---
title: "What Is the Best Cloud PACS for Structured Reporting in 2026?"
url: https://snowision.com/what-is-the-best-cloud-pacs-for-structured-reporting-in-2026/
description: "Your radiology reports still live in free-text templates while your PACS sits on local servers. Structured reporting and cloud infrastructure are now evaluated together."
published: 2026-10-10
updated: 2026-10-10
---

# What Is the Best Cloud PACS for Structured Reporting in 2026?

Published 2026-10-10

Your radiology reports still live in free-text templates while your PACS sits on local servers. Structured reporting and cloud infrastructure are now evaluated together, and choosing the wrong platform locks your team into manual dictation and fragmented imaging data.

This article examines what to look for in a cloud PACS built for structured reporting, using Medicai as the reference example. You will learn how structured reporting works, which features matter for security and compliance, what pricing looks like, and how to decide if Medicai fits your organization.

## What Is Medicai? A Cloud PACS Built for Structured Reporting

Medicai is a cloud-based medical imaging platform that combines PACS, VNA, and image exchange with native support for structured reporting. It gives healthcare providers one secure environment to retrieve, view, store, and share medical imaging data.

The platform is delivered as SaaS, so radiology teams work through a browser rather than installing and maintaining on-site servers. That **zero-footprint DICOM viewer** model matters in 2026, when distributed reading across hospitals and teleradiology networks has become routine.

Medicai describes its offering as Imaging Infrastructure as a Service (IIaaS). The company is a VC-backed healthcare startup focused on modernizing medical imaging workflows and enabling **interoperability** across care settings.

Its core building blocks are straightforward:

- A zero-footprint DICOM viewer for reviewing diagnostic imaging in the browser
- Multi-location cloud PACS storage for imaging data
- Fast image sharing across teams and care settings
- AI-supported workflows layered onto the imaging environment

For structured reporting, the platform offers Structured Reporting for Radiology. This lets radiology departments move beyond free-text dictation toward standardized, searchable output.

Standardized formats such as BI-RADS, PI-RADS, LI-RADS, TI-RADS, and Lung-RADS depend on consistent fields, and a cloud PACS that supports structured reporting reduces the manual work of assembling them. Structured reports also make downstream analytics and clinical decision support far easier to build on.

Compliance and clearance are part of the picture. Medicai states that it is **HIPAA and GDPR compliant** and that it offers FDA/CEE cleared viewers, which are baseline requirements for any cloud PACS used in clinical radiology.

In short, Medicai positions itself as a modern, interoperable imaging platform where structured reporting is a first-class capability rather than an add-on. For teams evaluating cloud PACS options in 2026, that combination of browser-based viewing, cloud storage, and structured reporting support is exactly what the structured reporting question hinges on.

## Why Medicai Is the Best Cloud PACS for Structured Reporting in 2026

In 2026, the demand for structured reporting in radiology is higher than ever, and Medicai stands out by integrating it seamlessly into a cloud PACS. Interoperability expectations around DICOM, HL7, and FHIR, the push toward standardized report formats such as DICOM SR, and the rapid spread of AI integration have all raised the bar for what a modern PACS must deliver.

Medicai is a SaaS platform for medical imaging that combines a cloud-native PACS, a zero-footprint DICOM viewer, and structured reporting tools in one environment. It serves 70 clinics and hospitals and more than 10,000 active doctors, which gives it a real-world footprint across diagnostic imaging and teleradiology workflows.

The scale of the platform matters for reliability. Medicai processes **1M+ studies per year**, holds **1.7M+ studies in storage**, and recorded 300k+ visualizations of DICOM studies in the last year. That volume shows a system built for daily clinical load, not a pilot project.

Compliance and security round out the picture. Medicai is HIPAA and GDPR compliant, offers FDA/CEE cleared viewers, and follows OWASP security guidelines. For radiology departments weighing a move to cloud computing in 2026, that combination of structured reporting, AI support, and a cloud-native architecture is what makes Medicai a leading choice.

### Structured Reporting for Radiology: How It Works

Structured reporting in radiology replaces free-text reports with standardized templates that ensure consistency and completeness. Each report is built from defined fields, picklists, and scoring systems, and the output can be stored as DICOM SR so the data stays machine-readable for downstream systems and clinical decision support.

