Article summaries and takeaways for readers of The Dental IT Brief. Dates are source-article publication dates, rather than evidence of email delivery. Available Spanish summaries link to complete English articles.
A dental practice acquisition can look operationally healthy while hiding technology risks that do not appear on a balance sheet. The practice-management system may depend on an aging server, imaging may live in a separate repository, administrator accounts may belong to a former employee or outside vendor, software licenses may require a transfer or new agreement, and backups may never have been restored. At the same time, the buyer is inheriting workflows that create, receive, maintain, or transmit electronic protected health information. Dental practice acquisition IT due diligence should therefore happen before closing, not during the first Monday under new ownership. This checklist focuses on the technical evidence a buyer should collect, the questions that should be escalated to vendors or transaction counsel, and the cutover work that should be rehearsed before ownership changes. It is operational IT and HIPAA-readiness guidance, not legal, tax, accounting, or transaction advice.
By Dental IT Team
Key takeaways
Inventory the complete operating environment before closing: practice-management and imaging systems, servers, workstations, cloud services, network equipment, domains, email, phones, integrations, administrator accounts, vendors, contracts, backups, and where ePHI is stored or transmitted.
HHS risk-analysis guidance specifically identifies a change in ownership as an example of a changing business environment in which potential risk should be analyzed. A buyer should not assume the seller's old risk analysis still describes the post-close environment.
Treat day one as a controlled technology cutover. Confirm who owns every administrative account, what licenses or contracts require vendor action, how backups will be restored, which credentials change at close, and how the practice will operate if a critical dependency does not transfer as expected.
Resumen en español
Adquisición de práctica dental: diligencia de TI
Comprar una práctica dental también significa heredar sistemas, datos, cuentas administrativas, licencias, proveedores, redes, respaldos y riesgos de seguridad. La diligencia de TI debe verificar qué controla realmente la práctica, dónde existe ePHI, qué contratos requieren acción del proveedor y cómo se realizará la transición del último día del vendedor al primer día del comprador.
Inventaría el entorno completo antes del cierre: PMS, imágenes, servidores, nube, red, dominios, correo, teléfonos, integraciones, administradores, proveedores, contratos, respaldos y ubicaciones donde se almacena o transmite ePHI.
La guía de análisis de riesgo de HHS identifica un cambio de propiedad como un ejemplo de cambio en el entorno empresarial que debe llevar a analizar el riesgo potencial para la ePHI; no asumas que el análisis anterior describe el entorno después del cierre.
Trata el día uno como una transición tecnológica controlada: confirma cuentas administrativas, licencias y contratos, acceso a restauraciones, rotación de credenciales, contactos de soporte y planes alternativos si una dependencia crítica no se transfiere a tiempo.
A dental practice should not wait for an Office for Civil Rights notice to discover that its HIPAA evidence is scattered across an old policy folder, an MSP ticketing system, a cloud backup console, employee records, vendor contracts, and several administrator accounts. OCR's current audit program is focused on selected Security Rule provisions relevant to hacking and ransomware, while the public HIPAA audit protocol shows how OCR has historically examined documentation across privacy, security, and breach notification requirements. The practical lesson is simple: policies matter, but an audit also asks whether the practice can demonstrate that safeguards, reviews, training, access controls, recovery procedures, and incident processes are actually in use. This 30-day plan is an internal readiness sprint, not an OCR response deadline, and it is designed to help a dental office assemble defensible evidence before a request arrives.
By Dental IT Team
Key takeaways
OCR's public audit page says its 2024-2025 HIPAA audits are reviewing 50 covered entities and business associates for selected Security Rule provisions most relevant to hacking and ransomware; that is not a statement that every dental practice is being audited.
The public HIPAA Audit Protocol is useful as a readiness map, but OCR states that audited requirements can vary by entity and selected provisions. A practice should respond to the exact notice it receives rather than sending an undirected document dump.
Strong audit readiness connects policies to implementation evidence: current risk analysis and risk management, access and audit records, workforce training, incident handling, contingency testing, business associate governance, and breach documentation when applicable.
Resumen en español
Auditoría OCR para prácticas dentales: plan de 30 días
Prepararse para una auditoría de OCR no significa reunir un archivador de políticas el día que llega una carta. La práctica debe poder conectar sus procedimientos escritos con evidencia actual de que el análisis de riesgos, los controles de acceso, la capacitación, los registros, los respaldos, los proveedores y la respuesta a incidentes realmente funcionan. Este plan de 30 días es una preparación interna, no un plazo oficial de OCR.
