Order Intake and Verification
Order intake from referring practices captures clinical indication, which drives both protocol selection and the medical necessity documentation authorization requires.
Outpatient imaging centers spend more operational effort on prior authorization than on any clinical task, and lose more patients to authorization delay than to clinical cancellation. Software for this setting has to solve the administrative bottleneck before it optimizes the reading workflow, because studies that never get authorized never get read.
Imaging economics are volume-driven and the constraint sits upstream of the scanner. Taction Software builds imaging center software covering authorization, scheduling, protocoling, reading workflow, and the results delivery that determines whether referring physicians keep sending patients.

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Imaging center software covers the systems running outpatient radiology: order intake from referring practices, insurance verification and prior authorization, scheduling with protocol assignment, technologist workflow, radiologist worklists and reading, results delivery to referrers, and revenue operations. It sits alongside RIS and PACS rather than replacing them, and our radiology information system development work covers the core RIS layer specifically. Our work sits within our broader healthcare software development practice.
Order intake from referring practices captures clinical indication, which drives both protocol selection and the medical necessity documentation authorization requires.
Prior authorization is the dominant administrative burden, drawing on our prior authorization automation work to reduce manual submission effort.
Protocol assignment matches the study to the clinical question, since incorrect protocols produce repeat scans and unnecessary radiation exposure.
Worklist routing balances subspecialty, urgency, and turnaround commitments across readers, whether onsite or covering remotely.
Results delivery to referring physicians drives referral retention, since turnaround and delivery reliability determine where practices send their next patient.
Incidental findings requiring follow-up are a documented safety gap, since a recommendation in a report does not ensure anyone acts on it.
Our imaging center software services cover authorization workflow, scheduling, reading support, results distribution, and revenue operations. The bottleneck we address first is authorization, because studies delayed there are frequently lost entirely and no reading efficiency gain compensates for volume that never arrives. Engagements typically open with measurement of authorization turnaround and abandonment between order and appointment.
Eligibility verification and authorization submission reduce manual work, drawing on our insurance eligibility verification capabilities.
Scheduling balances modality capacity against demand, since scanner utilization determines economics more directly than any other operational variable.
Integration spans imaging systems, drawing on our PACS architecture and DICOM reference work for imaging data handling.
Remote reading support draws on our teleradiology platform work, since most centers use some remote coverage.
Delivery integration reaches referring practice systems, using our HL7 integration services work for result routing.
Findings follow-up tracks recommendations requiring action, closing a loop that report delivery alone does not close.
The benefits concentrate in authorization throughput, scanner utilization, and referrer retention. Authorization delay causes measurable patient loss between order and appointment, and utilization determines whether fixed equipment cost is covered. We publish no figures on authorization turnaround, utilization, or volume, because those depend entirely on payer mix, modality, and market.
Automated submission and status tracking reduce the delay where patients abandon studies between order and scheduled appointment.
Capacity scheduling reduces gaps and no-show impact, which matters directly given the fixed cost structure imaging equipment imposes.
Reliable delivery and turnaround maintain referral flow, since referring practices redirect volume when results are slow or hard to retrieve.
Protocol accuracy reduces studies repeated because the wrong sequence was performed for the clinical question asked.
Findings tracking addresses recommendations that go unactioned, which is both a patient safety gap and a source of appropriate follow-on volume.
Authorization and documentation alignment reduce denials, drawing on our payment processing work for collection workflow.
We deliver imaging center software projects in gated phases so operations, radiology, and revenue stakeholders approve direction before engineering cost accumulates. Discovery measures authorization turnaround and abandonment first, since that establishes whether the bottleneck is administrative or clinical. Reading workflow changes are made carefully, because radiologist efficiency is a sensitive constraint and disruption there costs more than most administrative gains deliver.
Discovery measures authorization turnaround and abandonment, establishing whether volume loss is administrative rather than clinical or competitive.
Authorization tooling is built against actual payer requirements, which vary by plan and modality more than a generic workflow accommodates.
Capacity design accounts for modality time, prep, and no-show patterns rather than assuming uniform slot durations across study types.
Integration with RIS and PACS is tested against your specific configuration, since standards conformance varies considerably by vendor.
Radiologist workflow changes are minimized and tested, since disruption to reading efficiency costs more than most administrative gains return.
Rollout expands by modality with turnaround monitoring and continuing support as payer requirements and referral patterns change.