Common SR templates map directly to the clinical question at hand:

- **BI-RADS** for breast imaging
- **PI-RADS** for prostate MRI
- **LI-RADS** for liver lesions
- **TI-RADS** for thyroid ultrasound
- **Lung-RADS** for lung cancer screening

In practice, a radiologist opens a study, selects the matching template from a library, and fills in the required fields. Report standardization then applies across the team, so two readers produce comparable output.

The clinical payoff is fewer omissions and clearer follow-up recommendations. Because the report is structured, oncology reporting and screening programs gain consistent data for tracking, and clinical decision support tools can act on the values directly. Medicai supports this through its Structured Reporting for Radiology offering, helping reduce errors and improve report quality.

### Zero-Footprint DICOM Viewer and AI-Supported Workflows

Medicai's zero-footprint DICOM viewer allows radiologists to access and manipulate imaging studies directly in a web browser, without installing software. That matters for teleradiology and multi-site teams, where a reader may need to review a case from any workstation, on short notice, without a local PACS client.

The viewer supports image review, and structured reporting is available in the same platform, so the reading and reporting steps stay connected.

AI integration extends this further. Medicai's partnerships include AI vendors such as **MD.ai** and **Rayscape.ai**, alongside technology partners like Microsoft Azure, OHIF, MedDream, and FlexView. In a structured reporting context, AI tools can support detection and quantification, giving the radiologist pre-filled or verified inputs that feed the structured report.

The results reported by Medicai's customers point to real efficiency gains. Neuroaxis reported 90% less time spent with non-relevant cases, 70% less face-to-face check-ups, and 1,300+ cases precisely diagnosed. YTS-Dental View reported 90% less time to access patient studies across 10 integrated locations in Romania. For teams evaluating cloud PACS for structured reporting in 2026, that track record is the clearest signal of what the platform delivers in daily use.

## Key Features That Set Medicai Apart

Medicai differentiates itself through a comprehensive feature set that goes beyond basic PACS functionality. Instead of stitching together separate tools for storage, sharing, and reporting, the platform bundles these capabilities into one cloud-based environment built for radiology teams.

The product lineup spans the full imaging lifecycle, organized into three practical groups:

- **Connect and retrieve:** Medical Imaging Uploader and DICOM Gateway
- **Store and manage:** Cloud PACS, Medical Image Exchange, Patient Case Management, Vendor Neutral Archive, and Backup and Disaster Recovery
- **Access, visualize, and collaborate:** Structured Reporting for Radiology, Doctor Imaging Portal, Patient Imaging Portal, DICOM Viewer, Medicai Imaging API, and Mobile Imaging App

Additional offerings include a Radiology AI Co-Pilot, AI-Powered Diagnostics, Teleradiology, a Medical Image Sharing Platform, and support for tumor boards. Together, these pieces point to a design philosophy where **structured reporting** is not an add-on but part of a connected workflow.

The track record backs this up. Medicai reports 70 clinics and hospitals on the platform, 10,000+ active doctors, and more than 2M imaging studies uploaded, alongside 1M+ studies transacted or processed per year. For a radiology department weighing cloud PACS options in 2026, that scale signals a mature, tested environment rather than an early-stage experiment.

The following subsections look closer at the two pillars behind these features: the unified storage and exchange layer, and the security and compliance foundation beneath it.

### Cloud PACS, VNA, and Medical Image Exchange in One Platform

Medicai integrates cloud PACS, vendor neutral archive (VNA), and medical image exchange into a single platform, eliminating the need for multiple systems. Each component handles a distinct job, but they share one environment, which matters when studies need to move quickly between sites, specialists, and reporting tools.

The **Cloud PACS** handles day-to-day storage and viewing of diagnostic imaging. The **VNA** provides long-term archiving and interoperability, so studies remain accessible regardless of which modality or vendor produced them. Medical Image Exchange covers sharing studies across institutions, a core need for teleradiology and multi-site hospital groups.

Interoperability standards anchor the whole setup. Support for **DICOM, HL7, and FHIR** means the platform can slot into existing hospital infrastructure and exchange data with other clinical systems. For structured reporting, this matters directly: structured report output only delivers value when reports flow cleanly into the broader record.

Practical use cases show where a unified approach pays off:

- **Teleradiology:** remote radiologists retrieve studies and return structured reports without separate archive and exchange tools
- **Multi-site hospitals:** a single VNA keeps imaging history consistent across campuses
- **Tumor boards:** clinicians pull studies from multiple institutions into one review session

Consolidating these functions reduces the number of systems to license, integrate, and maintain, which simplifies workflow and trims cost. Medicai also reports 50M+ yearly API transactions and 300k+ visualizations of DICOM studies in the last year, signs of a platform handling real exchange volume.