La página pública de OCR indica que las auditorías HIPAA 2024-2025 revisan 50 entidades cubiertas y socios comerciales sobre disposiciones seleccionadas de la Regla de Seguridad relacionadas con hacking y ransomware; no significa que todas las prácticas dentales formen parte de esa muestra.
El protocolo público de auditoría sirve como mapa de preparación, pero OCR explica que los requisitos evaluados pueden variar según la entidad y el alcance. La respuesta debe seguir exactamente la solicitud recibida.
La mejor preparación conecta políticas con evidencia de implementación: análisis y gestión de riesgos, accesos, registros, capacitación, incidentes, continuidad, pruebas de restauración, socios comerciales y documentación de brechas cuando corresponda.
An iTero scanner can be clinically ready and still be operationally unready. The scan workflow may depend on the correct patient and prescription, a registered scanner, MyiTero access, a supported practice-management or treatment-planning connection, reliable internet, laboratory routing, user permissions, and a clear support path when something breaks. That is why an iTero Element integration should be planned as a complete dental IT workflow rather than as a device installation. This guide explains what practices should verify before go-live, which current Align resources should be treated as the source of truth for integrations and lifecycle status, and how to test the path from patient selection through scan delivery without inventing compatibility that the vendor has not confirmed.
By Dental IT Team
Key takeaways
Verify the exact iTero scanner model before planning changes. Align ended support for the original iTero Element scanner on January 1, 2026, while explicitly stating that other scanner models were unaffected by that specific notice.
Do not assume an integration exists because two products are common in dentistry. Align maintains a current supported-workflow directory covering practice-management, treatment-planning, imaging, lab, chairside, and other connections; verify the exact workflow there before implementation.
Go-live testing should follow a complete case: patient identity and prescription, scanner registration and login, scan capture, MyiTero visibility, intended destination or laboratory, files or design handoffs, and a documented escalation path if the workflow fails.
Resumen en español
Integración iTero Element: guía de configuración de TI
Una implementación de iTero no termina cuando el escáner captura una imagen. El flujo depende del modelo exacto, el registro del equipo, MyiTero, las cuentas del personal, las integraciones compatibles, la red, el destino del caso y la coordinación con el laboratorio. La práctica debe verificar cada dependencia con documentación vigente de Align y probar el recorrido completo antes de depender de él con pacientes.
Identifica el modelo exacto antes de planificar cambios. Align finalizó el soporte del iTero Element original el 1 de enero de 2026 y aclaró que los demás modelos no están afectados por ese aviso específico.
No asumas compatibilidad por marca. Verifica el PMS, software de tratamiento, imágenes, laboratorio u otro destino en el directorio vigente de flujos compatibles de iTero y confirma la función exacta que debe integrarse.
La prueba de salida en vivo debe seguir un caso completo: paciente y prescripción, registro y acceso, captura, visibilidad en MyiTero, destino o laboratorio, devolución o aprobación y proceso de escalamiento si algo falla.
Dental IT support in Palm Beach County should be built around the way a dental practice actually works, not around a generic small-business help desk. Boca Raton and Delray Beach offices depend on tightly connected practice-management, imaging, network, voice, cloud, backup, and security systems, and a failure in one layer can interrupt several patient-care workflows at once. Local context matters too: offices may operate in downtown commercial buildings, medical suites, multi-location groups, or sites that need a practical plan for hurricane-related service interruptions and access constraints. This guide explains how Boca Raton and Delray Beach practices can organize technology support around reliability, security, recovery, vendor coordination, and growth without turning local IT into a collection of one-off fixes.
By Dental IT Team
Key takeaways
Boca Raton and Delray Beach dental offices should document the entire technology chain behind patient care, including PMS, imaging, identity, workstations, network, internet, phones, backups, and vendor dependencies.
Palm Beach County emergency-management guidance emphasizes business planning, service interruptions, communication, office preparation, shutdown procedures, and protection of vital records and data; dental continuity planning should connect those concerns to clinical technology recovery.
Local support works best as a hybrid model: remote support for issues that can be resolved securely without a site visit, plus planned onsite work for physical infrastructure, carrier handoffs, equipment moves, cabling, and failures that prevent remote access.
Resumen en español
TI dental en Palm Beach County: guía para Boca y Delray
Las prácticas dentales de Boca Raton y Delray Beach dependen de una cadena tecnológica que incluye el PMS, imágenes, estaciones de trabajo, red, internet, teléfonos, nube, seguridad y respaldos. Una estrategia local de TI debe coordinar esas dependencias, los proveedores y la continuidad ante interrupciones sin convertir cada oficina en una configuración diferente.
