. Injury coding is certified professional work requiring judgement across narrative documentation, and severity calculation is meaningless if the coding beneath it was machine-assigned. We surface injury descriptions with source text and candidate codes, and a trained registrar selects every code that reaches a submitted record.
Our clinical registry development work covers building registries: data models, capture, governance, and analysis for a condition or device. This page covers integration with trauma registries that already exist, with published data dictionaries, validation rules, and submission schedules that we conform to rather than design.
Searching for documentation and reworking validation errors, in most programmes. That is why we audit a year of errors and your current candidate volume before proposing anything, and why record assembly usually recovers more capacity than any other single change we could make. The audit quantifies both before anyone commits budget.
It computes them arithmetically from coding a registrar has confirmed, and always displays the contributing coded injuries alongside the result. It does not derive severity independently from narrative documentation, because a score presented without its basis invites treatment as a clinical fact rather than a derived figure.
We build software that supports your programme’s reporting and documentation needs, working to the requirements your programme staff give us. We are not a verifying body, we hold no endorsement, and we make no claim that using our software confers, maintains, or contributes to any verification status.
It becomes scheduled maintenance rather than an incident. Dictionaries and validation rules are versioned configuration with a named owner tracking releases, and historical records retain the version that produced them, which is what keeps year-on-year comparisons explicable to anyone reviewing them. We budget that maintenance annually rather than treating it as unplanned.