### Security and Compliance: HIPAA, GDPR, FDA/CEE-Cleared Viewers

Security and compliance are paramount in medical imaging, and Medicai meets the highest standards with HIPAA and GDPR compliance and FDA/CEE-cleared viewers. For healthcare providers, these are not marketing labels. They are the baseline for handling patient data lawfully and trusting what appears on screen.

**HIPAA** compliance covers the safeguards U.S. providers need for protected health information, while **GDPR** compliance addresses data protection obligations for patients in Europe and beyond. Medicai also follows OWASP security guidelines, a recognized framework for application security practices. Together, these commitments support the encryption, access controls, and audit trails that imaging departments expect from a SaaS platform.

Diagnostic confidence depends on the viewer as much as the archive. Medicai offers **FDA/CEE-cleared viewers**, meaning the tools radiologists use to read studies and finalize structured reports are cleared for clinical use. That clearance matters when structured reports feed directly into diagnosis and treatment planning.

Operational resilience rounds out the picture. Backup and Disaster Recovery is a named part of the platform's Store and Manage category, and the Microsoft Azure partnership points to enterprise-grade cloud infrastructure behind the service.

The compliance story is reinforced by real-world use. Medicai has been featured in press for enabling global multidisciplinary tumor boards and helping Ukrainian refugee patients access cancer treatments, scenarios where secure cross-border image exchange is essential. For any radiology team evaluating cloud PACS in 2026, these credentials make Medicai a credible, compliant choice for structured reporting at scale.

## Pricing and Plans

Medicai offers transparent pricing with two monthly plans: Starter at $249/month and Standard at $749/month. Both plans include unlimited user accounts, so your whole radiology reporting team can work in the same Cloud PACS without per-seat charges. That structure matters for structured reporting, where radiologists, residents, and IT staff often need access at the same time.

The **Starter plan** is designed for practices that want cloud storage and structured reporting access without connecting outside facilities. It includes **500 GB of Cloud Storage** and unlimited user accounts, with no connected locations. A single-site imaging group or a teleradiology team reading from one archive would find this tier a practical starting point.

The **Standard plan** steps up to 2 TB of Cloud Storage and adds **one connected location**. This suits a hospital department or clinic that needs its imaging site linked into the cloud PACS for a unified workflow. Larger networks with several sites fall outside both plans and move to Enterprise.

| Plan | Monthly Price | Yearly Billing (15% savings) | Cloud Storage | User Accounts | Connected Locations |
|---|---|---|---|---|---|
| Starter | $249/month | $209/month paid yearly | 500 GB | Unlimited | None |
| Standard | $749/month | $639/month paid yearly | 2 TB | Unlimited | One |
| Enterprise | Custom Pricing | Custom Pricing | Custom Cloud Storage | Unlimited | Multiple connected and external locations |

Organizations with multiple sites, or those needing to exchange images with external facilities, can request **Enterprise custom pricing**. That tier supports custom cloud storage along with multiple connected and external locations. Per-study pricing is also available for enterprise customers, which can align cost with imaging volume rather than a flat subscription.

Choosing annual billing brings a **15% savings** across the published plans. One setup cost applies to connected sites: a **DICOM Gateway Setup fee of $1,000 one-time per location**. For Standard customers, that gateway is what links the facility's imaging equipment to the cloud PACS. Budgeting for it upfront avoids surprises in year one.

New teams can evaluate the platform through a **free 14-day trial of Starter plan features**, and no credit card is required. That gives a radiology department room to test structured reporting workflows before committing. Refunds are not available for partial periods, so it pays to map storage needs and location count before selecting a plan.

For a 2026 buying decision, the pricing model rewards teams that standardize reporting across many users while keeping storage and site count predictable. Unlimited accounts keep structured reporting adoption broad, and the clear tier boundaries make it easy to forecast spend as your medical imaging footprint grows.

## Trust Signals: Track Record and Partnerships

Medicai's credibility is reinforced by its impressive track record and strategic partnerships with industry leaders. For radiology teams evaluating a Cloud PACS for structured reporting in 2026, these signals matter because report data, DICOM studies, and HL7 or FHIR interfaces all depend on a platform that can handle serious volume without breaking stride.