Documenta el flujo completo detrás de la atención al paciente: PMS, imágenes, identidad, estaciones de trabajo, red, internet, teléfonos, respaldos y proveedores.
La planificación de continuidad debe conectar la preparación del negocio con acciones concretas de TI, incluyendo comunicaciones, respaldo y restauración, apagado, acceso y prioridades después de una interrupción.
Un modelo híbrido combina soporte remoto para problemas que pueden resolverse de forma segura con trabajo presencial planificado para infraestructura física, cableado, equipos y fallas que impiden el acceso remoto.
Dental cyber insurance should be reviewed as part of the practice's broader risk-management program, not as a substitute for cybersecurity or HIPAA compliance. The Federal Trade Commission advises businesses to discuss first-party and third-party coverage with an insurance professional and specifically consider events such as data breaches, network attacks, and attacks involving data held by vendors. For dental practices, the renewal conversation should connect policy language with the systems that store or transmit patient information, the vendors that support those systems, the controls the practice actually operates, and the incident-response steps staff would follow on a bad day. The six questions below are designed to make that conversation concrete without assuming that every insurer, policy, sublimit, exclusion, or underwriting questionnaire works the same way.
By Dental IT Team
Key takeaways
Ask what the policy covers before comparing limits. First-party and third-party coverage address different categories of loss and responsibility, and vendor-related incidents should be discussed explicitly.
Do not treat an insurance application as a security checklist to answer optimistically. Document the controls the practice actually has, who operates them, and where exceptions or vendor dependencies exist.
Know the incident-response rules before an event. The practice should understand who to contact, whether the insurer has preferred providers or consent requirements, and how insurance fits with legal, forensic, notification, recovery, and patient-care decisions.
Resumen en español
Seguro cibernético dental: 6 preguntas antes de renovar
El seguro cibernético puede transferir parte del riesgo financiero de una práctica, pero no sustituye la ciberseguridad ni el cumplimiento HIPAA. La renovación debe conectar el lenguaje de la póliza con los sistemas, proveedores, controles y procedimientos de respuesta que la práctica realmente utiliza.
Pregunta qué cubre la póliza antes de comparar límites; la cobertura de primera y tercera parte responde a categorías distintas de pérdidas y responsabilidades.
Responde la solicitud de seguro con evidencia de los controles reales de la práctica, incluyendo el alcance de MFA, endpoints, respaldos, correo electrónico, acceso privilegiado y respuesta a incidentes.
Conoce las reglas de respuesta antes de un incidente: contactos, proveedores preferidos, requisitos de consentimiento y cómo se coordina el seguro con aspectos legales, forenses, recuperación y atención al paciente.
3Shape TRIOS integration is not simply a scanner installation. A dependable digital-impression workflow connects the scanner and scanning computer with 3Shape Unite, the practice-management system where supported, laboratories or other partners, user identities, the local network, security controls, and a support process that staff can follow when something fails. As of August 2026, 3Shape identifies Unite 25.2 as the current release on its public Unite pages and says its platform integrates with more than 60 practice-management systems, with availability and functionality varying by system, country, and configuration. That makes pre-installation discovery important: the correct design starts with the exact TRIOS model, PMS, imaging environment, partner workflow, and vendor-supported integration path in the practice rather than a generic checklist copied from another office.
By Dental IT Team
Key takeaways
Verify the exact TRIOS, Unite, PMS, and partner workflow before deployment. 3Shape publishes integration availability by region and functionality, so support should be confirmed rather than assumed.
Network design matters for shared and wireless workflows. 3Shape publishes specific TRIOS Share requirements, including 5 GHz 802.11ac guidance and supported Wi-Fi security modes for applicable scanner generations.
A go-live test should follow a real patient case from identification through scanning, review, partner or lab handoff, and retrieval so the practice validates the workflow rather than only confirming that the scanner powers on.
Resumen en español
Integración 3Shape TRIOS: guía de configuración de TI
Una implementación de TRIOS no termina cuando el escáner enciende. El flujo depende de 3Shape Unite, la integración compatible con el PMS, la red, las estaciones de trabajo, las cuentas de usuario y la conexión con laboratorios u otros socios. La planificación debe partir del modelo exacto, el PMS y las funciones compatibles en la región de la práctica.
Verifica el modelo TRIOS, la versión de Unite, el PMS y el flujo con laboratorios antes de implementar; 3Shape publica compatibilidad por región y funcionalidad.
