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Sub-Post under the Article: DEXIS imaging ecosystem (incl. DTX Studio Clinic)

 Sub-Post under the Article:

DEXIS imaging ecosystem (incl. DTX Studio Clinic)

Parent Article Page: here 

What it is

DEXIS Imaging Ecosystem is a modern, cloud-connected dental imaging platform combining hardware (sensors, CBCT, scanners) with software such as DTX Studio Clinic to manage, visualise and analyse 2D and 3D imaging data. It supports unified diagnostics, AI-assisted workflows and integration with practice management systems and labs.

Treat it as a business-critical imaging, diagnostic and clinical platform, not just an imaging viewer

What the product basically does

DEXIS with DTX Studio Clinic supports end-to-end imaging and diagnostic workflows:

  • acquisition of 2D and 3D images from devices
  • centralised image storage and management
  • advanced viewing and diagnostic tools
  • AI-assisted analysis and visualisation
  • unified patient view across imaging types
  • cloud-enabled collaboration and sharing
  • integration with PMS and lab systems

What a BA should assume from day one

  • It spans clinical + diagnostic + imaging + AI + cloud + integration + compliance
  • Strong dependency on hardware devices and cloud services
  • Unified platform across multiple imaging modalities
  • Integration with PMS and labs is critical
  • Performance, storage and connectivity are key

1) Functional areas you need to understand

A. Image acquisition

  • device integration (intraoral sensors, CBCT, scanners)
  • capture workflows
  • device configuration and calibration
  • retake processes and quality control
  • operator workflows

B. Unified patient imaging record

  • consolidation of all imaging types
  • patient-image linking
  • cross-modality viewing (2D + 3D)
  • timeline and history of images
  • data synchronisation across systems

C. Viewing, diagnostics and AI

  • 2D and 3D visualisation tools
  • CBCT navigation and rendering
  • measurements and annotations
  • AI-assisted detection and insights
  • treatment visualisation tools

D. Cloud platform and data management

  • cloud storage and synchronisation
  • access across locations
  • backup and disaster recovery
  • versioning and updates
  • performance and latency considerations

E. Integration with PMS and external systems

  • launch from PMS
  • patient context synchronisation
  • interoperability with multiple PMS systems
  • lab and specialist integrations
  • API and data exchange

F. Collaboration and case sharing

  • sharing with labs and specialists
  • case presentation tools
  • exporting images and reports
  • cloud-based collaboration

G. Device and hardware ecosystem

  • DEXIS imaging devices
  • third-party device compatibility
  • drivers and firmware
  • workstation and network requirements

2) The BA domains you must cover

Business process

Map full imaging and diagnostic workflows:

  • patient selection
  • image acquisition
  • image consolidation and review
  • diagnostic analysis
  • treatment planning support
  • sharing with labs/specialists
  • exporting and reporting
  • error handling and retakes

Data

Capture a logical data model:

  • patient identifiers
  • imaging metadata (type, modality, device)
  • image datasets (2D, CBCT, scans)
  • annotations and AI outputs
  • user access logs
  • integration identifiers

Configuration

Treat configuration as a core deliverable:

  • device setup and mapping
  • cloud and storage settings
  • AI feature configuration
  • user preferences
  • integration parameters
  • performance settings

Integration

  • practice management systems
  • imaging devices
  • lab systems
  • cloud services
  • APIs and third-party tools

Security, privacy and compliance

  • role-based access
  • cloud security controls
  • patient data protection
  • audit logs
  • regulatory compliance (GDPR/HIPAA context)
  • data retention policies

Environment / technical constraints

  • DTX Studio Clinic version
  • cloud vs hybrid deployment
  • workstation specifications
  • GPU requirements for 3D
  • network bandwidth and latency
  • storage capacity

3) The biggest BA risks

1. Treating it as “just imaging”
It is a unified, cloud-enabled diagnostic platform

2. Underestimating cloud dependency
Connectivity and sync are critical

3. Weak integration analysis
PMS and lab integrations define usability

4. Ignoring performance and data size
3D imaging and cloud sync can be heavy

5. Overlooking AI capabilities and limitations
AI features must be clearly understood and validated

4) Discovery checklist

Business / operating model

  • types of imaging used (2D, CBCT, scans)
  • volume and complexity of imaging
  • multi-site or single-site
  • collaboration with labs and specialists

Imaging workflows

  • capture processes
  • retake rules
  • diagnostic workflows
  • annotation and review processes

Cloud and data

  • cloud usage and policies
  • sync requirements
  • backup strategy
  • data residency requirements

Integration

  • PMS systems in use
  • lab integrations
  • API usage
  • failure handling

Devices and hardware

  • imaging devices
  • workstation specs
  • GPU requirements
  • network setup

Security / compliance

  • access controls
  • audit requirements
  • regulatory obligations
  • data privacy

5) Personas you should analyse

  • clinician (dentist)
  • specialist (implant, ortho)
  • imaging technician
  • lab technician
  • receptionist (limited access)
  • IT/support

Each has different interaction depth with imaging and cloud workflows

6) BA deliverables that work well

  • context diagram (PMS + cloud + imaging + labs)
  • capability map
  • As-Is / To-Be workflows
  • integration and device inventory
  • data model and cloud architecture
  • configuration catalogue
  • requirements with traceability
  • UAT test pack
  • deployment and environment checklist
  • hypercare model

7) Testing: what you must cover

Core functional tests

  • patient context sync
  • image acquisition
  • unified image viewing
  • 2D/3D diagnostics
  • AI-assisted features
  • cloud sync and access
  • sharing and collaboration
  • PMS integration

Negative / edge tests

  • device disconnection
  • sync failures
  • incorrect patient linking
  • performance/latency issues
  • AI misinterpretation scenarios
  • integration failures

UAT

Use real clinicians and multi-role users

8) Migration / upgrade BA concerns

  • current vs target version
  • data migration to/from cloud
  • image dataset migration
  • device compatibility
  • storage and sync validation
  • integration revalidation
  • regression testing

9) A practical BA shorthand

Patient + Imaging + 3D + AI + Cloud + Devices + Diagnostics + Integration + Performance + Compliance

If one is missing, the analysis is incomplete

10) Best-practice BA approach

  1. Confirm product scope, devices, cloud model and version
  2. Run workshops with clinicians and technical users
  3. Build integration-led and cloud-aware requirements
  4. Document environment, storage, performance and connectivity
  5. Trace requirements to testing
  6. Validate real-world performance and sync before go-live

Parent Article Page: here

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