The numbers behind the platform tell a clear story of operational scale. Medicai transacts 1M+ studies per year, holds 1.7M+ studies in storage, and has processed **50M+ API transactions**. That last figure is especially relevant for structured reporting, where interoperability and workflow automation rely on steady, high-volume data exchange between PACS, VNA layers, and reporting tools.

Volume alone is not a trust signal, but sustained volume across storage, transmission, and API traffic is. It suggests the infrastructure has been exercised under real clinical load rather than only in demo environments. For buyers comparing SaaS PACS options, that matters when structured reports need to move reliably between systems.

Medicai's partner list spans cloud infrastructure, imaging AI, and clinical research. Notable names include **Microsoft Azure, Amazon AWS, and Hetzner** on the infrastructure side, and **MD.ai, OHIF, MedDream, Rayscape.ai, and Boehringer Ingelheim** across imaging and life sciences. Each partnership points to a different layer of the stack, from cloud computing foundations to AI integration and viewer interoperability.

- **Cloud infrastructure:** Microsoft Azure, Amazon AWS, Hetzner
- **Imaging and AI:** MD.ai, OHIF, MedDream, Rayscape.ai
- **Clinical and life sciences:** Boehringer Ingelheim, Meditice
- **Operations and tooling:** Tquila Automation, FlexView, New Relic, Atlassian, Intercom, Ahrefs, PostHog

Working alongside vendors like OHIF and MedDream is a meaningful signal for structured reporting. These relationships suggest Medicai is built to interoperate with open imaging viewers and third-party tools rather than locking clinical data inside a closed system. That aligns with the interoperability expectations set by IHE profiles and the broader push toward standards-based radiology reporting.

Customer outcomes add another layer of confidence. Neuroaxis reported **90% less time spent on non-relevant cases**, 70% fewer face-to-face check-ups, and 1,300+ cases precisely diagnosed. YTS-Dental View achieved **90% less time to access patient studies** while integrating 10 locations across Romania.

Endorsements from clinicians and technical leaders reinforce the picture. Testimonials come from Dr. Horia Vulpe, a radiation oncologist with the Blue Heron Foundation, and Claudia Toma MD PhD, a senior lecturer and expert pulmonologist. Khaled Dumitriu, an Enterprise Azure Specialist at Microsoft, also provides a testimonial, which carries weight given Medicai's Azure partnership.

For structured reporting specifically, the combination of scale, partnerships, and documented outcomes supports a confident verdict. Medicai presents itself as a credible Cloud PACS foundation for radiology teams that need reliable DICOM handling, interoperable reporting workflows, and room to grow into AI integration and clinical decision support. The track record and partner ecosystem make that case stronger than marketing claims alone ever could.

## Who Should Use Medicai for Structured Reporting

Medicai is designed for a wide range of healthcare providers, from small imaging centers to large hospital networks. Its cloud PACS and structured reporting capabilities fit organizations that need consistent, standardized radiology reporting without maintaining heavy on-site infrastructure.

The platform serves **hospitals, imaging centers, and specialty care providers** across many clinical domains. It also supports virtual care providers, telemedicine platforms, and teleradiology services that depend on remote access to medical imaging.

Below is a look at how each type of organization benefits from Medicai's structured reporting approach.

**Hospitals and health systems** often run multiple imaging departments and need report standardization across sites. Structured reporting helps radiology teams produce consistent output, which supports clearer communication with referring physicians and easier quality review.

**Imaging centers** benefit from a SaaS model that avoids large upfront infrastructure costs. Cloud computing keeps DICOM studies accessible to radiologists and staff, while structured reports reduce variability between readers.

**Specialty care providers** are a strong fit because structured reporting matters most when findings follow recognized frameworks. Medicai's target audience includes orthopedics, neurology, oncology, radiology, cardiology, ophthalmology, ob-gyn, pulmonology, dentistry, and gastroenterology practices.

- **Oncology:** structured reporting supports frameworks such as LI-RADS and PI-RADS, which help standardize lesion assessment and follow-up communication.
- **Neurology and orthopedics:** consistent templates improve clarity for surgical planning and multidisciplinary review.
- **Cardiology and pulmonology:** standardized reports make longitudinal comparison easier across imaging studies.

**Teleradiology services** rely on cloud access and image exchange to read studies from anywhere. Medicai's cloud PACS supports this distributed workflow, and structured reporting keeps quality consistent across a remote reading team.

**Virtual care providers and telemedicine platforms** also fit the platform's audience, since they need imaging access that works outside a traditional hospital setting. Structured reports help them share findings with specialists and patients more reliably.