La red importa especialmente en flujos compartidos e inalámbricos; 3Shape publica requisitos específicos para TRIOS Share que deben validarse para la configuración exacta.
La prueba final debe seguir un caso completo desde la identificación del paciente hasta el escaneo, revisión, envío al socio o laboratorio y recuperación del caso.
HIPAA training is often reduced to a once-a-year slide deck and a signature sheet. That is too narrow for a dental practice whose workforce handles patient information across phones, email, scheduling, imaging, charting, billing, insurance, cloud systems, workstations, printers, and mobile devices. The current HIPAA rules require workforce training, but they do not prescribe one universal annual course or a single script for every employee. A useful program should connect the practice's actual privacy and security policies to the jobs people perform, teach staff how to recognize and report problems, and leave documentation showing that training occurred. This guide explains what dental teams should know in 2026 without turning proposed regulatory changes into current requirements.
By Dental IT Team
Key takeaways
The HIPAA Privacy Rule requires covered entities to train workforce members on privacy policies and procedures as necessary and appropriate for their job functions, including new workforce members and staff affected by material policy changes.
The current HIPAA Security Rule requires a security awareness and training program for the workforce, including management, with attention to security reminders, malicious software, login activity, and password management.
HIPAA does not create one universal annual-training schedule for every dental practice. A defensible program combines required onboarding and change-triggered training with recurring security awareness based on the practice's risks and systems.
Resumen en español
Capacitación HIPAA dental: guía para el personal en 2026
La capacitación HIPAA útil no es solo una presentación anual. Debe conectar las políticas reales de privacidad y seguridad de la práctica con las funciones que cada miembro del equipo realiza, enseñar cómo reconocer y reportar problemas, y dejar evidencia de que la capacitación ocurrió. La regla vigente exige capacitación de la fuerza laboral, pero no impone un único curso anual idéntico para todas las prácticas dentales.
La Regla de Privacidad exige capacitar a los miembros de la fuerza laboral sobre las políticas y procedimientos de PHI que sean necesarios y apropiados para sus funciones, incluyendo nuevas incorporaciones y cambios materiales que afecten su trabajo.
La Regla de Seguridad vigente exige un programa de concientización y capacitación de seguridad para la fuerza laboral, incluyendo la gerencia, con recordatorios de seguridad y procedimientos relacionados con malware, actividad de inicio de sesión y contraseñas.
HIPAA no establece un único calendario anual de capacitación para todas las prácticas dentales. Un programa sólido combina incorporación, capacitación por cambios y concientización recurrente según los riesgos y sistemas de la práctica.
A backup dashboard that says green does not tell a dental practice how much recent data could be lost or how long the office could be without its practice-management database, imaging, documents, or other critical systems. Recovery Time Objective (RTO) and Recovery Point Objective (RPO) give those questions practical answers. RTO is about the time allowed for recovery. RPO is about the point in time to which data needs to be restored. They are planning targets, not magic numbers, and the right values depend on the clinical and business impact of an outage. This guide explains the terms without disaster-recovery jargon and shows how to turn them into a backup and restore plan that can actually be tested.
By Dental IT Team
Key takeaways
RTO measures the recovery-time target for a system or workflow; RPO defines the point in time to which data must be recovered after an outage. They answer different questions and should be set separately.
HIPAA requires contingency planning, retrievable backups, restoration procedures, and emergency-mode operations for ePHI, but the current Security Rule does not publish one universal RTO or RPO for every dental practice.
A cloud backup is only useful if the practice can restore the right data, protect recovery copies from the same incident, and prove through testing that the real recovery process can meet the objectives leadership has chosen.
Resumen en español
Backup dental en la nube: RTO y RPO explicados
Un panel de respaldo en verde no indica cuánto dato reciente podría perder una práctica dental ni cuánto tiempo podría permanecer sin sus sistemas críticos. RTO define el objetivo de tiempo de recuperación y RPO define el punto en el tiempo al que deben recuperarse los datos; juntos convierten la recuperación en expectativas que se pueden documentar y probar.
RTO mide el objetivo de tiempo de recuperación de un sistema o flujo de trabajo; RPO define el punto en el tiempo al que deben recuperarse los datos después de una interrupción. Son objetivos distintos y deben establecerse por separado.
HIPAA exige planificación de contingencia, respaldos recuperables, procedimientos de restauración y operaciones en modo de emergencia para ePHI, pero la regla de seguridad vigente no publica un RTO o RPO universal para todas las prácticas dentales.