Imaging centers operate under accreditation requirements, radiation safety obligations including dose recording where state or accreditation rules require, and standard HIPAA obligations. Imaging data volumes create storage and retention considerations that exceed most clinical settings. Taction holds ISO 27001 certification and follows HIPAA-aligned engineering practice. Patient notification requirements apply in some specialty contexts, including breast density notification in many states.
Builds apply encryption, role-based access, and complete audit logging. Our HIPAA compliance software development practice defines these controls.
Study storage requirements are substantial and long-lived, so retention tiering is designed deliberately rather than defaulting to indefinite full resolution.
Dose tracking requirements vary by state and accreditation program, with recording obligations that reporting-only systems do not satisfy.
Notification obligations including density notification apply in many states, with content and timing specified rather than left to practice preference.
Accreditation requires equipment, personnel, and quality documentation maintained continuously rather than assembled before survey.
Deployments run on-premise, in your cloud tenancy, or hybrid, with network segmentation, signed container images, and documented penetration testing before release.
Taction Software was founded in 2013 and has spent over 12 years building healthcare 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 fixing the authorization bottleneck before optimizing reading. Centers frequently invest in reading efficiency while losing volume upstream to administrative delay, which improves throughput on studies that were never at risk. Our leadership brings more than 20 years of personal experience in the field.
We address authorization delay before reading efficiency, since studies lost upstream never reach the radiologist regardless of reading speed.
We minimize reading disruption, since radiologist efficiency is a sensitive constraint where change costs more than administrative gains return.
Our RIS, PACS, and teleradiology work means imaging integration is handled by engineers with direct experience in those systems.
Founded in 2013, we have concentrated on healthcare rather than treating it as one vertical among several, producing depth in clinical workflow.
Our billing work means denial patterns and authorization alignment are built by engineers who understand where documentation gaps cost money.
ISO 27001 certification means security controls are documented and auditable, supporting your vendor risk assessment efficiently.
Imaging center software pricing depends on site count, modality mix, authorization scope, and integration breadth with existing RIS and PACS. Authorization automation and payer variation are frequently the largest components. Discovery produces an itemized, fixed-scope estimate with phase-level breakdown. Imaging storage, RIS and PACS licensing, and cloud infrastructure are separate from engineering cost and itemized clearly.
An MVP covering authorization workflow typically runs $40,000 to $80,000, addressing the dominant bottleneck before broader scope.
A full platform with scheduling, protocoling, worklist, and results delivery typically falls between $80,000 and $200,000.
Enterprise engagements covering multi-site scheduling, teleradiology distribution, and full revenue integration start at $200,000.
Discovery is a paid, time-boxed phase producing an itemized estimate, architecture plan, and authorization bottleneck measurement.
Payer variation, site count, modality mix, and imaging system integration are the largest variables, identified during discovery.
Post-launch payer requirement changes, modality additions, and support are quoted separately as a retainer sized to study volume.
If you are evaluating imaging center software for prior authorization, scheduling, results delivery, or findings follow-up, the fastest next step is a discovery call with our team. We will measure your authorization bottleneck and assess integration with existing systems, then return an itemized, fixed-scope estimate. Contact us to schedule that conversation.
Imaging center operators evaluating imaging center software usually ask about authorization automation, whether reading workflow changes are risky, and how incidental findings follow-up works. The answers below reflect how we scope these projects.
Partially. Submission, status checking, and documentation assembly automate well. Payer requirements vary by plan and modality, and some still require phone or portal steps that cannot be automated away. We reduce manual effort substantially rather than promising elimination that payer behavior does not permit.
Yes, which is why we minimize it. Reading efficiency is a sensitive constraint and radiologists resist changes that add steps, reasonably so. Most value in imaging center software sits in the administrative layer, and we prefer to leave reading workflow alone unless there is a clear specific gain.
By tracking recommendations requiring action and confirming the referring physician received and acknowledged them. Report delivery alone does not close the loop, and unactioned findings are both a documented safety gap and a source of appropriate follow-on imaging that centers currently lose.
An MVP covering authorization runs $40,000 to $80,000. A full platform typically falls between $80,000 and $200,000. Enterprise multi-site deployments start at $200,000. Payer variation and integration breadth drive cost most.
Usually not. Established RIS and PACS handle imaging management and storage well. Most gaps clients describe sit in authorization, scheduling, referrer communication, and follow-up, which are addressable alongside existing systems rather than by replacing them.
With deliberate retention tiering, since study volumes are large and retention periods long. Keeping everything on primary storage indefinitely is expensive and rarely justified. We scope retention against clinical need and state requirements rather than defaulting to maximum retention everywhere.
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