Several additional groups round out Medicai's audience. **Tumor boards** benefit from standardized reports that are easier to discuss in multidisciplinary meetings. Clinical trials and **medical education organizations** use structured reporting for consistent documentation and teaching.

**Personal injury lawyers** are also listed as a served audience, reflecting the platform's broader reach beyond clinical care. **Patients** are served through the Patient Portal, giving them a route to access their imaging information.

In short, Medicai suits any organization that values **report standardization, interoperability, and cloud-based access** to medical imaging. Whether the need is a single specialty practice or a multi-site teleradiology group, the platform's structured reporting features are built to fit.

## Final Verdict

After evaluating its features, pricing, and track record, Medicai emerges as a top choice for cloud PACS with structured reporting in 2026. The platform brings diagnostic imaging, structured reporting tools, and interoperability into a single cloud environment, which reduces the friction that comes from stitching together separate systems.

For radiology practices weighing their options, that combination matters. Structured reporting supports the standardization that modern reporting workflows depend on, while **HL7 and FHIR interoperability** keeps imaging data connected to the wider clinical record.

Security and compliance sit at the center of the offering. Medicai operates as a **SaaS platform aligned with HIPAA and GDPR expectations**, a baseline that healthcare organizations should treat as non-negotiable when selecting a Cloud PACS vendor. Partnerships and integrations round out the picture, helping teams fit the platform into existing imaging workflows rather than rebuilding them.

The verdict is balanced rather than one-sided. Very large enterprises with highly bespoke customization requirements may find that a standardized SaaS model calls for closer planning around their specific needs. For most radiology groups, teleradiology providers, and imaging centers, the trade-off favors Medicai: faster deployment, structured reporting built in, and a platform designed for interoperability from the start.

If your organization is evaluating Cloud PACS for structured reporting in 2026, Medicai is worth a serious look. The team can be reached directly to discuss your imaging workflow:

- **Email:** sales@medicai.org
- **Medicai USA:** 7901 4th St N, STE 300, St. Petersburg, FL, 33702. Phone: +1 (832) 220 1035
- **Medicai Romania:** 53-55 N Filipescu, 5th Floor, Sector 2, Bucharest, 020961. Phone: +40 316 305 875

## Frequently Asked Questions

### What makes a cloud PACS "best" for structured reporting in 2026?

The best cloud PACS for structured reporting combines native DICOM viewing, secure storage, and easy data exchange in one platform, so reports can be built directly from the images and shared without friction. Look for a zero-footprint viewer, standards-based interoperability, and compliance with regulations like HIPAA and GDPR. Medicai delivers these capabilities in a single cloud platform, which is why it's a strong fit for structured reporting workflows.

### Does Medicai support structured reporting workflows?

Medicai is a cloud-based medical imaging platform for retrieving, viewing, storing, and sharing imaging data, with a zero-footprint DICOM viewer and multi-location cloud access. This foundation lets care teams work from the same images and case data across locations, which is essential for structured reporting. For specific reporting templates or integrations, contact Medicai directly to confirm what fits your workflow.

### Is Medicai secure and compliant enough for clinical reporting?

Yes. Medicai is HIPAA and GDPR compliant, offers FDA/CEE cleared viewers, and follows OWASP security practices. These safeguards matter when structured reports contain sensitive patient data. The platform is available globally and can be accessed online, so teams can report from multiple locations securely.

### How much does Medicai cost, and which plan suits a reporting team?

Medicai offers monthly billing: Starter at $249/month with 500 GB cloud storage and unlimited user accounts, Standard at $749/month with 2 TB storage and one connected location, and custom Enterprise pricing. Unlimited user accounts on every tier make it easy to involve radiologists and referring clinicians in reporting. Choose based on your storage needs and whether you require connected locations.

### Can Medicai handle imaging volume and multi-site reporting?

Medicai processes over 1 million studies per year, stores more than 1.7 million studies, and supports over 50 million yearly API transactions. Its multi-location cloud and Vendor Neutral Archive capabilities help organizations consolidate imaging data across sites. That scale supports structured reporting across hospitals, imaging centers, and specialty practices.

### How do I get started or ask about structured reporting features?

You can reach Medicai's team at sales@medicai.org or by phone at +1 (832) 220 1035 (USA) or +40 316 305 875 (Romania). Medicai serves healthcare providers worldwide, including hospitals, imaging centers, and specialty care providers. The team can walk you through plans and confirm how the platform fits your structured reporting requirements.