Un respaldo en la nube solo es útil si la práctica puede restaurar los datos correctos, proteger las copias de recuperación del mismo incidente y demostrar mediante pruebas que el proceso real puede cumplir los objetivos definidos por la organización.
Multi-location growth changes dental IT from a collection of office problems into an operating-system problem. When every practice uses different workstation builds, administrator accounts, backup rules, network designs, remote-support tools, software versions, and vendor workflows, small differences become expensive at scale. Standardization does not mean forcing every office to use identical hardware or replacing a clinically necessary system. It means defining a supported baseline for identity, security, connectivity, devices, software, recovery, documentation, and change management so each location can be operated predictably while still accommodating legitimate local requirements.
By Dental IT Team
Key takeaways
Standardize the controls that reduce operational variation: identity, privileged access, endpoint security, device naming, network baselines, backup ownership, documentation, and support escalation.
Do not force every clinical application into one architecture. Practice-management and imaging designs should follow vendor-supported multi-location patterns, data-access needs, performance, and recovery requirements.
Treat exceptions as managed decisions. Every location-specific deviation should have an owner, reason, compensating control where needed, and review date so one-off fixes do not quietly become permanent architecture.
Resumen en español
TI dental para múltiples ubicaciones: guía de estandarización
El crecimiento a múltiples ubicaciones convierte la tecnología dental en un reto operativo a escala. La estandarización crea una base común para identidad, seguridad, conectividad, dispositivos, software, recuperación, documentación y gestión de cambios, al mismo tiempo que permite excepciones justificadas para necesidades clínicas o de proveedores.
Estandariza los controles que reducen la variación operativa: identidad, acceso privilegiado, seguridad de endpoints, nomenclatura de dispositivos, configuración base de red, responsabilidad sobre respaldos, documentación y escalamiento de soporte.
No fuerces todas las aplicaciones clínicas dentro de una sola arquitectura. Los sistemas de gestión e imágenes deben seguir diseños compatibles con el proveedor, las necesidades de acceso a datos, el rendimiento y los requisitos de recuperación.
Gestiona las excepciones como decisiones formales. Cada desviación específica de una ubicación debe tener un responsable, una justificación, controles compensatorios cuando sean necesarios y una fecha de revisión.
Endpoint detection and response, or EDR, gives a dental practice more visibility into what is happening on workstations and servers than traditional signature-based antivirus alone. A well-managed EDR platform can collect endpoint telemetry, identify suspicious behavior, help security teams investigate activity, and support containment when a device is compromised. That matters in dental environments where one infected front-desk workstation, remote-support session, or reused administrative credential can create a path toward practice-management systems, image repositories, backups, and other systems that affect patient care. EDR is not a magic shield and it is not a substitute for backups, patching, multifactor authentication, network segmentation, staff training, or incident planning. It is one layer in a broader dental cybersecurity program.
By Dental IT Team
Key takeaways
EDR is designed to detect and investigate suspicious endpoint behavior, not simply match files against a list of known malware signatures.
HHS healthcare cybersecurity guidance treats endpoint protection and EDR as important risk-reduction practices, while the current HIPAA Security Rule remains technology-neutral and does not mandate one named EDR product.
The value of EDR depends on coverage, configuration, alert monitoring, containment authority, logging, and a response process that someone will actually execute when an alert occurs.
Resumen en español
EDR para prácticas dentales: guía de seguridad 2026
El endpoint detection and response (EDR) ofrece a una práctica dental más visibilidad sobre lo que ocurre en estaciones de trabajo y servidores que un antivirus tradicional por sí solo. Bien administrado, puede detectar comportamientos sospechosos, ayudar a investigar actividad y facilitar la contención de un equipo comprometido como parte de una estrategia de ciberseguridad por capas.
EDR está diseñado para detectar e investigar comportamientos sospechosos en los endpoints, no solo comparar archivos con una lista de firmas de malware conocidas.
La guía de ciberseguridad para el sector salud de HHS reconoce la protección de endpoints y EDR como prácticas importantes para reducir riesgos, mientras que la regla de seguridad HIPAA vigente sigue siendo neutral respecto a la tecnología y no exige un producto EDR específico.
El valor de EDR depende de la cobertura, la configuración, el monitoreo de alertas, la autoridad para contener incidentes, el registro de actividad y un proceso de respuesta que realmente se ejecute cuando ocurra una alerta.
Dental IT in Fort Lauderdale is not just generic small-business support with a dental label. Practices across Las Olas, downtown and Riverwalk, Coral Ridge, Flagler Village, and surrounding Broward communities depend on interconnected scheduling, imaging, payment, communication, backup, and security systems. The practical question is whether the technology environment can stay dependable through a full clinical day, support vendor integrations without finger-pointing, recover from outages, and scale when the practice adds operatories or locations. This guide focuses on the IT priorities that matter most for Fort Lauderdale dental practices and the Broward-specific operating context behind them.
By Dental IT Team
Key takeaways
Fort Lauderdale practices should treat dental software, imaging, networks, identity, backups, phones, and endpoint security as one operating environment rather than separate vendor silos.
Broward practices benefit from documented recovery plans, offsite backups, internet and power-continuity planning, and tested remote-support procedures because outages can affect multiple patient-care workflows at once.
Multi-location owners should standardize workstation builds, access controls, supported software versions, backup policies, network design, and vendor escalation before growth creates incompatible environments.
Carestream vs DEXIS is not a simple feature-list decision. For a dental practice, the better fit depends on the imaging devices already in the operatories, how staff launch images from the practice-management system, where the image repository lives, whether the office uses 2D or 3D workflows, how multiple locations share data, and who owns backup, workstation, network, and migration responsibilities. This guide compares the IT side of Carestream CS Imaging and the DEXIS imaging ecosystem using current vendor documentation rather than treating either platform as universally better.
By Dental IT Team
Key takeaways
Carestream CS Imaging 8 and DEXIS Imaging Suite both support mature imaging workflows, but their device ecosystems, modules, data-management tools, and deployment details are not interchangeable.
Network and storage design matter more as image size grows. Carestream specifically documents 100 Mb/s networking for 2D environments with a remote image database and 1 Gb/s when 3D volumes are present.
Inventory sensors, panoramic or CBCT equipment, scanners, PMS integrations, workstations, repositories, backups, and multi-site needs before choosing or migrating platforms.
Resumen en español
Carestream vs DEXIS: guía de TI para imágenes dentales
Carestream CS Imaging y DEXIS ofrecen flujos de imágenes dentales maduros, pero la mejor opción para una práctica depende del hardware instalado, las integraciones con el sistema de gestión, la ubicación del repositorio de imágenes, el rendimiento de la red, los respaldos y el plan de migración. La decisión debe evaluarse como un flujo clínico completo, no solo como una comparación de funciones.
Carestream CS Imaging 8 y DEXIS Imaging Suite admiten flujos de imágenes consolidados, pero sus ecosistemas de dispositivos, módulos, herramientas de datos y detalles de implementación no son intercambiables.
El diseño de red y almacenamiento cobra más importancia a medida que crece el tamaño de las imágenes. Carestream documenta 100 Mb/s para ciertos entornos 2D con base de datos remota y 1 Gb/s cuando hay volúmenes 3D.
Antes de elegir o migrar, inventaría sensores, equipos panorámicos o CBCT, escáneres, integraciones con el PMS, estaciones de trabajo, repositorios, respaldos y necesidades entre múltiples ubicaciones.
A dental business associate agreement is not just a form to collect from vendors. It is the written framework that defines how a business associate may use protected health information, what safeguards and reporting duties apply, how subcontractors are handled, and what happens to PHI when the relationship ends. For a dental practice, the practical challenge is knowing which vendors actually qualify as business associates, making sure the agreement contains the required HIPAA elements, and then connecting that contract to real vendor-risk management instead of filing it away and forgetting it.
By Dental IT Team
Key takeaways
Start with the vendor's actual role: a BAA is generally required when an outside person or company creates, receives, maintains, or transmits PHI on behalf of the dental practice, but not every vendor relationship qualifies.
The agreement must cover permitted uses and disclosures, safeguards, incident and breach reporting, subcontractors, individual-rights support, HHS access, termination, and return or destruction of PHI.
A signed BAA does not replace security due diligence. Practices still need to understand vendor access, authentication, backups, incident handling, subcontractors, data location, termination procedures, and other operational risks.
Dental phishing attacks work because the email often fits a real workflow: a billing vendor asks for a password reset, a supplier changes payment instructions, a professional organization warns about an account problem, or a document appears to require urgent review. The five examples in this guide are reconstructed from documented campaigns and official case descriptions rather than private victim emails. That distinction matters: the goal is to show the attack patterns a dental team can actually recognize without publishing live malicious links, stolen messages, or sensitive victim details.
By Dental IT Team
Key takeaways
The strongest phishing lures resemble normal dental-office work: billing-system password resets, vendor invoices, professional-membership notices, secure-document reviews, and Microsoft 365 or QR-code workflows.
A familiar logo, display name, confidentiality banner, or real email thread does not prove a message is legitimate. Verification should use a known phone number, saved portal bookmark, or separate trusted channel.
Phishing-resistant MFA, strong email security, named user accounts, payment-verification rules, and fast incident reporting reduce the damage when a convincing message reaches the inbox.
Artificial intelligence has moved from conference-stage promise to everyday dental workflows, but the market is moving faster than most practices can evaluate it. Some tools can reduce repetitive work or help clinicians review information more consistently. Others add cost, create new privacy questions, or make impressive demos without solving a real operational problem. This 2026 guide separates practical use cases from hype and gives dental owners a framework for deciding what to test, what to control carefully, and what should remain firmly under human clinical judgment.
By Dental IT Team
Key takeaways
ADA Health Policy Institute data from July 2026 shows AI adoption is real but concentrated in support roles: 43.3% of responding dentists use AI for at least one task, while fewer than 5% report using it for patient treatment recommendations.
The strongest near-term use cases are narrow and reviewable: imaging assistance, documentation support, insurance and administrative work, analytics, and patient-explanation drafts that remain subject to professional review.
Any AI product that creates, receives, maintains, or transmits ePHI on behalf of a dental practice should be evaluated as part of the practice's HIPAA risk analysis, vendor due diligence, access controls, and business-associate contracting where applicable.
Open Dental now gives U.S. practices more than one realistic hosting path: the traditional local/server model managed by the practice and its IT team, Open Dental Cloud managed by Open Dental Software, and advanced self-directed cloud designs managed by outside IT. Those options can look similar from the front desk while creating very different responsibilities behind the scenes. This 2026 decision framework focuses on the practical differences that matter to dental owners and office managers: internet dependency, third-party integrations, backups, updates, imaging, security, multi-location access, and who is responsible when infrastructure needs attention.
By Dental IT Team
Key takeaways
Open Dental Cloud is a vendor-managed hosted option that reduces local server and database administration, but it is currently a U.S.-only limited-release service with defined connectivity and integration requirements.
A local or practice-managed deployment gives the practice more control over infrastructure, update timing, imaging, and third-party integrations, but the practice and its IT provider own more of the server, backup, security, and recovery work.
The decision should be made from a workflow inventory: internet quality, latency, imaging and payment integrations, multi-location needs, recovery expectations, and the internal or outsourced IT resources available to support the environment.
Multi-factor authentication is one of the highest-impact identity controls a dental practice can deploy, but a rushed rollout can create lockouts, shared-device workarounds, weak recovery methods, and inconsistent coverage. The objective is not to turn on MFA everywhere in one afternoon. It is to protect the access paths most likely to expose patient information or administrative control, choose stronger authentication methods where systems support them, prepare recovery and support procedures, and move staff and vendors through a controlled rollout without disrupting patient care.
By Dental IT Team
Key takeaways
Start with email, remote access, cloud administration, backup portals, security consoles, and privileged accounts before expanding to lower-risk systems.
Prefer phishing-resistant methods such as properly implemented FIDO/WebAuthn where practical; one-time codes and push approvals can improve security but are not all equally resistant to phishing.
Recovery is part of authentication security: protect enrollment changes, backup methods, help-desk resets, lost-device procedures, and emergency access with the same discipline as the primary login.
Opening a second dental practice is not simply a repeat of the first office. The technology stack now has to support a new physical location, new internet and power dependencies, new staff and devices, shared or separate practice-management workflows, imaging, phones, cybersecurity, backups, and a reliable connection to the original practice. The biggest delays usually come from sequencing mistakes: cabling after walls close, ordering hardware before software requirements are confirmed, choosing internet too late, or discovering integration problems during final training. A buildout works better when technology follows a deliberate sequence from design through validation.
By Dental IT Team
Key takeaways
Start technology planning while the floor plan is still flexible so cabling, network closets, operatories, imaging, phones, and power requirements can be designed before construction locks them in.
Choose the practice-management, imaging, hosting, and multi-location architecture before ordering servers and workstations because those decisions determine hardware, connectivity, and vendor requirements.
Treat go-live as a validation project: test every operatory, imaging workflow, phone path, backup, user account, printer, scanner, payment device, and failover procedure before the first full patient schedule.
A dental HIPAA risk assessment should give practice leadership a defensible picture of where electronic protected health information exists, what could threaten it, which safeguards are already working, and what must improve next. HHS describes risk analysis as foundational to Security Rule compliance, but it does not prescribe one required worksheet or scoring formula. That flexibility is useful only when the practice follows a documented, repeatable process and connects its findings to an active risk-management plan.
By Dental IT Team
Key takeaways
The assessment must cover every location where electronic protected health information is created, received, maintained, or transmitted, not only the practice-management server.
A risk analysis should document threats, vulnerabilities, current safeguards, likelihood, impact, and resulting risk in a consistent way that leadership can understand and act on.
Completion is not the finish line: findings should become assigned remediation work, accepted-risk decisions, policies, tests, and periodic reassessments.
Dental IT in Miami-Dade has to account for the realities of a busy clinical schedule, dense vendor ecosystems, aging and newly built offices, severe weather, connectivity interruptions, and the need for responsive onsite support. For practices in Kendall and West Miami, the right technology plan connects everyday reliability with cybersecurity, HIPAA-conscious safeguards, backup recovery, dental-software coordination, and a practical local response model.
By Dental IT Team
Key takeaways
Local dental IT should support both remote response and planned onsite work across the practice’s workstations, network, server, imaging, phones, and connected devices.
Miami-Dade continuity planning should address power, internet, severe weather, off-site backups, alternate communications, and an ordered recovery process.
A dental-focused provider should distinguish IT-environment issues from vendor-controlled software issues and coordinate both sides without leaving the practice in the middle.
An Eaglesoft versus Open Dental decision should not be reduced to a feature checklist or a claim that one platform is universally better. From an IT perspective, the important differences include database architecture, vendor support model, server and workstation requirements, update process, integration ecosystem, multi-location design, security responsibilities, backup coverage, and the amount of technical control the practice wants to maintain.
By Dental IT Team
Key takeaways
Eaglesoft offers a vendor-led commercial ecosystem, while Open Dental provides greater visibility and technical flexibility; each model creates different support and governance expectations.
The comparison must include imaging, bridges, claims, communications, database and server responsibilities, remote access, backups, security, and vendor availability—not only user-interface preferences.
Before migrating, build a complete workflow inventory and test data conversion, integrations, permissions, reports, imaging access, and rollback procedures with representative users.
Public ransomware reporting often combines ransom demands, litigation amounts, direct response expenses, business interruption, insurance limits, and estimated losses as though they were the same number. They are not. This review examines three dental-sector incidents—the MCNA Dental event, the American Dental Association attack, and Henry Schein’s 2023 cyber incident—to separate confirmed public facts from claims and extract practical recovery lessons for independent practices.
By Dental IT Team
Key takeaways
Publicly reported numbers must be labeled accurately: a demand, direct expense, insurance recovery, settlement, and total economic impact measure different things.
Identity controls, restricted privileged access, monitored endpoints, segmentation, protected backups, and practiced response procedures work together to reduce impact.
A small practice needs a proportionate response plan with decision authority, legal and insurance contacts, downtime workflows, restoration priorities, and preserved evidence.
Dentrix moved from the older G-series naming convention to year-and-release version numbers after G7.9, so practices should not plan around an unofficial “Dentrix G8” label. A successful 2026 upgrade begins by identifying the exact installed and target versions, reviewing current Dentrix requirements, validating backups, checking Windows and hardware, coordinating imaging and third-party vendors, scheduling downtime, and testing every critical workflow before the office returns to a full patient schedule.
By Dental IT Team
Key takeaways
Confirm the exact Dentrix version: after G7.9, Dentrix changed to year-and-release naming rather than continuing to an official G8 release.
Do not begin until the practice has current system requirements, Windows updates, a verified database backup, the database passphrase, integration contacts, and a rollback plan.
Validate practice-management, imaging, documents, printing, claims, payments, communications, permissions, and backups with representative users before the next clinical day.
The major HIPAA Security Rule cybersecurity update discussed across health care is still a proposed rule as of August 2026. HHS explicitly states that the current Security Rule remains in effect while rulemaking continues, and the federal regulatory agenda does not establish a current dental-practice compliance deadline for the proposal. Practices should not represent proposed provisions as final law, but they should understand the direction of travel and strengthen safeguards that already support current risk-analysis and security obligations.
By Dental IT Team
Key takeaways
The cybersecurity update is a proposal, not a final rule; the current HIPAA Security Rule remains in effect and there is no present compliance deadline for the proposed provisions.
The proposal signals stronger expectations around documented asset inventories, risk analysis, network mapping, encryption, multifactor authentication, segmentation, testing, incident response, and vendor verification.
Practices can prepare without pretending the proposal is final by closing current risk gaps, documenting decisions, improving recovery, and building a phased roadmap adaptable to the final rule.
